Manual Testing Interview Questions Freshers

Introduction: Growing Fresher Hiring Demand in Manual Testing

Manual testing is one of the most popular entry-level roles in the IT industry. Every software product—whether it is a website, mobile application, banking system, healthcare application, or e-commerce platform—must be tested manually before it is released to users. Manual testing helps ensure that the application functions correctly, meets business requirements, and provides a smooth user experience. 

As organizations adopt Agile and DevOps practices, software is developed and released more frequently. Even with advanced automation tools, manual testing remains an essential part of the software development process because human observation and logical thinking are required to identify many types of defects. For this reason, companies continue to recruit fresh graduates for manual testing positions and provide them with training on real-time projects. 

Why Manual Testing Is Ideal for Freshers 

Manual testing is considered one of the best entry points into the software industry because it allows freshers to understand software applications before moving into advanced testing techniques. 

Some of the main reasons why manual testing is ideal for freshers include: 

• No coding is required at the beginning, making it easier for students from different educational backgrounds to start their careers.  

• Focuses on logical thinking, observation, and user behavior, which are essential skills for every software tester.  

• Easy to learn through practice by executing test cases and identifying defects.  

• Builds a strong foundation for automation testing, allowing freshers to learn tools like Selenium later in their careers.  

Why Interviews Focus on Manual Testing 

Because manual testing is the starting point for most software testing careers, interviewers generally evaluate candidates based on their understanding of fundamental testing concepts rather than programming skills. 

During interviews, companies ask manual testing interview questions for freshers to assess: 

• Basic knowledge of software testing concepts.  

• Logical and analytical thinking.  

• Understanding of software defects and testing techniques.  

• Ability to explain testing scenarios using simple examples.  

• Willingness to learn new tools and technologies.  

This article is written in simple language and explains every concept step by step, making it suitable for students, fresh graduates, and beginners preparing for manual testing interviews. 

What Is Software Testing? (Simple Explanation) 

Software Testing is the process of checking whether a software application works correctly and performs according to the specified business requirements. The objective of testing is to identify defects before the software is delivered to customers and to ensure that users receive a reliable and high-quality product. 

Testing involves executing different scenarios, comparing the actual behavior of the application with the expected behavior, and reporting any issues that are found. 

Simple Example 

Consider a login page of a web application. 

A typical user performs the following actions: 

• Enters a username and password.  

• Clicks the Login button.  

• If the credentials are correct, the user should be logged in successfully.  

• If the credentials are incorrect, an appropriate error message should be displayed.  

What Does Testing Check? 

While testing the login functionality, a tester verifies several important aspects of the application, including: 

• Does the login functionality work correctly?  

• Are the displayed error messages accurate and meaningful?  

• Does the application crash under any condition?  

• Is the application responding correctly for both valid and invalid inputs?  

• Does the application behave according to the business requirements?  

Main Goals of Software Testing 

Software testing aims to improve the overall quality of an application before it reaches end users. 

The primary goals include: 

• Find bugs early before the software is released.  

• Improve software quality by ensuring all features work correctly.  

• Ensure a smooth user experience by identifying usability and functional issues.  

Effective software testing helps organizations reduce maintenance costs, increase customer satisfaction, and deliver reliable software products. 

What Is Manual Testing? 

Manual Testing is the process of testing software manually without using automation tools or scripts. In manual testing, testers execute test cases themselves, interact with the application like real users, observe its behavior, compare actual results with expected results, and report any defects they discover. 

Manual testing helps testers understand application functionality, business requirements, and user workflows. It also develops analytical thinking and problem-solving skills, which are essential for every software testing professional. 

What Does a Manual Tester Do? 

A manual tester performs several activities while validating an application. 

These activities include: 

• Clicking buttons and navigating through the application.  

• Entering different types of input values.  

• Verifying that the application behaves correctly.  

• Comparing actual results with expected results.  

• Identifying and reporting software defects.  

• Re-testing issues after developers fix them.  

Example 

A simple example of manual testing is entering an incorrect password on the login page and verifying that the application displays the correct error message instead of allowing the user to log in. 

This test is performed manually without writing any automation script. 

Why Manual Testing Is Important 

Manual testing remains an essential part of software quality assurance because it allows testers to evaluate scenarios that cannot always be automated. 

Some of its major advantages include: 

• Helps understand application functionality.  

• Improves logical and analytical thinking.  

• Identifies usability issues.  

• Detects unexpected application behavior.  

• Builds a strong foundation for learning automation testing.  

Most freshers start their careers with manual testing, so interview questions focus heavily on manual testing concepts and practical scenarios. 

What Is Automation Testing? (Basic Idea for Freshers) 

Automation Testing is the process of testing software using automation tools and scripts instead of performing every test manually. 

Automation is mainly used for repetitive test cases that need to be executed frequently during software development. Instead of repeating the same manual steps every time, testers create scripts that automatically perform the required actions and verify the results. 

Simple Explanation 

Instead of executing the same test manually every time: 

• Write an automation script once.  

• Execute the script multiple times whenever required.  

This approach saves time, improves testing efficiency, and reduces manual effort. 

Why Automation Testing Is Used 

Organizations use automation testing because it offers several advantages, including: 

• Faster execution of test cases.  

• Reduced repetitive manual work.  

• Better accuracy and consistency.  

• Reusable test scripts.  

• Support for regression testing.  

• Faster software delivery in Agile and DevOps environments.  

What Freshers Should Know About Automation Testing 

As a fresher, you are not expected to be an expert in automation testing or programming. Interviewers generally expect only a basic understanding of automation concepts. 

You should know: 

• What automation testing is.  

• Why automation testing is used.  

• How automation differs from manual testing.  

• Basic awareness of popular automation tools such as Selenium.  

• The importance of learning automation after gaining manual testing knowledge.  

Having a clear understanding of manual testing fundamentals along with basic awareness of automation testing is usually sufficient to perform well in entry-level software testing interviews. 

Manual Testing Interview Questions Freshers (With Answers) 

 Basic Manual Testing Questions (1–25)  

1. What is Manual Testing? 

Manual Testing is the process of testing a software application without using automation tools or scripts. In manual testing, a tester manually executes test cases, interacts with the application like an end user, verifies the expected results, and reports any defects found during testing. 

Manual testing is one of the most important phases of software testing because it helps testers understand application behavior, business requirements, and user experience. It also serves as the foundation for learning automation testing later in a testing career. 

Example 

Suppose a login page requires a username and password. 

A manual tester will: 

• Enter valid and invalid credentials.  

• Click the Login button.  

• Verify whether the application behaves correctly.  

• Report any unexpected behavior as a defect.  

2. Why is Manual Testing Important? 

Manual testing is important because it allows testers to evaluate software from a real user’s perspective. While automation tools can execute repetitive test cases quickly, manual testing helps identify usability issues, visual defects, and unexpected application behavior that automation may not detect. 

It also enables testers to understand business requirements and validate whether the software meets user expectations. 

Benefits of Manual Testing 

• Understands application behavior.  

• Detects real user issues.  

• Improves software quality.  

• Identifies usability problems.  

• Builds a strong foundation for automation testing.  

3. What is a Bug? 

A bug, also called a defect or issue, is an error in the software that causes the application to behave differently from the expected result. 

Bugs can occur because of coding mistakes, incorrect requirements, design issues, or integration problems. 

Example 

Expected Result: Clicking the Login button should open the dashboard. 

Actual Result: The application crashes after clicking Login. 

Since the actual behavior differs from the expected behavior, it is considered a bug. 

4. What is Software Quality? 

Software Quality refers to how well a software application satisfies business requirements and user expectations. 

A high-quality application should: 

• Work correctly.  

• Be reliable.  

• Be secure.  

• Be easy to use.  

• Perform efficiently.  

• Be free from critical defects.  

The primary goal of software testing is to improve software quality before the product is released. 

5. What is Quality Assurance (QA)? 

Quality Assurance (QA) is a process-focused approach that aims to prevent defects by improving software development processes. 

Instead of identifying defects after development, QA ensures that the correct processes and standards are followed throughout the Software Development Life Cycle (SDLC). 

QA Activities Include 

• Requirement reviews.  

• Process improvement.  

• Code reviews.  

• Documentation reviews.  

• Process audits.  

• Quality standards implementation.  

QA focuses on preventing defects rather than finding them. 

6. What is Quality Control (QC)? 

Quality Control (QC) is a product-focused process that aims to identify defects in the software before release. 

QC mainly involves executing test cases, identifying bugs, and verifying that the software functions correctly. 

QC Activities Include 

• Manual testing.  

• Automation testing.  

• Functional testing.  

• Regression testing.  

• Defect reporting.  

QC focuses on finding defects in the product. 

7. What is a Test Case? 

A Test Case is a detailed document that describes how to verify a specific feature of an application. 

It contains all the information required to execute a test consistently. 

A Typical Test Case Includes 

• Test Case ID.  

• Test Scenario.  

• Preconditions.  

• Test Steps.  

• Test Data.  

• Expected Result.  

• Actual Result.  

• Status.  

Well-written test cases help ensure complete and consistent testing. 

8. What is a Test Scenario? 

A Test Scenario is a high-level description of what needs to be tested. 

It identifies a functionality or business process without providing detailed execution steps. 

Example 

Test Scenario: Verify Login Functionality. 

Multiple test cases can be created under this scenario, such as valid login, invalid login, empty fields, and password validation. 

9. Difference Between Test Case and Test Scenario? 

A Test Scenario provides a high-level testing objective, while a Test Case contains detailed execution steps. 

Test Scenario	Test Case
High-level idea	Detailed testing document
Covers functionality	Covers step-by-step execution
Less detailed	More detailed
Easier to prepare	Requires more effort

10. What is Verification? 

Verification is the process of reviewing documents, requirements, design specifications, and code without executing the application. 

It answers the question: 

“Are we building the product correctly?” 

Verification activities include reviews, inspections, and walkthroughs. 

11. What is Validation? 

Validation is the process of testing the actual software application to verify that it satisfies business and user requirements. 

It answers the question: 

“Are we building the right product?” 

Validation is performed by executing the software. 

12. What is SDLC? 

SDLC stands for Software Development Life Cycle. 

It is the structured process used to develop software from initial planning until maintenance. 

SDLC Phases 

• Requirement Gathering.  

• Analysis.  

• Design.  

• Development.  

• Testing.  

• Deployment.  

• Maintenance.  

13. What is STLC? 

STLC stands for Software Testing Life Cycle. 

It defines the complete testing process followed by testers. 

STLC Phases 

• Requirement Analysis.  

• Test Planning.  

• Test Case Design.  

• Test Environment Setup.  

• Test Execution.  

• Defect Reporting.  

• Test Closure.  

14. What is Black Box Testing? 

Black Box Testing is a testing technique where testers verify application functionality without knowing the internal source code. 

The tester focuses only on inputs, outputs, and business requirements. 

Example 

Entering valid login credentials and verifying whether the user logs in successfully. 

15. What is White Box Testing? 

White Box Testing is a testing technique performed with knowledge of the application’s internal code, logic, and program structure. 

It is usually performed by developers or testers with programming knowledge. 

White box testing verifies: 

• Code logic.  

• Branch coverage.  

• Statement coverage.  

• Loop coverage.  

16. What is Functional Testing? 

Functional Testing verifies whether each feature of the application works according to the specified business requirements. 

Examples include: 

• Login Testing.  

• Registration Testing.  

• Search Testing.  

• Payment Testing.  

• Profile Update Testing.  

17. What is Non-Functional Testing? 

Non-Functional Testing evaluates how well the application performs rather than what it does. 

Examples include: 

• Performance Testing.  

• Load Testing.  

• Stress Testing.  

• Security Testing.  

• Compatibility Testing.  

• Usability Testing.  

18. What is Smoke Testing? 

Smoke Testing is a basic level of testing performed after receiving a new software build. 

Its objective is to verify that the application’s critical functionalities work correctly before detailed testing begins. 

Examples include: 

• Application launches successfully.  

• Login works.  

• Dashboard loads.  

19. What is Sanity Testing? 

Sanity Testing is a quick round of testing performed after minor code changes or bug fixes. 

Its purpose is to verify that the modified functionality works correctly before conducting detailed testing. 

20. What is Regression Testing? 

Regression Testing verifies that existing features continue to work correctly after bug fixes, enhancements, or new feature development. 

Its objective is to ensure that recent changes have not introduced new defects into previously working functionality. 

21. What is Severity? 

Severity indicates how serious a defect is and how much it impacts the application’s functionality. 

Example 

If clicking the Login button crashes the application, the defect has High Severity because users cannot access the system. 

22. What is Priority? 

Priority indicates how urgently a defect should be fixed based on business requirements. 

A defect may have low severity but high priority if it affects the company’s reputation or important business functionality. 

23. Difference Between Severity and Priority? 

Severity measures the impact of a defect on the application, whereas Priority determines how quickly the defect should be fixed. 

Severity	Priority
Measures impact	Measures urgency
Technical perspective	Business perspective
Determined by testers	Often determined by business or project managers

24. What is a Build? 

A Build is a compiled version of the software provided by developers for testing. 

Each build may contain: 

• New features.  

• Bug fixes.  

• Performance improvements.  

• UI enhancements.  

Testers execute their test cases on each build before release. 

25. What is Test Data? 

Test Data refers to the input values used while executing test cases. 

Good test data helps verify different application scenarios. 

Examples of Test Data 

• Valid username and password.  

• Invalid login credentials.  

• Empty input fields.  

• Boundary values.  

• Large datasets.  

• Special characters.  

Proper test data improves test coverage and helps identify defects more effectively. 

Slightly Advanced Manual Testing Questions (26–50) 

26. What is Positive Testing? 

Positive Testing verifies that the application behaves correctly when users provide valid inputs. 

