Introduction: Why Candidates Search for Manual Testing Interview Questions and Answers
Manual testing interview questions and answers are the first thing you search for online as preparing for a software testing or QA interview. This is because manual testing is the foundation of software testing, and most QA interviews, whatever experience, start with it.
Recruiters expect that candidates can:
Understand the core concepts in testing
Clearly explain answers with examples.
Use reason in scenarios that arise in real time.
For this reason, manual testing interview questions and answers are highly sought after in:
Fresh recruits with 1 to 3 years of experience
Senior manual testers
This article is designed that fulfilled as a complete interview-ready guide that includes:
Top questions in manual testing
Interview questions for roles in quality assurance
Questions for manual testing in real time
Questions based on scenarios with easy answers
Questions in a real company interview round
What is Manual Testing? (Simple Definition with Example)
Manual Testing is the most fundamental approach in the Software Testing Life Cycle (STLC). It is the process of manually testing software applications without the use of automation tools. The tester acts as the end-user and validates whether the software behaves as expected. Despite the growth of automation testing, manual testing remains essential because it helps in identifying usability issues, visual inconsistencies, and unexpected behavior that automation tools may miss.
In this article, we’ll cover the basics of manual testing, different types of manual testing, and examples to understand how it works in real-life projects.
Basics of Manual Testing
Manual Testing focuses on ensuring that the application is functioning correctly based on the given requirements. Here are the core fundamentals:
1. No Automation Tools Used
Testers execute test cases manually, step by step.
Tools like JIRA, Bugzilla, and Trello are used for tracking defects, but execution is done without code/scripts.
2. End-User Perspective
The tester plays the role of the actual user.
Validates both functionality and user experience.
3. Test Documentation
Includes Test Plan, Test Cases, Test Scenarios, and Bug Reports.
Example of a simple test case format:
4. Validation and Verification
Verification: Making sure the product is constructed appropriately (in accordance with specifications).
Validation: Making sure the appropriate product is created for the final consumer.
Manual Testing Types
Depending on the requirements of the project, manual testing uses a variety of testing techniques. The most typical kinds are listed below:
1. Unit Testing
Performed individual components or modules.
Developers usually do it, but manual testers may validate test data.
2. Integration Testing
ensures to work together two or more units.
Example: Testing that the user dashboard and login page work together.
3. System Testing
validates the application as a whole.
An e-commerce app’s overall testing, from login to checkout, is an example.
4. Smoke Testing
Build Verification Testing be another word on it.
A quick check to make sure the fundamental features are operational.
For example, checking if an app installs correctly and opens without crashing.
5. Sanity Testing
narrow and targeted testing after small changes.
Example: The tester only rechecks login after resolving a login bug.
6. Regression Testing
ensures that new changes do not cause problems with existing features.
Example: The tester rechecks the dashboard and login after adding an “Forgot Password” feature.
7. Usability Testing
emphasizes experience and user-friendliness.
Example: Verifying that the “Sign Up” button is accessible and visible.
8. Acceptance Testing
This is done to confirm that the application satisfies business needs.
often carried out during the User Acceptance Testing (UAT) stage.
9. Exploratory Testing
No predefined test cases; the tester explores the app.
Helps in finding unexpected defects.
10. Ad-hoc Testing
informal testing that is not recorded.
Example: Randomly trying invalid inputs to check system stability.
Instances of Manual Testing in Actual Projects
Example 1: Testing a Login Page
Scenario: A banking application login page.
Test Cases:
Enter correct username & password → Should login successfully.
Enter wrong password → Should show error message.
Leave fields empty → Should not allow login.
Check “Forgot Password” link → Should redirect properly.
Example 2: E-Commerce Checkout Flow
Scenario: Online shopping cart.
Test Cases:
Add items to cart → Items should be reflected in cart.
Apply discount coupon → Correct discount applied.
Enter invalid credit card → Show payment error.
Successful payment → Generate order confirmation email.
Example 3: Social media mobile app testing scenario.
Test Cases:
App installation on Android & iOS.
Navigation in portrait & landscape mode.
Upload image/video functionality.
push alerts and notifications.
Why Companies Ask Manual Testing Interview Questions and Answers
1. Real project exposure
They want to know: Have you actually worked on real applications?
Not just theory. You should be able to explain:
- What project you worked on
- What features you tested
- What problems you faced
Basically: “Have you seen real bugs, real deadlines, real pressure?”
2. Defect analysis and communication
Not just finding bugs — but:
- Can you understand why the bug happened?
- Can you explain it clearly to developers without confusion or fights?
Good QA = clear communicator, not just bug reporter.
3. Test planning ability
They expect you to think ahead:
- What should be tested first?
- What can be skipped if there is less time?
- What is critical vs optional?
This shows you’re not blindly testing — you’re thinking.
4. Ownership mindset
This is very important.
Instead of saying: “I tested my part”, you should think:
- “Is this feature really ready for user?”
- “Did we miss any edge cases?”
You act like the feature is your responsibility, not just a task.
5. Risk-based testing skills
You won’t have time to test everything. So:
- Focus on high-risk areas (payments, login, core features)
- Less focus on low-impact areas
This shows maturity and smart decision-making.
At this level, companies expect you to act like a feature owner, not a test executor.
Real Workplace Angle
In real projects:
- Requirements are unclear
- Developers push urgent fixes
- Clients change expectations
Interviewers want testers who can think practically, not just reciting definitions.
Top Manual Testing Interview Questions and Answers
Below are the most frequently asked manual testing interview questions and answers in QA interviews.
1. What is Software Testing?
Answer:
Software testing is the process of evaluating a system with the intent of finding bugs. It is performed to check if the system satisfies its specified requirements and quality standards. It evaluates the system to validate its functionality.
Testing measures the system’s overall quality in terms of correctness, completeness, usability, performance, and other functional and non-functional attributes.
Software testing is not associated with uncovering potential bugs or defects. It also involves finding measures to improve the system’s efficiency and accuracy.
Basically, software testing is the combination of verification and validation.
2. What is Manual Testing?
Manual Testing is the most fundamental approach in the Software Testing Life Cycle (STLC). It is the process of manually testing software applications without the use of automation tools. The tester acts as the end-user and validates whether the software behaves as expected. Despite the growth of automation testing, manual testing remains essential because it helps in identifying usability issues, visual inconsistencies, and unexpected behavior that automation tools may miss.
In this article, we’ll cover the basics of manual testing, different types of manual testing, and examples to understand how it works in real-life projects.
Basics of Manual Testing
Manual Testing focuses on ensuring that the application is functioning correctly based on the given requirements. Here are the core fundamentals:
1. No Automation Tools Used
Testers execute test cases manually, step by step.
Tools like JIRA, Bugzilla, and Trello are used for tracking defects, but execution is done without code/scripts.
2. End-User Perspective
The tester plays the role of the actual user.
Validates both functionality and user experience.
3. Test Documentation
Includes Test Plan, Test Cases, Test Scenarios, and Bug Reports.
Example of a simple test case format:
4. Validation and Verification
Verification: Making sure the product is constructed appropriately (in accordance with specifications).
Validation: Making sure the appropriate product is created for the final consumer.
Manual Testing Types
Depending on the requirements of the project, manual testing uses a variety of testing techniques. The most typical kinds are listed below:
1. Unit Testing