The objective is to confirm that the software performs as expected under normal conditions. 

Example: Logging in with a valid username and password. 

27. What is Negative Testing? 

Negative Testing verifies how the application handles invalid, unexpected, or incorrect inputs. 

Its purpose is to ensure that the application displays appropriate error messages and does not crash. 

Example: Entering an incorrect password and verifying the error message. 

28. What is Boundary Value Analysis (BVA)? 

Boundary Value Analysis is a black-box testing technique that focuses on testing values at the boundaries of an input range because defects are more likely to occur at minimum and maximum limits. 

Example: If an age field accepts values from 18 to 60, test values such as 17, 18, 19, 59, 60, and 61. 

29. What is Equivalence Partitioning? 

Equivalence Partitioning divides input data into valid and invalid groups (partitions). Instead of testing every possible value, one representative value from each partition is selected for testing. 

This technique reduces the number of test cases while maintaining effective test coverage. 

30. What is Defect Life Cycle? 

The Defect Life Cycle describes the journey of a defect from the moment it is discovered until it is fixed and closed. 

Typical stages include: 

• New  

• Assigned  

• Open  

• Fixed  

• Retest  

• Reopened (if required)  

• Closed  

31. What are Defect Statuses? 

Defect statuses indicate the current state of a reported bug. 

Common statuses include: 

• New  

• Open  

• Fixed  

• Retest  

• Closed  

• Rejected  

Some organizations may also use statuses such as Assigned, Deferred, Duplicate, and Reopened. 

32. What is Re-testing? 

Re-testing is the process of testing a defect again after the developer has fixed it. 

The tester executes the same test case to verify that the reported issue has been resolved successfully. 

33. What is UAT? 

User Acceptance Testing (UAT) is the final phase of testing performed by end users or business representatives to verify that the software meets business requirements and is ready for production. 

34. What is Test Environment? 

A Test Environment is the setup in which testing is performed. It includes the hardware, software, operating systems, databases, network configurations, and testing tools required to execute test cases. 

A properly configured test environment helps produce reliable testing results. 

35. What is Exploratory Testing? 

Exploratory Testing is an approach where testers explore the application without predefined test cases. 

They simultaneously learn the application, design tests, and execute them to discover unexpected defects. 

36. What is Ad-hoc Testing? 

Ad-hoc Testing is informal testing performed without documentation or predefined test cases. 

It relies on the tester’s experience and intuition to identify defects quickly. 

37. What is Defect Leakage? 

Defect Leakage occurs when a defect is not identified during testing but is discovered by users after the software has been released to production. 

It indicates that the defect escaped the testing process. 

38. What is Defect Density? 

Defect Density is a software quality metric that measures the number of defects found in a software module relative to its size. 

A lower defect density generally indicates better software quality. 

39. What is Alpha Testing? 

Alpha Testing is internal testing conducted by the organization’s development or testing team before releasing the software to external users. 

Its purpose is to identify major defects early in the release cycle. 

40. What is Beta Testing? 

Beta Testing is performed by real users in a real-world environment before the official software release. 

It helps collect user feedback and identify issues that may not have been found during internal testing. 

41. What is Usability Testing? 

Usability Testing evaluates how easy, intuitive, and user-friendly an application is for end users. 

It focuses on navigation, accessibility, design, and overall user experience. 

42. What is Compatibility Testing? 

Compatibility Testing verifies that an application works correctly across different browsers, operating systems, devices, screen resolutions, and network environments. 

Examples include testing on Chrome, Firefox, Edge, Android, and iOS. 

43. What is Configuration Testing? 

Configuration Testing verifies that the application functions correctly under different hardware and software configurations, such as varying operating systems, browsers, memory sizes, network settings, or device specifications. 

44. What is a Test Plan? 

A Test Plan is a document that describes the overall testing strategy for a project. 

It typically includes: 

• Scope of testing  

• Objectives  

• Resources  

• Schedule  

• Test environment  

• Entry and exit criteria  

• Risks and mitigation plans  

45. What is Test Closure? 

Test Closure is the final phase of the Software Testing Life Cycle (STLC), where all testing activities are completed and summarized. 

It includes preparing the final test report, documenting lessons learned, and confirming that testing objectives have been achieved. 

46. What is Defect Triage? 

Defect Triage is a meeting where testers, developers, project managers, and business stakeholders review reported defects and decide their severity, priority, and scheduling for resolution. 

This process helps ensure that critical issues are addressed first. 

47. Difference Between Re-testing and Regression Testing? 

Re-testing verifies that a specific defect has been fixed successfully, whereas Regression Testing checks whether recent changes have affected existing functionalities. 

Re-testing	Regression Testing
Tests a fixed defect	Tests existing features after changes
Focuses on one issue	Covers broader application functionality
Performed after a bug fix	Performed after code changes or enhancements

48. What is Release Testing? 

Release Testing is the final testing performed before deploying the software to the production environment. 

Its objective is to ensure that the application is stable, meets business requirements, and is ready for end users. 

49. What is Checklist Testing? 

Checklist Testing is a testing technique where testers use a predefined checklist of items to verify important functionalities and quality standards. 

It helps ensure consistency and reduces the chance of missing critical test scenarios. 

50. Why is Manual Testing Important? 

Manual Testing is important because it helps identify real user issues, validates business requirements, and evaluates application usability. It allows testers to apply human judgment, observe unexpected behaviors, and detect defects that automated scripts may overlook. It also builds the essential knowledge required before progressing to automation testing. 

Scenario-Based QA Questions for Beginners 

51. Login Button Is Not Working. What Will You Do? 

If the Login button is not working, the first step is to reproduce the issue consistently. Next, compare the expected behavior with the actual behavior, verify whether the issue occurs under different conditions, collect screenshots or logs if needed, and then log a detailed bug report with all relevant information. 

52. The Application Crashes After Clicking the Submit Button. What Is the Severity? 

This is a High Severity defect because the crash prevents users from completing an important operation and directly affects the application’s functionality. Such defects typically require immediate investigation and resolution. 

53. There Is a Spelling Mistake on the Homepage. What Is the Priority? 

A spelling mistake generally has Low Priority because it does not affect the application’s functionality. However, if the typo appears on a company logo, legal content, or a highly visible marketing page, the business team may decide to assign a higher priority. 

54. A Valid User Cannot Log In. What Testing Type Is This? 

This is a Functional Testing scenario because the login feature is not performing according to the specified business requirements. The tester should verify the functionality, identify the root cause, and report the issue if necessary. 

55. A Bug Is Fixed but Another Feature Stops Working. What Testing Is Required? 

In this situation, Regression Testing should be performed. Regression testing ensures that recent bug fixes or code changes have not introduced new defects into existing functionality. It verifies that previously working features continue to function correctly after modifications. 

Sample Test Cases for Freshers 

Login Page Test Cases 

A test case is a detailed document used to verify whether a particular feature of an application works as expected. It includes the test scenario, execution steps, expected result, and actual result. Writing good test cases ensures consistent testing and helps identify defects efficiently. 

The Login Page is one of the most commonly tested modules in any application because it is the entry point for users. During manual testing interviews, freshers are often asked to write basic login test cases to demonstrate their understanding of testing concepts. 

Sample Login Page Test Cases 

Test Case ID	Scenario	Steps	Expected Result
TC01	Valid Login	Enter a valid username and password, then click the Login button.	The user should log in successfully and be redirected to the dashboard or home page.
TC02	Invalid Login	Enter a valid username and an incorrect password, then click the Login button.	An appropriate error message should be displayed, and the user should not be logged in.
TC03	Empty Fields	Leave both the username and password fields empty and click the Login button.	Validation messages should appear asking the user to enter the required information.

Additional Login Test Cases 

To improve test coverage, testers should also consider the following scenarios: 

• Verify login with an invalid username and valid password.  

• Verify login with both username and password incorrect.  

• Verify login using blank username and valid password.  

• Verify login using valid username and blank password.  

• Verify that the password field masks entered characters.  

• Verify the Forgot Password functionality.  

• Verify the Remember Me option.  

• Verify login using special characters.  

• Verify session timeout after successful login.  

• Verify login behavior after multiple failed attempts.  

Creating comprehensive test cases demonstrates a tester’s analytical thinking and understanding of different user scenarios. 

Mobile Application Test Case 

Mobile application testing verifies that an application functions correctly on mobile devices under different conditions. One of the first scenarios tested is the installation process. 

Scenario: App Installation 

The objective of this test case is to verify that the application installs successfully and launches without any issues. 

Test Steps 

1. Download the application from the official app store or test environment.  

2. Install the application on the mobile device.  

3. Wait for the installation process to complete.  

4. Verify that the application icon appears on the device.  

5. Tap the application icon.  

6. Observe whether the application launches successfully.  

Expected Results 

• The application should install successfully without displaying any installation errors.  

• The application icon should appear on the device after installation.  

• The application should open successfully without crashing.  

• The home screen or login screen should load properly.  

• The application should respond normally to user interactions.  

Successful installation testing confirms that users can install and launch the application without technical issues. 

API / UI Simple Test Idea 

Modern software applications consist of a backend API and a frontend user interface (UI). During testing, it is important to verify that data returned by the API is displayed correctly on the user interface. 

Example Scenario 

Suppose a user logs into an application and views their profile information. 

API Validation 

Verify that: 

• The API returns a successful response (for example, HTTP Status Code 200 OK).  

• The response contains the correct user information.  

• Required fields are present in the response.  

• No unexpected error messages are returned.  

• The API response time is within acceptable limits.  

UI Validation 

Verify that: 

• The UI displays the correct data received from the API.  

• User information matches the API response.  

• No data is missing or displayed incorrectly.  

• The page loads successfully without errors.  

• The displayed information is formatted correctly.  

Testing both the API and UI ensures that backend services and frontend applications work together correctly and provide accurate information to users. 

Bug Report Writing Example for Freshers 

A Bug Report is a formal document used to record defects identified during software testing. A well-written bug report helps developers understand the issue, reproduce it, and fix it quickly. 

A good bug report should always include clear steps, expected results, actual results, severity, priority, and supporting information. 

Sample Bug Report 

Bug ID 

BUG_601 

Title 

Login Button Not Responding 

Module 

Login 

Steps to Reproduce 

1. Open the application.  

2. Navigate to the Login page.  

3. Enter valid username and password.  

4. Click the Login button.  

Expected Result 

The user should log in successfully and be redirected to the application’s dashboard or home page. 

Actual Result 

After clicking the Login button, no action occurs. The user remains on the login page, and the application does not respond. 

Severity 

High 

This defect prevents users from accessing the application, making a critical feature unusable. 

Priority 

High 

Since users cannot log in, the issue should be fixed immediately before the application is released. 

Status 

New 

The defect has been reported and is awaiting developer investigation. 

A detailed and well-structured bug report makes it easier for developers to reproduce the issue and reduces communication gaps between testing and development teams. 

Tips to Answer Confidently in Manual Testing Interviews 

Technical knowledge alone is not enough to succeed in an interview. Interviewers also evaluate how clearly candidates explain concepts and whether they understand the fundamentals of software testing. 

Tips for Freshers 

• Use simple and clear language while explaining concepts.  

• Explain answers with real-life examples whenever possible.  

• Focus on understanding concepts instead of memorizing definitions.  

• Practice writing test cases and bug reports regularly.  

• Revise manual testing interview questions for freshers every day before interviews.  

• Maintain confidence and communicate your thoughts clearly.  

• If you do not know an answer, explain your understanding instead of guessing.  

• Read software testing terminology and understand common testing scenarios.  

Strong communication combined with a clear understanding of manual testing concepts creates a positive impression during interviews. 

Quick Revision Sheet (Last-Minute Preparation) 

Before attending a manual testing interview, revise these important concepts for quick recall. 

Concept	Quick Revision
Software Testing	Process of checking software quality and verifying that it works as expected.
Manual Testing	Testing software manually without using automation tools.
Test Case	A detailed document containing test steps, test data, and expected results.
Bug	A difference between the expected result and the actual result.
Severity	Indicates the impact of a defect on the application’s functionality.
Priority	Indicates how urgently a defect should be fixed.
Regression Testing	Testing existing functionality after bug fixes or code changes to ensure nothing else is affected.

Reviewing these concepts before an interview helps improve confidence and allows you to answer fundamental questions quickly. 

FAQs – Manual Testing Interview Questions for Freshers 

Q1. Is Manual Testing Good for Freshers? 

Yes. Manual testing is considered the best starting point for a career in software testing because it helps freshers understand software functionality, business requirements, defect reporting, and testing techniques. It builds the strong foundation required before learning automation testing. 

Q2. Do Freshers Need Coding Skills for Manual Testing? 

No. Coding knowledge is not required for manual testing. Freshers should focus on understanding software testing concepts, writing test cases, identifying defects, and preparing clear bug reports. Basic technical knowledge is sufficient for most entry-level manual testing roles. 

Q3. Can Freshers Move from Manual Testing to Automation Testing? 

Yes. Most automation testers begin their careers in manual testing. Learning manual testing first helps freshers understand application behavior, testing principles, and business logic. Once these fundamentals are strong, they can learn automation tools such as Selenium along with programming languages like Java or Python. 

Q4. How Should Freshers Prepare for Manual Testing Interviews? 

Freshers should begin by understanding the basics of software testing, manual testing concepts, and common testing techniques. They should practice writing test cases, preparing bug reports, and solving scenario-based interview questions. Regularly revising manual testing interview questions for freshers, practicing with real-world examples, and improving communication skills will significantly increase their chances of performing well in interviews and securing an entry-level software testing job. Manual Testing Interview Questions Freshers – 

Manual Testing Interview Questions Freshers 

Leave a Comment / Uncategorized / By Srushti Patil 

Introduction: Growing Fresher Hiring Demand in Manual Testing 

Manual testing is one of the most popular entry-level roles in the IT industry. Every software product—whether it is a website, mobile application, banking system, healthcare application, or e-commerce platform—must be tested manually before it is released to users. Manual testing helps ensure that the application functions correctly, meets business requirements, and provides a smooth user experience. 

As organizations adopt Agile and DevOps practices, software is developed and released more frequently. Even with advanced automation tools, manual testing remains an essential part of the software development process because human observation and logical thinking are required to identify many types of defects. For this reason, companies continue to recruit fresh graduates for manual testing positions and provide them with training on real-time projects. 

Why Manual Testing Is Ideal for Freshers 

Manual testing is considered one of the best entry points into the software industry because it allows freshers to understand software applications before moving into advanced testing techniques. 

Some of the main reasons why manual testing is ideal for freshers include: 

• No coding is required at the beginning, making it easier for students from different educational backgrounds to start their careers.  

• Focuses on logical thinking, observation, and user behavior, which are essential skills for every software tester.  

• Easy to learn through practice by executing test cases and identifying defects.  

• Builds a strong foundation for automation testing, allowing freshers to learn tools like Selenium later in their careers.  

Why Interviews Focus on Manual Testing 

Because manual testing is the starting point for most software testing careers, interviewers generally evaluate candidates based on their understanding of fundamental testing concepts rather than programming skills. 

During interviews, companies ask manual testing interview questions for freshers to assess: 

• Basic knowledge of software testing concepts.  

• Logical and analytical thinking.  

• Understanding of software defects and testing techniques.  

• Ability to explain testing scenarios using simple examples.  

• Willingness to learn new tools and technologies.  

This article is written in simple language and explains every concept step by step, making it suitable for students, fresh graduates, and beginners preparing for manual testing interviews. 

What Is Software Testing? (Simple Explanation) 

Software Testing is the process of checking whether a software application works correctly and performs according to the specified business requirements. The objective of testing is to identify defects before the software is delivered to customers and to ensure that users receive a reliable and high-quality product. 

Testing involves executing different scenarios, comparing the actual behavior of the application with the expected behavior, and reporting any issues that are found. 

Simple Example 

Consider a login page of a web application. 

A typical user performs the following actions: 

• Enters a username and password.  

• Clicks the Login button.  

• If the credentials are correct, the user should be logged in successfully.  

• If the credentials are incorrect, an appropriate error message should be displayed.  

What Does Testing Check? 

While testing the login functionality, a tester verifies several important aspects of the application, including: 

• Does the login functionality work correctly?  

• Are the displayed error messages accurate and meaningful?  

• Does the application crash under any condition?  

• Is the application responding correctly for both valid and invalid inputs?  

• Does the application behave according to the business requirements?  

Main Goals of Software Testing 

Software testing aims to improve the overall quality of an application before it reaches end users. 

The primary goals include: 

• Find bugs early before the software is released.  

• Improve software quality by ensuring all features work correctly.  

• Ensure a smooth user experience by identifying usability and functional issues.  

Effective software testing helps organizations reduce maintenance costs, increase customer satisfaction, and deliver reliable software products. 

What Is Manual Testing? 

Manual Testing is the process of testing software manually without using automation tools or scripts. In manual testing, testers execute test cases themselves, interact with the application like real users, observe its behavior, compare actual results with expected results, and report any defects they discover. 

Manual testing helps testers understand application functionality, business requirements, and user workflows. It also develops analytical thinking and problem-solving skills, which are essential for every software testing professional. 

What Does a Manual Tester Do? 

A manual tester performs several activities while validating an application. 

These activities include: 

• Clicking buttons and navigating through the application.  

• Entering different types of input values.  

• Verifying that the application behaves correctly.  

• Comparing actual results with expected results.  

• Identifying and reporting software defects.  

• Re-testing issues after developers fix them.  

Example 

A simple example of manual testing is entering an incorrect password on the login page and verifying that the application displays the correct error message instead of allowing the user to log in. 

This test is performed manually without writing any automation script. 

Why Manual Testing Is Important 

Manual testing remains an essential part of software quality assurance because it allows testers to evaluate scenarios that cannot always be automated. 

Some of its major advantages include: 

• Helps understand application functionality.  

• Improves logical and analytical thinking.  

• Identifies usability issues.  

• Detects unexpected application behavior.  

• Builds a strong foundation for learning automation testing.  

Most freshers start their careers with manual testing, so interview questions focus heavily on manual testing concepts and practical scenarios. 

What Is Automation Testing? (Basic Idea for Freshers) 

Automation Testing is the process of testing software using automation tools and scripts instead of performing every test manually. 

Automation is mainly used for repetitive test cases that need to be executed frequently during software development. Instead of repeating the same manual steps every time, testers create scripts that automatically perform the required actions and verify the results. 

Simple Explanation 

Instead of executing the same test manually every time: 

• Write an automation script once.  

• Execute the script multiple times whenever required.  

This approach saves time, improves testing efficiency, and reduces manual effort. 

Why Automation Testing Is Used 

Organizations use automation testing because it offers several advantages, including: 

• Faster execution of test cases.  

• Reduced repetitive manual work.  

• Better accuracy and consistency.  

• Reusable test scripts.  

• Support for regression testing.  

• Faster software delivery in Agile and DevOps environments.  

What Freshers Should Know About Automation Testing 

As a fresher, you are not expected to be an expert in automation testing or programming. Interviewers generally expect only a basic understanding of automation concepts. 

You should know: 

• What automation testing is.  

• Why automation testing is used.  

• How automation differs from manual testing.  

• Basic awareness of popular automation tools such as Selenium.  

• The importance of learning automation after gaining manual testing knowledge.  

Having a clear understanding of manual testing fundamentals along with basic awareness of automation testing is usually sufficient to perform well in entry-level software testing interviews. 

Manual Testing Interview Questions Freshers (With Answers) 

 Basic Manual Testing Questions (1–25)  

1. What is Manual Testing? 

Manual Testing is the process of testing a software application without using automation tools or scripts. In manual testing, a tester manually executes test cases, interacts with the application like an end user, verifies the expected results, and reports any defects found during testing. 

Manual testing is one of the most important phases of software testing because it helps testers understand application behavior, business requirements, and user experience. It also serves as the foundation for learning automation testing later in a testing career. 

Example 

Suppose a login page requires a username and password. 

A manual tester will: 

• Enter valid and invalid credentials.  

• Click the Login button.  

• Verify whether the application behaves correctly.  

• Report any unexpected behavior as a defect.  

2. Why is Manual Testing Important? 

Manual testing is important because it allows testers to evaluate software from a real user’s perspective. While automation tools can execute repetitive test cases quickly, manual testing helps identify usability issues, visual defects, and unexpected application behavior that automation may not detect. 

It also enables testers to understand business requirements and validate whether the software meets user expectations. 

Benefits of Manual Testing 

• Understands application behavior.  

• Detects real user issues.  

• Improves software quality.  

• Identifies usability problems.  

• Builds a strong foundation for automation testing.  

3. What is a Bug? 

A bug, also called a defect or issue, is an error in the software that causes the application to behave differently from the expected result. 

Bugs can occur because of coding mistakes, incorrect requirements, design issues, or integration problems. 

Example 

Expected Result: Clicking the Login button should open the dashboard. 

Actual Result: The application crashes after clicking Login. 

Since the actual behavior differs from the expected behavior, it is considered a bug. 

4. What is Software Quality? 

Software Quality refers to how well a software application satisfies business requirements and user expectations. 

A high-quality application should: 

• Work correctly.  

• Be reliable.  

• Be secure.  

• Be easy to use.  

• Perform efficiently.  

• Be free from critical defects.  

The primary goal of software testing is to improve software quality before the product is released. 

5. What is Quality Assurance (QA)? 

Quality Assurance (QA) is a process-focused approach that aims to prevent defects by improving software development processes. 

Instead of identifying defects after development, QA ensures that the correct processes and standards are followed throughout the Software Development Life Cycle (SDLC). 

QA Activities Include 

• Requirement reviews.  

• Process improvement.  

• Code reviews.  

• Documentation reviews.  

• Process audits.  

• Quality standards implementation.  

QA focuses on preventing defects rather than finding them. 

6. What is Quality Control (QC)? 

Quality Control (QC) is a product-focused process that aims to identify defects in the software before release. 

QC mainly involves executing test cases, identifying bugs, and verifying that the software functions correctly. 

QC Activities Include 

• Manual testing.  

• Automation testing.  

• Functional testing.  

• Regression testing.  

• Defect reporting.  

QC focuses on finding defects in the product. 

7. What is a Test Case? 

A Test Case is a detailed document that describes how to verify a specific feature of an application. 

It contains all the information required to execute a test consistently. 

A Typical Test Case Includes 

• Test Case ID.  

• Test Scenario.  

• Preconditions.  

• Test Steps.  

• Test Data.  

• Expected Result.  

• Actual Result.  

• Status.  

Well-written test cases help ensure complete and consistent testing. 

8. What is a Test Scenario? 

A Test Scenario is a high-level description of what needs to be tested. 

It identifies a functionality or business process without providing detailed execution steps. 

Example 

Test Scenario: Verify Login Functionality. 

Multiple test cases can be created under this scenario, such as valid login, invalid login, empty fields, and password validation. 

9. Difference Between Test Case and Test Scenario? 

A Test Scenario provides a high-level testing objective, while a Test Case contains detailed execution steps. 

Test Scenario	Test Case
High-level idea	Detailed testing document
Covers functionality	Covers step-by-step execution
Less detailed	More detailed
Easier to prepare	Requires more effort

10. What is Verification? 

Verification is the process of reviewing documents, requirements, design specifications, and code without executing the application. 

It answers the question: 

“Are we building the product correctly?” 

Verification activities include reviews, inspections, and walkthroughs. 

11. What is Validation? 

Validation is the process of testing the actual software application to verify that it satisfies business and user requirements. 

It answers the question: 

“Are we building the right product?” 

Validation is performed by executing the software. 

12. What is SDLC? 

SDLC stands for Software Development Life Cycle. 

It is the structured process used to develop software from initial planning until maintenance. 

SDLC Phases 

• Requirement Gathering.  

• Analysis.  

• Design.  

• Development.  

• Testing.  

• Deployment.  

• Maintenance.  

13. What is STLC? 

STLC stands for Software Testing Life Cycle. 

It defines the complete testing process followed by testers. 

STLC Phases 

• Requirement Analysis.  

• Test Planning.  

• Test Case Design.  

• Test Environment Setup.  

• Test Execution.  

• Defect Reporting.  

• Test Closure.  

14. What is Black Box Testing? 

Black Box Testing is a testing technique where testers verify application functionality without knowing the internal source code. 

The tester focuses only on inputs, outputs, and business requirements. 

Example 

Entering valid login credentials and verifying whether the user logs in successfully. 

15. What is White Box Testing? 

White Box Testing is a testing technique performed with knowledge of the application’s internal code, logic, and program structure. 

It is usually performed by developers or testers with programming knowledge. 

White box testing verifies: 

• Code logic.  

• Branch coverage.  

• Statement coverage.  

• Loop coverage.  

16. What is Functional Testing? 

Functional Testing verifies whether each feature of the application works according to the specified business requirements. 

Examples include: 

• Login Testing.  

• Registration Testing.  

• Search Testing.  

• Payment Testing.  

• Profile Update Testing.  

17. What is Non-Functional Testing? 

Non-Functional Testing evaluates how well the application performs rather than what it does. 

Examples include: 

• Performance Testing.  

• Load Testing.  

• Stress Testing.  

• Security Testing.  

• Compatibility Testing.  

• Usability Testing.  

18. What is Smoke Testing? 

Smoke Testing is a basic level of testing performed after receiving a new software build. 

Its objective is to verify that the application’s critical functionalities work correctly before detailed testing begins. 

Examples include: 

• Application launches successfully.  

• Login works.  

• Dashboard loads.  

19. What is Sanity Testing? 

Sanity Testing is a quick round of testing performed after minor code changes or bug fixes. 

Its purpose is to verify that the modified functionality works correctly before conducting detailed testing. 

20. What is Regression Testing? 

Regression Testing verifies that existing features continue to work correctly after bug fixes, enhancements, or new feature development. 

Its objective is to ensure that recent changes have not introduced new defects into previously working functionality. 

21. What is Severity? 

Severity indicates how serious a defect is and how much it impacts the application’s functionality. 

Example 

If clicking the Login button crashes the application, the defect has High Severity because users cannot access the system. 

22. What is Priority? 

Priority indicates how urgently a defect should be fixed based on business requirements. 

A defect may have low severity but high priority if it affects the company’s reputation or important business functionality. 

23. Difference Between Severity and Priority? 

Severity measures the impact of a defect on the application, whereas Priority determines how quickly the defect should be fixed. 

Severity	Priority
Measures impact	Measures urgency
Technical perspective	Business perspective
Determined by testers	Often determined by business or project managers

24. What is a Build? 

A Build is a compiled version of the software provided by developers for testing. 

Each build may contain: 

• New features.  

• Bug fixes.  

• Performance improvements.  

• UI enhancements.  

Testers execute their test cases on each build before release. 

25. What is Test Data? 

Test Data refers to the input values used while executing test cases. 

Good test data helps verify different application scenarios. 

Examples of Test Data 

• Valid username and password.  

• Invalid login credentials.  

• Empty input fields.  

• Boundary values.  

• Large datasets.  

• Special characters.  

Proper test data improves test coverage and helps identify defects more effectively. 

Slightly Advanced Manual Testing Questions (26–50) 

26. What is Positive Testing? 

Positive Testing verifies that the application behaves correctly when users provide valid inputs. 

The objective is to confirm that the software performs as expected under normal conditions. 

Example: Logging in with a valid username and password. 

27. What is Negative Testing? 

Negative Testing verifies how the application handles invalid, unexpected, or incorrect inputs. 

Its purpose is to ensure that the application displays appropriate error messages and does not crash. 

Example: Entering an incorrect password and verifying the error message. 

28. What is Boundary Value Analysis (BVA)? 

Boundary Value Analysis is a black-box testing technique that focuses on testing values at the boundaries of an input range because defects are more likely to occur at minimum and maximum limits. 

Example: If an age field accepts values from 18 to 60, test values such as 17, 18, 19, 59, 60, and 61. 

29. What is Equivalence Partitioning? 

Equivalence Partitioning divides input data into valid and invalid groups (partitions). Instead of testing every possible value, one representative value from each partition is selected for testing. 

This technique reduces the number of test cases while maintaining effective test coverage. 

30. What is Defect Life Cycle? 

The Defect Life Cycle describes the journey of a defect from the moment it is discovered until it is fixed and closed. 

Typical stages include: 

• New  

• Assigned  

• Open  

• Fixed  

• Retest  

• Reopened (if required)  

• Closed  

31. What are Defect Statuses? 

Defect statuses indicate the current state of a reported bug. 

Common statuses include: 

• New  

• Open  

• Fixed  

• Retest  

• Closed  

• Rejected  

Some organizations may also use statuses such as Assigned, Deferred, Duplicate, and Reopened. 

32. What is Re-testing? 

Re-testing is the process of testing a defect again after the developer has fixed it. 

The tester executes the same test case to verify that the reported issue has been resolved successfully. 

33. What is UAT? 

User Acceptance Testing (UAT) is the final phase of testing performed by end users or business representatives to verify that the software meets business requirements and is ready for production. 

34. What is Test Environment? 

A Test Environment is the setup in which testing is performed. It includes the hardware, software, operating systems, databases, network configurations, and testing tools required to execute test cases. 

A properly configured test environment helps produce reliable testing results. 

35. What is Exploratory Testing? 

Exploratory Testing is an approach where testers explore the application without predefined test cases. 

They simultaneously learn the application, design tests, and execute them to discover unexpected defects. 

36. What is Ad-hoc Testing? 

Ad-hoc Testing is informal testing performed without documentation or predefined test cases. 

It relies on the tester’s experience and intuition to identify defects quickly. 

37. What is Defect Leakage? 

Defect Leakage occurs when a defect is not identified during testing but is discovered by users after the software has been released to production. 

It indicates that the defect escaped the testing process. 

38. What is Defect Density? 

Defect Density is a software quality metric that measures the number of defects found in a software module relative to its size. 

A lower defect density generally indicates better software quality. 

39. What is Alpha Testing? 

Alpha Testing is internal testing conducted by the organization’s development or testing team before releasing the software to external users. 

Its purpose is to identify major defects early in the release cycle. 

40. What is Beta Testing? 

Beta Testing is performed by real users in a real-world environment before the official software release. 

It helps collect user feedback and identify issues that may not have been found during internal testing. 

41. What is Usability Testing? 

Usability Testing evaluates how easy, intuitive, and user-friendly an application is for end users. 

It focuses on navigation, accessibility, design, and overall user experience. 

42. What is Compatibility Testing? 

Compatibility Testing verifies that an application works correctly across different browsers, operating systems, devices, screen resolutions, and network environments. 

Examples include testing on Chrome, Firefox, Edge, Android, and iOS. 

43. What is Configuration Testing? 

Configuration Testing verifies that the application functions correctly under different hardware and software configurations, such as varying operating systems, browsers, memory sizes, network settings, or device specifications. 

44. What is a Test Plan? 

A Test Plan is a document that describes the overall testing strategy for a project. 

It typically includes: 

• Scope of testing  

• Objectives  

• Resources  

• Schedule  

• Test environment  

• Entry and exit criteria  

• Risks and mitigation plans  

45. What is Test Closure? 

Test Closure is the final phase of the Software Testing Life Cycle (STLC), where all testing activities are completed and summarized. 

It includes preparing the final test report, documenting lessons learned, and confirming that testing objectives have been achieved. 

46. What is Defect Triage? 

Defect Triage is a meeting where testers, developers, project managers, and business stakeholders review reported defects and decide their severity, priority, and scheduling for resolution. 

This process helps ensure that critical issues are addressed first. 

47. Difference Between Re-testing and Regression Testing? 

Re-testing verifies that a specific defect has been fixed successfully, whereas Regression Testing checks whether recent changes have affected existing functionalities. 

Re-testing	Regression Testing
Tests a fixed defect	Tests existing features after changes
Focuses on one issue	Covers broader application functionality
Performed after a bug fix	Performed after code changes or enhancements

48. What is Release Testing? 

Release Testing is the final testing performed before deploying the software to the production environment. 

Its objective is to ensure that the application is stable, meets business requirements, and is ready for end users. 

49. What is Checklist Testing? 

Checklist Testing is a testing technique where testers use a predefined checklist of items to verify important functionalities and quality standards. 

It helps ensure consistency and reduces the chance of missing critical test scenarios. 

50. Why is Manual Testing Important? 

Manual Testing is important because it helps identify real user issues, validates business requirements, and evaluates application usability. It allows testers to apply human judgment, observe unexpected behaviors, and detect defects that automated scripts may overlook. It also builds the essential knowledge required before progressing to automation testing. 

Scenario-Based QA Questions for Beginners 

51. Login Button Is Not Working. What Will You Do? 

If the Login button is not working, the first step is to reproduce the issue consistently. Next, compare the expected behavior with the actual behavior, verify whether the issue occurs under different conditions, collect screenshots or logs if needed, and then log a detailed bug report with all relevant information. 

52. The Application Crashes After Clicking the Submit Button. What Is the Severity? 

This is a High Severity defect because the crash prevents users from completing an important operation and directly affects the application’s functionality. Such defects typically require immediate investigation and resolution. 

53. There Is a Spelling Mistake on the Homepage. What Is the Priority? 

A spelling mistake generally has Low Priority because it does not affect the application’s functionality. However, if the typo appears on a company logo, legal content, or a highly visible marketing page, the business team may decide to assign a higher priority. 

54. A Valid User Cannot Log In. What Testing Type Is This? 

This is a Functional Testing scenario because the login feature is not performing according to the specified business requirements. The tester should verify the functionality, identify the root cause, and report the issue if necessary. 

55. A Bug Is Fixed but Another Feature Stops Working. What Testing Is Required? 

In this situation, Regression Testing should be performed. Regression testing ensures that recent bug fixes or code changes have not introduced new defects into existing functionality. It verifies that previously working features continue to function correctly after modifications. 

Sample Test Cases for Freshers 

Login Page Test Cases 

A test case is a detailed document used to verify whether a particular feature of an application works as expected. It includes the test scenario, execution steps, expected result, and actual result. Writing good test cases ensures consistent testing and helps identify defects efficiently. 

The Login Page is one of the most commonly tested modules in any application because it is the entry point for users. During manual testing interviews, freshers are often asked to write basic login test cases to demonstrate their understanding of testing concepts. 

Sample Login Page Test Cases 

Test Case ID	Scenario	Steps	Expected Result
TC01	Valid Login	Enter a valid username and password, then click the Login button.	The user should log in successfully and be redirected to the dashboard or home page.
TC02	Invalid Login	Enter a valid username and an incorrect password, then click the Login button.	An appropriate error message should be displayed, and the user should not be logged in.
TC03	Empty Fields	Leave both the username and password fields empty and click the Login button.	Validation messages should appear asking the user to enter the required information.

Additional Login Test Cases 

To improve test coverage, testers should also consider the following scenarios: 

• Verify login with an invalid username and valid password.  

• Verify login with both username and password incorrect.  

• Verify login using blank username and valid password.  

• Verify login using valid username and blank password.  

• Verify that the password field masks entered characters.  

• Verify the Forgot Password functionality.  

• Verify the Remember Me option.  

• Verify login using special characters.  

• Verify session timeout after successful login.  

• Verify login behavior after multiple failed attempts.  

Creating comprehensive test cases demonstrates a tester’s analytical thinking and understanding of different user scenarios. 

Mobile Application Test Case 

Mobile application testing verifies that an application functions correctly on mobile devices under different conditions. One of the first scenarios tested is the installation process. 

Scenario: App Installation 

The objective of this test case is to verify that the application installs successfully and launches without any issues. 

Test Steps 

1. Download the application from the official app store or test environment.  

2. Install the application on the mobile device.  

3. Wait for the installation process to complete.  

4. Verify that the application icon appears on the device.  

5. Tap the application icon.  

6. Observe whether the application launches successfully.  

Expected Results 

• The application should install successfully without displaying any installation errors.  

• The application icon should appear on the device after installation.  

• The application should open successfully without crashing.  

• The home screen or login screen should load properly.  

• The application should respond normally to user interactions.  

Successful installation testing confirms that users can install and launch the application without technical issues. 

API / UI Simple Test Idea 

Modern software applications consist of a backend API and a frontend user interface (UI). During testing, it is important to verify that data returned by the API is displayed correctly on the user interface. 

Example Scenario 

Suppose a user logs into an application and views their profile information. 

API Validation 

Verify that: 

• The API returns a successful response (for example, HTTP Status Code 200 OK).  

• The response contains the correct user information.  

• Required fields are present in the response.  

• No unexpected error messages are returned.  

• The API response time is within acceptable limits.  

UI Validation 

Verify that: 

• The UI displays the correct data received from the API.  

• User information matches the API response.  

• No data is missing or displayed incorrectly.  

• The page loads successfully without errors.  

• The displayed information is formatted correctly.  

Testing both the API and UI ensures that backend services and frontend applications work together correctly and provide accurate information to users. 

Bug Report Writing Example for Freshers 

A Bug Report is a formal document used to record defects identified during software testing. A well-written bug report helps developers understand the issue, reproduce it, and fix it quickly. 

A good bug report should always include clear steps, expected results, actual results, severity, priority, and supporting information. 

Sample Bug Report 

Bug ID 

BUG_601 

Title 

Login Button Not Responding 

Module 

Login 

Steps to Reproduce 

1. Open the application.  

2. Navigate to the Login page.  

3. Enter valid username and password.  

4. Click the Login button.  

Expected Result 

The user should log in successfully and be redirected to the application’s dashboard or home page. 

Actual Result 

After clicking the Login button, no action occurs. The user remains on the login page, and the application does not respond. 

Severity 

High 

This defect prevents users from accessing the application, making a critical feature unusable. 

Priority 

High 

Since users cannot log in, the issue should be fixed immediately before the application is released. 

Status 

New 

The defect has been reported and is awaiting developer investigation. 

A detailed and well-structured bug report makes it easier for developers to reproduce the issue and reduces communication gaps between testing and development teams. 

Tips to Answer Confidently in Manual Testing Interviews 

Technical knowledge alone is not enough to succeed in an interview. Interviewers also evaluate how clearly candidates explain concepts and whether they understand the fundamentals of software testing. 

Tips for Freshers 

• Use simple and clear language while explaining concepts.  

• Explain answers with real-life examples whenever possible.  

• Focus on understanding concepts instead of memorizing definitions.  

• Practice writing test cases and bug reports regularly.  

• Revise manual testing interview questions for freshers every day before interviews.  

• Maintain confidence and communicate your thoughts clearly.  

• If you do not know an answer, explain your understanding instead of guessing.  

• Read software testing terminology and understand common testing scenarios.  

Strong communication combined with a clear understanding of manual testing concepts creates a positive impression during interviews. 

Quick Revision Sheet (Last-Minute Preparation) 

Before attending a manual testing interview, revise these important concepts for quick recall. 

Concept	Quick Revision
Software Testing	Process of checking software quality and verifying that it works as expected.
Manual Testing	Testing software manually without using automation tools.
Test Case	A detailed document containing test steps, test data, and expected results.
Bug	A difference between the expected result and the actual result.
Severity	Indicates the impact of a defect on the application’s functionality.
Priority	Indicates how urgently a defect should be fixed.
Regression Testing	Testing existing functionality after bug fixes or code changes to ensure nothing else is affected.

Reviewing these concepts before an interview helps improve confidence and allows you to answer fundamental questions quickly. 

FAQs – Manual Testing Interview Questions for Freshers 

Q1. Is Manual Testing Good for Freshers? 

Yes. Manual testing is considered the best starting point for a career in software testing because it helps freshers understand software functionality, business requirements, defect reporting, and testing techniques. It builds the strong foundation required before learning automation testing. 

Q2. Do Freshers Need Coding Skills for Manual Testing? 

No. Coding knowledge is not required for manual testing. Freshers should focus on understanding software testing concepts, writing test cases, identifying defects, and preparing clear bug reports. Basic technical knowledge is sufficient for most entry-level manual testing roles. 

Q3. Can Freshers Move from Manual Testing to Automation Testing? 

Yes. Most automation testers begin their careers in manual testing. Learning manual testing first helps freshers understand application behavior, testing principles, and business logic. Once these fundamentals are strong, they can learn automation tools such as Selenium along with programming languages like Java or Python. 

Q4. How Should Freshers Prepare for Manual Testing Interviews? 

Freshers should begin by understanding the basics of software testing, manual testing concepts, and common testing techniques. They should practice writing test cases, preparing bug reports, and solving scenario-based interview questions. Regularly revising manual testing interview questions for freshers, practicing with real-world examples, and improving communication skills will significantly increase their chances of performing well in interviews and securing an entry-level software testing job. Manual Testing Interview Questions Freshers – 

Manual Testing Interview Questions Freshers 

Leave a Comment / Uncategorized / By Srushti Patil 

Introduction: Growing Fresher Hiring Demand in Manual Testing 

Manual testing is one of the most popular entry-level roles in the IT industry. Every software product—whether it is a website, mobile application, banking system, healthcare application, or e-commerce platform—must be tested manually before it is released to users. Manual testing helps ensure that the application functions correctly, meets business requirements, and provides a smooth user experience. 

As organizations adopt Agile and DevOps practices, software is developed and released more frequently. Even with advanced automation tools, manual testing remains an essential part of the software development process because human observation and logical thinking are required to identify many types of defects. For this reason, companies continue to recruit fresh graduates for manual testing positions and provide them with training on real-time projects. 

Why Manual Testing Is Ideal for Freshers 

Manual testing is considered one of the best entry points into the software industry because it allows freshers to understand software applications before moving into advanced testing techniques. 

Some of the main reasons why manual testing is ideal for freshers include: 

• No coding is required at the beginning, making it easier for students from different educational backgrounds to start their careers.  

• Focuses on logical thinking, observation, and user behavior, which are essential skills for every software tester.  

• Easy to learn through practice by executing test cases and identifying defects.  

• Builds a strong foundation for automation testing, allowing freshers to learn tools like Selenium later in their careers.  

Why Interviews Focus on Manual Testing 

Because manual testing is the starting point for most software testing careers, interviewers generally evaluate candidates based on their understanding of fundamental testing concepts rather than programming skills. 

During interviews, companies ask manual testing interview questions for freshers to assess: 

• Basic knowledge of software testing concepts.  

• Logical and analytical thinking.  

• Understanding of software defects and testing techniques.  

• Ability to explain testing scenarios using simple examples.  

• Willingness to learn new tools and technologies.  

This article is written in simple language and explains every concept step by step, making it suitable for students, fresh graduates, and beginners preparing for manual testing interviews. 

What Is Software Testing? (Simple Explanation) 

Software Testing is the process of checking whether a software application works correctly and performs according to the specified business requirements. The objective of testing is to identify defects before the software is delivered to customers and to ensure that users receive a reliable and high-quality product. 

Testing involves executing different scenarios, comparing the actual behavior of the application with the expected behavior, and reporting any issues that are found. 

Simple Example 

Consider a login page of a web application. 

A typical user performs the following actions: 

• Enters a username and password.  

• Clicks the Login button.  

• If the credentials are correct, the user should be logged in successfully.  

• If the credentials are incorrect, an appropriate error message should be displayed.  

What Does Testing Check? 

While testing the login functionality, a tester verifies several important aspects of the application, including: 

• Does the login functionality work correctly?  

• Are the displayed error messages accurate and meaningful?  

• Does the application crash under any condition?  

• Is the application responding correctly for both valid and invalid inputs?  

• Does the application behave according to the business requirements?  

Main Goals of Software Testing 

Software testing aims to improve the overall quality of an application before it reaches end users. 

The primary goals include: 

• Find bugs early before the software is released.  

• Improve software quality by ensuring all features work correctly.  

• Ensure a smooth user experience by identifying usability and functional issues.  

Effective software testing helps organizations reduce maintenance costs, increase customer satisfaction, and deliver reliable software products. 

What Is Manual Testing? 

Manual Testing is the process of testing software manually without using automation tools or scripts. In manual testing, testers execute test cases themselves, interact with the application like real users, observe its behavior, compare actual results with expected results, and report any defects they discover. 

Manual testing helps testers understand application functionality, business requirements, and user workflows. It also develops analytical thinking and problem-solving skills, which are essential for every software testing professional. 

What Does a Manual Tester Do? 

A manual tester performs several activities while validating an application. 

These activities include: 

• Clicking buttons and navigating through the application.  

• Entering different types of input values.  

• Verifying that the application behaves correctly.  

• Comparing actual results with expected results.  

• Identifying and reporting software defects.  

• Re-testing issues after developers fix them.  

Example 

A simple example of manual testing is entering an incorrect password on the login page and verifying that the application displays the correct error message instead of allowing the user to log in. 

This test is performed manually without writing any automation script. 

Why Manual Testing Is Important 

Manual testing remains an essential part of software quality assurance because it allows testers to evaluate scenarios that cannot always be automated. 

Some of its major advantages include: 

• Helps understand application functionality.  

• Improves logical and analytical thinking.  

• Identifies usability issues.  

• Detects unexpected application behavior.  

• Builds a strong foundation for learning automation testing.  

Most freshers start their careers with manual testing, so interview questions focus heavily on manual testing concepts and practical scenarios. 

What Is Automation Testing? (Basic Idea for Freshers) 

Automation Testing is the process of testing software using automation tools and scripts instead of performing every test manually. 

Automation is mainly used for repetitive test cases that need to be executed frequently during software development. Instead of repeating the same manual steps every time, testers create scripts that automatically perform the required actions and verify the results. 

Simple Explanation 

Instead of executing the same test manually every time: 

• Write an automation script once.  

• Execute the script multiple times whenever required.  

This approach saves time, improves testing efficiency, and reduces manual effort. 

Why Automation Testing Is Used 

Organizations use automation testing because it offers several advantages, including: 

• Faster execution of test cases.  

• Reduced repetitive manual work.  

• Better accuracy and consistency.  

• Reusable test scripts.  

• Support for regression testing.  

• Faster software delivery in Agile and DevOps environments.  

What Freshers Should Know About Automation Testing 

As a fresher, you are not expected to be an expert in automation testing or programming. Interviewers generally expect only a basic understanding of automation concepts. 

You should know: 

• What automation testing is.  

• Why automation testing is used.  

• How automation differs from manual testing.  

• Basic awareness of popular automation tools such as Selenium.  

• The importance of learning automation after gaining manual testing knowledge.  

Having a clear understanding of manual testing fundamentals along with basic awareness of automation testing is usually sufficient to perform well in entry-level software testing interviews. 

Manual Testing Interview Questions Freshers (With Answers) 

 Basic Manual Testing Questions (1–25)  

1. What is Manual Testing? 

Manual Testing is the process of testing a software application without using automation tools or scripts. In manual testing, a tester manually executes test cases, interacts with the application like an end user, verifies the expected results, and reports any defects found during testing. 

Manual testing is one of the most important phases of software testing because it helps testers understand application behavior, business requirements, and user experience. It also serves as the foundation for learning automation testing later in a testing career. 

Example 

Suppose a login page requires a username and password. 

A manual tester will: 

• Enter valid and invalid credentials.  

• Click the Login button.  

• Verify whether the application behaves correctly.  

• Report any unexpected behavior as a defect.  

2. Why is Manual Testing Important? 

Manual testing is important because it allows testers to evaluate software from a real user’s perspective. While automation tools can execute repetitive test cases quickly, manual testing helps identify usability issues, visual defects, and unexpected application behavior that automation may not detect. 

It also enables testers to understand business requirements and validate whether the software meets user expectations. 

Benefits of Manual Testing 

• Understands application behavior.  

• Detects real user issues.  

• Improves software quality.  

• Identifies usability problems.  

• Builds a strong foundation for automation testing.  

3. What is a Bug? 

A bug, also called a defect or issue, is an error in the software that causes the application to behave differently from the expected result. 

Bugs can occur because of coding mistakes, incorrect requirements, design issues, or integration problems. 

Example 

Expected Result: Clicking the Login button should open the dashboard. 

Actual Result: The application crashes after clicking Login. 

Since the actual behavior differs from the expected behavior, it is considered a bug. 

4. What is Software Quality? 

Software Quality refers to how well a software application satisfies business requirements and user expectations. 

A high-quality application should: 

• Work correctly.  

• Be reliable.  

• Be secure.  

• Be easy to use.  

• Perform efficiently.  

• Be free from critical defects.  

The primary goal of software testing is to improve software quality before the product is released. 

5. What is Quality Assurance (QA)? 

Quality Assurance (QA) is a process-focused approach that aims to prevent defects by improving software development processes. 

Instead of identifying defects after development, QA ensures that the correct processes and standards are followed throughout the Software Development Life Cycle (SDLC). 

QA Activities Include 

• Requirement reviews.  

• Process improvement.  

• Code reviews.  

• Documentation reviews.  

• Process audits.  

• Quality standards implementation.  

QA focuses on preventing defects rather than finding them. 

6. What is Quality Control (QC)? 

Quality Control (QC) is a product-focused process that aims to identify defects in the software before release. 

QC mainly involves executing test cases, identifying bugs, and verifying that the software functions correctly. 

QC Activities Include 

• Manual testing.  

• Automation testing.  

• Functional testing.  

• Regression testing.  

• Defect reporting.  

QC focuses on finding defects in the product. 

7. What is a Test Case? 

A Test Case is a detailed document that describes how to verify a specific feature of an application. 

It contains all the information required to execute a test consistently. 

A Typical Test Case Includes 

• Test Case ID.  

• Test Scenario.  

• Preconditions.  

• Test Steps.  

• Test Data.  

• Expected Result.  

• Actual Result.  

• Status.  

Well-written test cases help ensure complete and consistent testing. 

8. What is a Test Scenario? 

A Test Scenario is a high-level description of what needs to be tested. 

It identifies a functionality or business process without providing detailed execution steps. 

Example 

Test Scenario: Verify Login Functionality. 

Multiple test cases can be created under this scenario, such as valid login, invalid login, empty fields, and password validation. 

9. Difference Between Test Case and Test Scenario? 

A Test Scenario provides a high-level testing objective, while a Test Case contains detailed execution steps. 

Test Scenario	Test Case
High-level idea	Detailed testing document
Covers functionality	Covers step-by-step execution
Less detailed	More detailed
Easier to prepare	Requires more effort

10. What is Verification? 

Verification is the process of reviewing documents, requirements, design specifications, and code without executing the application. 

It answers the question: 

“Are we building the product correctly?” 

Verification activities include reviews, inspections, and walkthroughs. 

11. What is Validation? 

Validation is the process of testing the actual software application to verify that it satisfies business and user requirements. 

It answers the question: 

“Are we building the right product?” 

Validation is performed by executing the software. 

12. What is SDLC? 

SDLC stands for Software Development Life Cycle. 

It is the structured process used to develop software from initial planning until maintenance. 

SDLC Phases 

• Requirement Gathering.  

• Analysis.  

• Design.  

• Development.  

• Testing.  

• Deployment.  

• Maintenance.  

13. What is STLC? 

STLC stands for Software Testing Life Cycle. 

It defines the complete testing process followed by testers. 

STLC Phases 

• Requirement Analysis.  

• Test Planning.  

• Test Case Design.  

• Test Environment Setup.  

• Test Execution.  

• Defect Reporting.  

• Test Closure.  

14. What is Black Box Testing? 

Black Box Testing is a testing technique where testers verify application functionality without knowing the internal source code. 

The tester focuses only on inputs, outputs, and business requirements. 

Example 

Entering valid login credentials and verifying whether the user logs in successfully. 

15. What is White Box Testing? 

White Box Testing is a testing technique performed with knowledge of the application’s internal code, logic, and program structure. 

It is usually performed by developers or testers with programming knowledge. 

White box testing verifies: 

• Code logic.  

• Branch coverage.  

• Statement coverage.  

• Loop coverage.  

16. What is Functional Testing? 

Functional Testing verifies whether each feature of the application works according to the specified business requirements. 

Examples include: 

• Login Testing.  

• Registration Testing.  

• Search Testing.  

• Payment Testing.  

• Profile Update Testing.  

17. What is Non-Functional Testing? 

Non-Functional Testing evaluates how well the application performs rather than what it does. 

Examples include: 

• Performance Testing.  

• Load Testing.  

• Stress Testing.  

• Security Testing.  

• Compatibility Testing.  

• Usability Testing.  

18. What is Smoke Testing? 

Smoke Testing is a basic level of testing performed after receiving a new software build. 

Its objective is to verify that the application’s critical functionalities work correctly before detailed testing begins. 

Examples include: 

• Application launches successfully.  

• Login works.  

• Dashboard loads.  

19. What is Sanity Testing? 

Sanity Testing is a quick round of testing performed after minor code changes or bug fixes. 

Its purpose is to verify that the modified functionality works correctly before conducting detailed testing. 

20. What is Regression Testing? 

Regression Testing verifies that existing features continue to work correctly after bug fixes, enhancements, or new feature development. 

Its objective is to ensure that recent changes have not introduced new defects into previously working functionality. 

21. What is Severity? 

Severity indicates how serious a defect is and how much it impacts the application’s functionality. 

Example 

If clicking the Login button crashes the application, the defect has High Severity because users cannot access the system. 

22. What is Priority? 

Priority indicates how urgently a defect should be fixed based on business requirements. 

A defect may have low severity but high priority if it affects the company’s reputation or important business functionality. 

23. Difference Between Severity and Priority? 

Severity measures the impact of a defect on the application, whereas Priority determines how quickly the defect should be fixed. 

Severity	Priority
Measures impact	Measures urgency
Technical perspective	Business perspective
Determined by testers	Often determined by business or project managers

24. What is a Build? 

A Build is a compiled version of the software provided by developers for testing. 

Each build may contain: 

• New features.  

• Bug fixes.  

• Performance improvements.  

• UI enhancements.  

Testers execute their test cases on each build before release. 

25. What is Test Data? 

Test Data refers to the input values used while executing test cases. 

Good test data helps verify different application scenarios. 

Examples of Test Data 

• Valid username and password.  

• Invalid login credentials.  

• Empty input fields.  

• Boundary values.  

• Large datasets.  

• Special characters.  

Proper test data improves test coverage and helps identify defects more effectively. 

Slightly Advanced Manual Testing Questions (26–50) 

26. What is Positive Testing? 

Positive Testing verifies that the application behaves correctly when users provide valid inputs. 

The objective is to confirm that the software performs as expected under normal conditions. 

Example: Logging in with a valid username and password. 

27. What is Negative Testing? 

Negative Testing verifies how the application handles invalid, unexpected, or incorrect inputs. 

Its purpose is to ensure that the application displays appropriate error messages and does not crash. 

Example: Entering an incorrect password and verifying the error message. 

28. What is Boundary Value Analysis (BVA)? 

Boundary Value Analysis is a black-box testing technique that focuses on testing values at the boundaries of an input range because defects are more likely to occur at minimum and maximum limits. 

Example: If an age field accepts values from 18 to 60, test values such as 17, 18, 19, 59, 60, and 61. 

29. What is Equivalence Partitioning? 

Equivalence Partitioning divides input data into valid and invalid groups (partitions). Instead of testing every possible value, one representative value from each partition is selected for testing. 

This technique reduces the number of test cases while maintaining effective test coverage. 

30. What is Defect Life Cycle? 

The Defect Life Cycle describes the journey of a defect from the moment it is discovered until it is fixed and closed. 

Typical stages include: 

• New  

• Assigned  

• Open  

• Fixed  

• Retest  

• Reopened (if required)  

• Closed  

31. What are Defect Statuses? 

Defect statuses indicate the current state of a reported bug. 

Common statuses include: 

• New  

• Open  

• Fixed  

• Retest  

• Closed  

• Rejected  

Some organizations may also use statuses such as Assigned, Deferred, Duplicate, and Reopened. 

32. What is Re-testing? 

Re-testing is the process of testing a defect again after the developer has fixed it. 

The tester executes the same test case to verify that the reported issue has been resolved successfully. 

33. What is UAT? 

User Acceptance Testing (UAT) is the final phase of testing performed by end users or business representatives to verify that the software meets business requirements and is ready for production. 

34. What is Test Environment? 

A Test Environment is the setup in which testing is performed. It includes the hardware, software, operating systems, databases, network configurations, and testing tools required to execute test cases. 

A properly configured test environment helps produce reliable testing results. 

35. What is Exploratory Testing? 

Exploratory Testing is an approach where testers explore the application without predefined test cases. 

They simultaneously learn the application, design tests, and execute them to discover unexpected defects. 

36. What is Ad-hoc Testing? 

Ad-hoc Testing is informal testing performed without documentation or predefined test cases. 

It relies on the tester’s experience and intuition to identify defects quickly. 

37. What is Defect Leakage? 

Defect Leakage occurs when a defect is not identified during testing but is discovered by users after the software has been released to production. 

It indicates that the defect escaped the testing process. 

38. What is Defect Density? 

Defect Density is a software quality metric that measures the number of defects found in a software module relative to its size. 

A lower defect density generally indicates better software quality. 

39. What is Alpha Testing? 

Alpha Testing is internal testing conducted by the organization’s development or testing team before releasing the software to external users. 

Its purpose is to identify major defects early in the release cycle. 

40. What is Beta Testing? 

Beta Testing is performed by real users in a real-world environment before the official software release. 

It helps collect user feedback and identify issues that may not have been found during internal testing. 

41. What is Usability Testing? 

Usability Testing evaluates how easy, intuitive, and user-friendly an application is for end users. 

It focuses on navigation, accessibility, design, and overall user experience. 

42. What is Compatibility Testing? 

Compatibility Testing verifies that an application works correctly across different browsers, operating systems, devices, screen resolutions, and network environments. 

Examples include testing on Chrome, Firefox, Edge, Android, and iOS. 

43. What is Configuration Testing? 

Configuration Testing verifies that the application functions correctly under different hardware and software configurations, such as varying operating systems, browsers, memory sizes, network settings, or device specifications. 

44. What is a Test Plan? 

A Test Plan is a document that describes the overall testing strategy for a project. 

It typically includes: 

• Scope of testing  

• Objectives  

• Resources  

• Schedule  

• Test environment  

• Entry and exit criteria  

• Risks and mitigation plans  

45. What is Test Closure? 

Test Closure is the final phase of the Software Testing Life Cycle (STLC), where all testing activities are completed and summarized. 

It includes preparing the final test report, documenting lessons learned, and confirming that testing objectives have been achieved. 

46. What is Defect Triage? 

Defect Triage is a meeting where testers, developers, project managers, and business stakeholders review reported defects and decide their severity, priority, and scheduling for resolution. 

This process helps ensure that critical issues are addressed first. 

47. Difference Between Re-testing and Regression Testing? 

Re-testing verifies that a specific defect has been fixed successfully, whereas Regression Testing checks whether recent changes have affected existing functionalities. 

Re-testing	Regression Testing
Tests a fixed defect	Tests existing features after changes
Focuses on one issue	Covers broader application functionality
Performed after a bug fix	Performed after code changes or enhancements

48. What is Release Testing? 

Release Testing is the final testing performed before deploying the software to the production environment. 

Its objective is to ensure that the application is stable, meets business requirements, and is ready for end users. 

49. What is Checklist Testing? 

Checklist Testing is a testing technique where testers use a predefined checklist of items to verify important functionalities and quality standards. 

It helps ensure consistency and reduces the chance of missing critical test scenarios. 

50. Why is Manual Testing Important? 

Manual Testing is important because it helps identify real user issues, validates business requirements, and evaluates application usability. It allows testers to apply human judgment, observe unexpected behaviors, and detect defects that automated scripts may overlook. It also builds the essential knowledge required before progressing to automation testing. 

Scenario-Based QA Questions for Beginners 

51. Login Button Is Not Working. What Will You Do? 

If the Login button is not working, the first step is to reproduce the issue consistently. Next, compare the expected behavior with the actual behavior, verify whether the issue occurs under different conditions, collect screenshots or logs if needed, and then log a detailed bug report with all relevant information. 

52. The Application Crashes After Clicking the Submit Button. What Is the Severity? 

This is a High Severity defect because the crash prevents users from completing an important operation and directly affects the application’s functionality. Such defects typically require immediate investigation and resolution. 

53. There Is a Spelling Mistake on the Homepage. What Is the Priority? 

A spelling mistake generally has Low Priority because it does not affect the application’s functionality. However, if the typo appears on a company logo, legal content, or a highly visible marketing page, the business team may decide to assign a higher priority. 

54. A Valid User Cannot Log In. What Testing Type Is This? 

This is a Functional Testing scenario because the login feature is not performing according to the specified business requirements. The tester should verify the functionality, identify the root cause, and report the issue if necessary. 

55. A Bug Is Fixed but Another Feature Stops Working. What Testing Is Required? 

In this situation, Regression Testing should be performed. Regression testing ensures that recent bug fixes or code changes have not introduced new defects into existing functionality. It verifies that previously working features continue to function correctly after modifications. 

Sample Test Cases for Freshers 

Login Page Test Cases 

A test case is a detailed document used to verify whether a particular feature of an application works as expected. It includes the test scenario, execution steps, expected result, and actual result. Writing good test cases ensures consistent testing and helps identify defects efficiently. 

The Login Page is one of the most commonly tested modules in any application because it is the entry point for users. During manual testing interviews, freshers are often asked to write basic login test cases to demonstrate their understanding of testing concepts. 

Sample Login Page Test Cases 

Test Case ID	Scenario	Steps	Expected Result
TC01	Valid Login	Enter a valid username and password, then click the Login button.	The user should log in successfully and be redirected to the dashboard or home page.
TC02	Invalid Login	Enter a valid username and an incorrect password, then click the Login button.	An appropriate error message should be displayed, and the user should not be logged in.
TC03	Empty Fields	Leave both the username and password fields empty and click the Login button.	Validation messages should appear asking the user to enter the required information.

Additional Login Test Cases 

To improve test coverage, testers should also consider the following scenarios: 

• Verify login with an invalid username and valid password.  

• Verify login with both username and password incorrect.  

• Verify login using blank username and valid password.  

• Verify login using valid username and blank password.  

• Verify that the password field masks entered characters.  

• Verify the Forgot Password functionality.  

• Verify the Remember Me option.  

• Verify login using special characters.  

• Verify session timeout after successful login.  

• Verify login behavior after multiple failed attempts.  

Creating comprehensive test cases demonstrates a tester’s analytical thinking and understanding of different user scenarios. 

Mobile Application Test Case 

Mobile application testing verifies that an application functions correctly on mobile devices under different conditions. One of the first scenarios tested is the installation process. 

Scenario: App Installation 

The objective of this test case is to verify that the application installs successfully and launches without any issues. 

Test Steps 

1. Download the application from the official app store or test environment.  

2. Install the application on the mobile device.  

3. Wait for the installation process to complete.  

4. Verify that the application icon appears on the device.  

5. Tap the application icon.  

6. Observe whether the application launches successfully.  

Expected Results 

• The application should install successfully without displaying any installation errors.  

• The application icon should appear on the device after installation.  

• The application should open successfully without crashing.  

• The home screen or login screen should load properly.  

• The application should respond normally to user interactions.  

Successful installation testing confirms that users can install and launch the application without technical issues. 

API / UI Simple Test Idea 

Modern software applications consist of a backend API and a frontend user interface (UI). During testing, it is important to verify that data returned by the API is displayed correctly on the user interface. 

Example Scenario 

Suppose a user logs into an application and views their profile information. 

API Validation 

Verify that: 

• The API returns a successful response (for example, HTTP Status Code 200 OK).  

• The response contains the correct user information.  

• Required fields are present in the response.  

• No unexpected error messages are returned.  

• The API response time is within acceptable limits.  

UI Validation 

Verify that: 

• The UI displays the correct data received from the API.  

• User information matches the API response.  

• No data is missing or displayed incorrectly.  

• The page loads successfully without errors.  

• The displayed information is formatted correctly.  

Testing both the API and UI ensures that backend services and frontend applications work together correctly and provide accurate information to users. 

Bug Report Writing Example for Freshers 

A Bug Report is a formal document used to record defects identified during software testing. A well-written bug report helps developers understand the issue, reproduce it, and fix it quickly. 

A good bug report should always include clear steps, expected results, actual results, severity, priority, and supporting information. 

Sample Bug Report 

Bug ID 

BUG_601 

Title 

Login Button Not Responding 

Module 

Login 

Steps to Reproduce 

1. Open the application.  

2. Navigate to the Login page.  

3. Enter valid username and password.  

4. Click the Login button.  

Expected Result 

The user should log in successfully and be redirected to the application’s dashboard or home page. 

Actual Result 

After clicking the Login button, no action occurs. The user remains on the login page, and the application does not respond. 

Severity 

High 

This defect prevents users from accessing the application, making a critical feature unusable. 

Priority 

High 

Since users cannot log in, the issue should be fixed immediately before the application is released. 

Status 

New 

The defect has been reported and is awaiting developer investigation. 

A detailed and well-structured bug report makes it easier for developers to reproduce the issue and reduces communication gaps between testing and development teams. 

Tips to Answer Confidently in Manual Testing Interviews 

Technical knowledge alone is not enough to succeed in an interview. Interviewers also evaluate how clearly candidates explain concepts and whether they understand the fundamentals of software testing. 

Tips for Freshers 

• Use simple and clear language while explaining concepts.  

• Explain answers with real-life examples whenever possible.  

• Focus on understanding concepts instead of memorizing definitions.  

• Practice writing test cases and bug reports regularly.  

• Revise manual testing interview questions for freshers every day before interviews.  

• Maintain confidence and communicate your thoughts clearly.  

• If you do not know an answer, explain your understanding instead of guessing.  

• Read software testing terminology and understand common testing scenarios.  

Strong communication combined with a clear understanding of manual testing concepts creates a positive impression during interviews. 

Quick Revision Sheet (Last-Minute Preparation) 

Before attending a manual testing interview, revise these important concepts for quick recall. 

Concept	Quick Revision
Software Testing	Process of checking software quality and verifying that it works as expected.
Manual Testing	Testing software manually without using automation tools.
Test Case	A detailed document containing test steps, test data, and expected results.
Bug	A difference between the expected result and the actual result.
Severity	Indicates the impact of a defect on the application’s functionality.
Priority	Indicates how urgently a defect should be fixed.
Regression Testing	Testing existing functionality after bug fixes or code changes to ensure nothing else is affected.

Reviewing these concepts before an interview helps improve confidence and allows you to answer fundamental questions quickly. 

FAQs – Manual Testing Interview Questions for Freshers 

Q1. Is Manual Testing Good for Freshers? 

Yes. Manual testing is considered the best starting point for a career in software testing because it helps freshers understand software functionality, business requirements, defect reporting, and testing techniques. It builds the strong foundation required before learning automation testing. 

Q2. Do Freshers Need Coding Skills for Manual Testing? 

No. Coding knowledge is not required for manual testing. Freshers should focus on understanding software testing concepts, writing test cases, identifying defects, and preparing clear bug reports. Basic technical knowledge is sufficient for most entry-level manual testing roles. 

Q3. Can Freshers Move from Manual Testing to Automation Testing? 

Yes. Most automation testers begin their careers in manual testing. Learning manual testing first helps freshers understand application behavior, testing principles, and business logic. Once these fundamentals are strong, they can learn automation tools such as Selenium along with programming languages like Java or Python. 

Q4. How Should Freshers Prepare for Manual Testing Interviews? 

Freshers should begin by understanding the basics of software testing, manual testing concepts, and common testing techniques. They should practice writing test cases, preparing bug reports, and solving scenario-based interview questions. Regularly revising manual testing interview questions for freshers, practicing with real-world examples, and improving communication skills will significantly increase their chances of performing well in interviews and securing an entry-level software testing job. Manual Testing Interview Questions Freshers – 

Manual Testing Interview Questions Freshers 

Leave a Comment / Uncategorized / By Srushti Patil 

Introduction: Growing Fresher Hiring Demand in Manual Testing 

Manual testing is one of the most popular entry-level roles in the IT industry. Every software product—whether it is a website, mobile application, banking system, healthcare application, or e-commerce platform—must be tested manually before it is released to users. Manual testing helps ensure that the application functions correctly, meets business requirements, and provides a smooth user experience. 

As organizations adopt Agile and DevOps practices, software is developed and released more frequently. Even with advanced automation tools, manual testing remains an essential part of the software development process because human observation and logical thinking are required to identify many types of defects. For this reason, companies continue to recruit fresh graduates for manual testing positions and provide them with training on real-time projects. 

Why Manual Testing Is Ideal for Freshers 

Manual testing is considered one of the best entry points into the software industry because it allows freshers to understand software applications before moving into advanced testing techniques. 

Some of the main reasons why manual testing is ideal for freshers include: 

• No coding is required at the beginning, making it easier for students from different educational backgrounds to start their careers.  

• Focuses on logical thinking, observation, and user behavior, which are essential skills for every software tester.  

• Easy to learn through practice by executing test cases and identifying defects.  

• Builds a strong foundation for automation testing, allowing freshers to learn tools like Selenium later in their careers.  

Why Interviews Focus on Manual Testing 

Because manual testing is the starting point for most software testing careers, interviewers generally evaluate candidates based on their understanding of fundamental testing concepts rather than programming skills. 

During interviews, companies ask manual testing interview questions for freshers to assess: 

• Basic knowledge of software testing concepts.  

• Logical and analytical thinking.  

• Understanding of software defects and testing techniques.  

• Ability to explain testing scenarios using simple examples.  

• Willingness to learn new tools and technologies.  

This article is written in simple language and explains every concept step by step, making it suitable for students, fresh graduates, and beginners preparing for manual testing interviews. 

What Is Software Testing? (Simple Explanation) 

Software Testing is the process of checking whether a software application works correctly and performs according to the specified business requirements. The objective of testing is to identify defects before the software is delivered to customers and to ensure that users receive a reliable and high-quality product. 

Testing involves executing different scenarios, comparing the actual behavior of the application with the expected behavior, and reporting any issues that are found. 

Simple Example 

Consider a login page of a web application. 

A typical user performs the following actions: 

• Enters a username and password.  

• Clicks the Login button.  

• If the credentials are correct, the user should be logged in successfully.  

• If the credentials are incorrect, an appropriate error message should be displayed.  

What Does Testing Check? 

While testing the login functionality, a tester verifies several important aspects of the application, including: 

• Does the login functionality work correctly?  

• Are the displayed error messages accurate and meaningful?  

• Does the application crash under any condition?  

• Is the application responding correctly for both valid and invalid inputs?  

• Does the application behave according to the business requirements?  

Main Goals of Software Testing 

Software testing aims to improve the overall quality of an application before it reaches end users. 

The primary goals include: 

• Find bugs early before the software is released.  

• Improve software quality by ensuring all features work correctly.  

• Ensure a smooth user experience by identifying usability and functional issues.  

Effective software testing helps organizations reduce maintenance costs, increase customer satisfaction, and deliver reliable software products. 

What Is Manual Testing? 

Manual Testing is the process of testing software manually without using automation tools or scripts. In manual testing, testers execute test cases themselves, interact with the application like real users, observe its behavior, compare actual results with expected results, and report any defects they discover. 

Manual testing helps testers understand application functionality, business requirements, and user workflows. It also develops analytical thinking and problem-solving skills, which are essential for every software testing professional. 

What Does a Manual Tester Do? 

A manual tester performs several activities while validating an application. 

These activities include: 

• Clicking buttons and navigating through the application.  

• Entering different types of input values.  

• Verifying that the application behaves correctly.  

• Comparing actual results with expected results.  

• Identifying and reporting software defects.  

• Re-testing issues after developers fix them.  

Example 

A simple example of manual testing is entering an incorrect password on the login page and verifying that the application displays the correct error message instead of allowing the user to log in. 

This test is performed manually without writing any automation script. 

Why Manual Testing Is Important 

Manual testing remains an essential part of software quality assurance because it allows testers to evaluate scenarios that cannot always be automated. 

Some of its major advantages include: 

• Helps understand application functionality.  

• Improves logical and analytical thinking.  

• Identifies usability issues.  

• Detects unexpected application behavior.  

• Builds a strong foundation for learning automation testing.  

Most freshers start their careers with manual testing, so interview questions focus heavily on manual testing concepts and practical scenarios. 

What Is Automation Testing? (Basic Idea for Freshers) 

Automation Testing is the process of testing software using automation tools and scripts instead of performing every test manually. 

Automation is mainly used for repetitive test cases that need to be executed frequently during software development. Instead of repeating the same manual steps every time, testers create scripts that automatically perform the required actions and verify the results. 

Simple Explanation 

Instead of executing the same test manually every time: 

• Write an automation script once.  

• Execute the script multiple times whenever required.  

This approach saves time, improves testing efficiency, and reduces manual effort. 

Why Automation Testing Is Used 

Organizations use automation testing because it offers several advantages, including: 

• Faster execution of test cases.  

• Reduced repetitive manual work.  

• Better accuracy and consistency.  

• Reusable test scripts.  

• Support for regression testing.  

• Faster software delivery in Agile and DevOps environments.  

What Freshers Should Know About Automation Testing 

As a fresher, you are not expected to be an expert in automation testing or programming. Interviewers generally expect only a basic understanding of automation concepts. 

You should know: 

• What automation testing is.  

• Why automation testing is used.  

• How automation differs from manual testing.  

• Basic awareness of popular automation tools such as Selenium.  

• The importance of learning automation after gaining manual testing knowledge.  

Having a clear understanding of manual testing fundamentals along with basic awareness of automation testing is usually sufficient to perform well in entry-level software testing interviews. 

Manual Testing Interview Questions Freshers (With Answers) 

 Basic Manual Testing Questions (1–25)  

1. What is Manual Testing? 

Manual Testing is the process of testing a software application without using automation tools or scripts. In manual testing, a tester manually executes test cases, interacts with the application like an end user, verifies the expected results, and reports any defects found during testing. 

Manual testing is one of the most important phases of software testing because it helps testers understand application behavior, business requirements, and user experience. It also serves as the foundation for learning automation testing later in a testing career. 

Example 

Suppose a login page requires a username and password. 

A manual tester will: 

• Enter valid and invalid credentials.  

• Click the Login button.  

• Verify whether the application behaves correctly.  

• Report any unexpected behavior as a defect.  

2. Why is Manual Testing Important? 

Manual testing is important because it allows testers to evaluate software from a real user’s perspective. While automation tools can execute repetitive test cases quickly, manual testing helps identify usability issues, visual defects, and unexpected application behavior that automation may not detect. 

It also enables testers to understand business requirements and validate whether the software meets user expectations. 

Benefits of Manual Testing 

• Understands application behavior.  

• Detects real user issues.  

• Improves software quality.  

• Identifies usability problems.  

• Builds a strong foundation for automation testing.  

3. What is a Bug? 

A bug, also called a defect or issue, is an error in the software that causes the application to behave differently from the expected result. 

Bugs can occur because of coding mistakes, incorrect requirements, design issues, or integration problems. 

Example 

Expected Result: Clicking the Login button should open the dashboard. 

Actual Result: The application crashes after clicking Login. 

Since the actual behavior differs from the expected behavior, it is considered a bug. 

4. What is Software Quality? 

Software Quality refers to how well a software application satisfies business requirements and user expectations. 

A high-quality application should: 

• Work correctly.  

• Be reliable.  

• Be secure.  

• Be easy to use.  

• Perform efficiently.  

• Be free from critical defects.  

The primary goal of software testing is to improve software quality before the product is released. 

5. What is Quality Assurance (QA)? 

Quality Assurance (QA) is a process-focused approach that aims to prevent defects by improving software development processes. 

Instead of identifying defects after development, QA ensures that the correct processes and standards are followed throughout the Software Development Life Cycle (SDLC). 

QA Activities Include 

• Requirement reviews.  

• Process improvement.  

• Code reviews.  

• Documentation reviews.  

• Process audits.  

• Quality standards implementation.  

QA focuses on preventing defects rather than finding them. 

6. What is Quality Control (QC)? 

Quality Control (QC) is a product-focused process that aims to identify defects in the software before release. 

QC mainly involves executing test cases, identifying bugs, and verifying that the software functions correctly. 

QC Activities Include 

• Manual testing.  

• Automation testing.  

• Functional testing.  

• Regression testing.  

• Defect reporting.  

QC focuses on finding defects in the product. 

7. What is a Test Case? 

A Test Case is a detailed document that describes how to verify a specific feature of an application. 

It contains all the information required to execute a test consistently. 

A Typical Test Case Includes 

• Test Case ID.  

• Test Scenario.  

• Preconditions.  

• Test Steps.  

• Test Data.  

• Expected Result.  

• Actual Result.  

• Status.  

Well-written test cases help ensure complete and consistent testing. 

8. What is a Test Scenario? 

A Test Scenario is a high-level description of what needs to be tested. 

It identifies a functionality or business process without providing detailed execution steps. 

Example 

Test Scenario: Verify Login Functionality. 

Multiple test cases can be created under this scenario, such as valid login, invalid login, empty fields, and password validation. 

9. Difference Between Test Case and Test Scenario? 

A Test Scenario provides a high-level testing objective, while a Test Case contains detailed execution steps. 

Test Scenario	Test Case
High-level idea	Detailed testing document
Covers functionality	Covers step-by-step execution
Less detailed	More detailed
Easier to prepare	Requires more effort

10. What is Verification? 

Verification is the process of reviewing documents, requirements, design specifications, and code without executing the application. 

It answers the question: 

“Are we building the product correctly?” 

Verification activities include reviews, inspections, and walkthroughs. 

11. What is Validation? 

Validation is the process of testing the actual software application to verify that it satisfies business and user requirements. 

It answers the question: 

“Are we building the right product?” 

Validation is performed by executing the software. 

12. What is SDLC? 

SDLC stands for Software Development Life Cycle. 

It is the structured process used to develop software from initial planning until maintenance. 

SDLC Phases 

• Requirement Gathering.  

• Analysis.  

• Design.  

• Development.  

• Testing.  

• Deployment.  

• Maintenance.  

13. What is STLC? 

STLC stands for Software Testing Life Cycle. 

It defines the complete testing process followed by testers. 

STLC Phases 

• Requirement Analysis.  

• Test Planning.  

• Test Case Design.  

• Test Environment Setup.  

• Test Execution.  

• Defect Reporting.  

• Test Closure.  

14. What is Black Box Testing? 

Black Box Testing is a testing technique where testers verify application functionality without knowing the internal source code. 

The tester focuses only on inputs, outputs, and business requirements. 

Example 

Entering valid login credentials and verifying whether the user logs in successfully. 

15. What is White Box Testing? 

White Box Testing is a testing technique performed with knowledge of the application’s internal code, logic, and program structure. 

It is usually performed by developers or testers with programming knowledge. 

White box testing verifies: 

• Code logic.  

• Branch coverage.  

• Statement coverage.  

• Loop coverage.  

16. What is Functional Testing? 

Functional Testing verifies whether each feature of the application works according to the specified business requirements. 

Examples include: 

• Login Testing.  

• Registration Testing.  

• Search Testing.  

• Payment Testing.  

• Profile Update Testing.  

17. What is Non-Functional Testing? 

Non-Functional Testing evaluates how well the application performs rather than what it does. 

Examples include: 

• Performance Testing.  

• Load Testing.  

• Stress Testing.  

• Security Testing.  

• Compatibility Testing.  

• Usability Testing.  

18. What is Smoke Testing? 

Smoke Testing is a basic level of testing performed after receiving a new software build. 

Its objective is to verify that the application’s critical functionalities work correctly before detailed testing begins. 

Examples include: 

• Application launches successfully.  

• Login works.  

• Dashboard loads.  

19. What is Sanity Testing? 

Sanity Testing is a quick round of testing performed after minor code changes or bug fixes. 

Its purpose is to verify that the modified functionality works correctly before conducting detailed testing. 

20. What is Regression Testing? 

Regression Testing verifies that existing features continue to work correctly after bug fixes, enhancements, or new feature development. 

Its objective is to ensure that recent changes have not introduced new defects into previously working functionality. 

21. What is Severity? 

Severity indicates how serious a defect is and how much it impacts the application’s functionality. 

Example 

If clicking the Login button crashes the application, the defect has High Severity because users cannot access the system. 

22. What is Priority? 

Priority indicates how urgently a defect should be fixed based on business requirements. 

A defect may have low severity but high priority if it affects the company’s reputation or important business functionality. 

23. Difference Between Severity and Priority? 

Severity measures the impact of a defect on the application, whereas Priority determines how quickly the defect should be fixed. 

Severity	Priority
Measures impact	Measures urgency
Technical perspective	Business perspective
Determined by testers	Often determined by business or project managers

24. What is a Build? 

A Build is a compiled version of the software provided by developers for testing. 

Each build may contain: 

• New features.  

• Bug fixes.  

• Performance improvements.  

• UI enhancements.  

Testers execute their test cases on each build before release. 

25. What is Test Data? 

Test Data refers to the input values used while executing test cases. 

Good test data helps verify different application scenarios. 

Examples of Test Data 

• Valid username and password.  

• Invalid login credentials.  

• Empty input fields.  

• Boundary values.  

• Large datasets.  

• Special characters.  

Proper test data improves test coverage and helps identify defects more effectively. 

Slightly Advanced Manual Testing Questions (26–50) 

26. What is Positive Testing? 

Positive Testing verifies that the application behaves correctly when users provide valid inputs. 

The objective is to confirm that the software performs as expected under normal conditions. 

Example: Logging in with a valid username and password. 

27. What is Negative Testing? 

Negative Testing verifies how the application handles invalid, unexpected, or incorrect inputs. 

Its purpose is to ensure that the application displays appropriate error messages and does not crash. 

Example: Entering an incorrect password and verifying the error message. 

28. What is Boundary Value Analysis (BVA)? 

Boundary Value Analysis is a black-box testing technique that focuses on testing values at the boundaries of an input range because defects are more likely to occur at minimum and maximum limits. 

Example: If an age field accepts values from 18 to 60, test values such as 17, 18, 19, 59, 60, and 61. 

29. What is Equivalence Partitioning? 

Equivalence Partitioning divides input data into valid and invalid groups (partitions). Instead of testing every possible value, one representative value from each partition is selected for testing. 

This technique reduces the number of test cases while maintaining effective test coverage. 

30. What is Defect Life Cycle? 

The Defect Life Cycle describes the journey of a defect from the moment it is discovered until it is fixed and closed. 

Typical stages include: 

• New  

• Assigned  

• Open  

• Fixed  

• Retest  

• Reopened (if required)  

• Closed  

31. What are Defect Statuses? 

Defect statuses indicate the current state of a reported bug. 

Common statuses include: 

• New  

• Open  

• Fixed  

• Retest  

• Closed  

• Rejected  

Some organizations may also use statuses such as Assigned, Deferred, Duplicate, and Reopened. 

32. What is Re-testing? 

Re-testing is the process of testing a defect again after the developer has fixed it. 

The tester executes the same test case to verify that the reported issue has been resolved successfully. 

33. What is UAT? 

User Acceptance Testing (UAT) is the final phase of testing performed by end users or business representatives to verify that the software meets business requirements and is ready for production. 

34. What is Test Environment? 

A Test Environment is the setup in which testing is performed. It includes the hardware, software, operating systems, databases, network configurations, and testing tools required to execute test cases. 

A properly configured test environment helps produce reliable testing results. 

35. What is Exploratory Testing? 

Exploratory Testing is an approach where testers explore the application without predefined test cases. 

They simultaneously learn the application, design tests, and execute them to discover unexpected defects. 

36. What is Ad-hoc Testing? 

Ad-hoc Testing is informal testing performed without documentation or predefined test cases. 

It relies on the tester’s experience and intuition to identify defects quickly. 

37. What is Defect Leakage? 

Defect Leakage occurs when a defect is not identified during testing but is discovered by users after the software has been released to production. 

It indicates that the defect escaped the testing process. 

38. What is Defect Density? 

Defect Density is a software quality metric that measures the number of defects found in a software module relative to its size. 

A lower defect density generally indicates better software quality. 

39. What is Alpha Testing? 

Alpha Testing is internal testing conducted by the organization’s development or testing team before releasing the software to external users. 

Its purpose is to identify major defects early in the release cycle. 

40. What is Beta Testing? 

Beta Testing is performed by real users in a real-world environment before the official software release. 

It helps collect user feedback and identify issues that may not have been found during internal testing. 

41. What is Usability Testing? 

Usability Testing evaluates how easy, intuitive, and user-friendly an application is for end users. 

It focuses on navigation, accessibility, design, and overall user experience. 

42. What is Compatibility Testing? 

Compatibility Testing verifies that an application works correctly across different browsers, operating systems, devices, screen resolutions, and network environments. 

Examples include testing on Chrome, Firefox, Edge, Android, and iOS. 

43. What is Configuration Testing? 

Configuration Testing verifies that the application functions correctly under different hardware and software configurations, such as varying operating systems, browsers, memory sizes, network settings, or device specifications. 

44. What is a Test Plan? 

A Test Plan is a document that describes the overall testing strategy for a project. 

It typically includes: 

• Scope of testing  

• Objectives  

• Resources  

• Schedule  

• Test environment  

• Entry and exit criteria  

• Risks and mitigation plans  

45. What is Test Closure? 

Test Closure is the final phase of the Software Testing Life Cycle (STLC), where all testing activities are completed and summarized. 

It includes preparing the final test report, documenting lessons learned, and confirming that testing objectives have been achieved. 

46. What is Defect Triage? 

Defect Triage is a meeting where testers, developers, project managers, and business stakeholders review reported defects and decide their severity, priority, and scheduling for resolution. 

This process helps ensure that critical issues are addressed first. 

47. Difference Between Re-testing and Regression Testing? 

Re-testing verifies that a specific defect has been fixed successfully, whereas Regression Testing checks whether recent changes have affected existing functionalities. 

Re-testing	Regression Testing
Tests a fixed defect	Tests existing features after changes
Focuses on one issue	Covers broader application functionality
Performed after a bug fix	Performed after code changes or enhancements

48. What is Release Testing? 

Release Testing is the final testing performed before deploying the software to the production environment. 

Its objective is to ensure that the application is stable, meets business requirements, and is ready for end users. 

49. What is Checklist Testing? 

Checklist Testing is a testing technique where testers use a predefined checklist of items to verify important functionalities and quality standards. 

It helps ensure consistency and reduces the chance of missing critical test scenarios. 

50. Why is Manual Testing Important? 

Manual Testing is important because it helps identify real user issues, validates business requirements, and evaluates application usability. It allows testers to apply human judgment, observe unexpected behaviors, and detect defects that automated scripts may overlook. It also builds the essential knowledge required before progressing to automation testing. 

Scenario-Based QA Questions for Beginners 

51. Login Button Is Not Working. What Will You Do? 

If the Login button is not working, the first step is to reproduce the issue consistently. Next, compare the expected behavior with the actual behavior, verify whether the issue occurs under different conditions, collect screenshots or logs if needed, and then log a detailed bug report with all relevant information. 

52. The Application Crashes After Clicking the Submit Button. What Is the Severity? 

This is a High Severity defect because the crash prevents users from completing an important operation and directly affects the application’s functionality. Such defects typically require immediate investigation and resolution. 

53. There Is a Spelling Mistake on the Homepage. What Is the Priority? 

A spelling mistake generally has Low Priority because it does not affect the application’s functionality. However, if the typo appears on a company logo, legal content, or a highly visible marketing page, the business team may decide to assign a higher priority. 

54. A Valid User Cannot Log In. What Testing Type Is This? 

This is a Functional Testing scenario because the login feature is not performing according to the specified business requirements. The tester should verify the functionality, identify the root cause, and report the issue if necessary. 

55. A Bug Is Fixed but Another Feature Stops Working. What Testing Is Required? 

In this situation, Regression Testing should be performed. Regression testing ensures that recent bug fixes or code changes have not introduced new defects into existing functionality. It verifies that previously working features continue to function correctly after modifications. 

Sample Test Cases for Freshers 

Login Page Test Cases 

A test case is a detailed document used to verify whether a particular feature of an application works as expected. It includes the test scenario, execution steps, expected result, and actual result. Writing good test cases ensures consistent testing and helps identify defects efficiently. 

The Login Page is one of the most commonly tested modules in any application because it is the entry point for users. During manual testing interviews, freshers are often asked to write basic login test cases to demonstrate their understanding of testing concepts. 

Sample Login Page Test Cases 

Test Case ID	Scenario	Steps	Expected Result
TC01	Valid Login	Enter a valid username and password, then click the Login button.	The user should log in successfully and be redirected to the dashboard or home page.
TC02	Invalid Login	Enter a valid username and an incorrect password, then click the Login button.	An appropriate error message should be displayed, and the user should not be logged in.
TC03	Empty Fields	Leave both the username and password fields empty and click the Login button.	Validation messages should appear asking the user to enter the required information.

Additional Login Test Cases 

To improve test coverage, testers should also consider the following scenarios: 

• Verify login with an invalid username and valid password.  

• Verify login with both username and password incorrect.  

• Verify login using blank username and valid password.  

• Verify login using valid username and blank password.  

• Verify that the password field masks entered characters.  

• Verify the Forgot Password functionality.  

• Verify the Remember Me option.  

• Verify login using special characters.  

• Verify session timeout after successful login.  

• Verify login behavior after multiple failed attempts.  

Creating comprehensive test cases demonstrates a tester’s analytical thinking and understanding of different user scenarios. 

Mobile Application Test Case 

Mobile application testing verifies that an application functions correctly on mobile devices under different conditions. One of the first scenarios tested is the installation process. 

Scenario: App Installation 

The objective of this test case is to verify that the application installs successfully and launches without any issues. 

Test Steps 

1. Download the application from the official app store or test environment.  

2. Install the application on the mobile device.  

3. Wait for the installation process to complete.  

4. Verify that the application icon appears on the device.  

5. Tap the application icon.  

6. Observe whether the application launches successfully.  

Expected Results 

• The application should install successfully without displaying any installation errors.  

• The application icon should appear on the device after installation.  

• The application should open successfully without crashing.  

• The home screen or login screen should load properly.  

• The application should respond normally to user interactions.  

Successful installation testing confirms that users can install and launch the application without technical issues. 

API / UI Simple Test Idea 

Modern software applications consist of a backend API and a frontend user interface (UI). During testing, it is important to verify that data returned by the API is displayed correctly on the user interface. 

Example Scenario 

Suppose a user logs into an application and views their profile information. 

API Validation 

Verify that: 

• The API returns a successful response (for example, HTTP Status Code 200 OK).  

• The response contains the correct user information.  

• Required fields are present in the response.  

• No unexpected error messages are returned.  

• The API response time is within acceptable limits.  

UI Validation 

Verify that: 

• The UI displays the correct data received from the API.  

• User information matches the API response.  

• No data is missing or displayed incorrectly.  

• The page loads successfully without errors.  

• The displayed information is formatted correctly.  

Testing both the API and UI ensures that backend services and frontend applications work together correctly and provide accurate information to users. 

Bug Report Writing Example for Freshers 

A Bug Report is a formal document used to record defects identified during software testing. A well-written bug report helps developers understand the issue, reproduce it, and fix it quickly. 

A good bug report should always include clear steps, expected results, actual results, severity, priority, and supporting information. 

Sample Bug Report 

Bug ID 

BUG_601 

Title 

Login Button Not Responding 

Module 

Login 

Steps to Reproduce 

1. Open the application.  

2. Navigate to the Login page.  

3. Enter valid username and password.  

4. Click the Login button.  

Expected Result 

The user should log in successfully and be redirected to the application’s dashboard or home page. 

Actual Result 

After clicking the Login button, no action occurs. The user remains on the login page, and the application does not respond. 

Severity 

High 

This defect prevents users from accessing the application, making a critical feature unusable. 

Priority 

High 

Since users cannot log in, the issue should be fixed immediately before the application is released. 

Status 

New 

The defect has been reported and is awaiting developer investigation. 

A detailed and well-structured bug report makes it easier for developers to reproduce the issue and reduces communication gaps between testing and development teams. 

Tips to Answer Confidently in Manual Testing Interviews 

Technical knowledge alone is not enough to succeed in an interview. Interviewers also evaluate how clearly candidates explain concepts and whether they understand the fundamentals of software testing. 

Tips for Freshers 

• Use simple and clear language while explaining concepts.  

• Explain answers with real-life examples whenever possible.  

• Focus on understanding concepts instead of memorizing definitions.  

• Practice writing test cases and bug reports regularly.  

• Revise manual testing interview questions for freshers every day before interviews.  

• Maintain confidence and communicate your thoughts clearly.  

• If you do not know an answer, explain your understanding instead of guessing.  

• Read software testing terminology and understand common testing scenarios.  

Strong communication combined with a clear understanding of manual testing concepts creates a positive impression during interviews. 

Quick Revision Sheet (Last-Minute Preparation) 

Before attending a manual testing interview, revise these important concepts for quick recall. 

Concept	Quick Revision
Software Testing	Process of checking software quality and verifying that it works as expected.
Manual Testing	Testing software manually without using automation tools.
Test Case	A detailed document containing test steps, test data, and expected results.
Bug	A difference between the expected result and the actual result.
Severity	Indicates the impact of a defect on the application’s functionality.
Priority	Indicates how urgently a defect should be fixed.
Regression Testing	Testing existing functionality after bug fixes or code changes to ensure nothing else is affected.

Reviewing these concepts before an interview helps improve confidence and allows you to answer fundamental questions quickly. 

FAQs – Manual Testing Interview Questions for Freshers 

Q1. Is Manual Testing Good for Freshers? 

Yes. Manual testing is considered the best starting point for a career in software testing because it helps freshers understand software functionality, business requirements, defect reporting, and testing techniques. It builds the strong foundation required before learning automation testing. 

Q2. Do Freshers Need Coding Skills for Manual Testing? 

No. Coding knowledge is not required for manual testing. Freshers should focus on understanding software testing concepts, writing test cases, identifying defects, and preparing clear bug reports. Basic technical knowledge is sufficient for most entry-level manual testing roles. 

Q3. Can Freshers Move from Manual Testing to Automation Testing? 

Yes. Most automation testers begin their careers in manual testing. Learning manual testing first helps freshers understand application behavior, testing principles, and business logic. Once these fundamentals are strong, they can learn automation tools such as Selenium along with programming languages like Java or Python. 

Q4. How Should Freshers Prepare for Manual Testing Interviews? 

Freshers should begin by understanding the basics of software testing, manual testing concepts, and common testing techniques. They should practice writing test cases, preparing bug reports, and solving scenario-based interview questions. Regularly revising manual testing interview questions for freshers, practicing with real-world examples, and improving communication skills will significantly increase their chances of performing well in interviews and securing an entry-level software testing job.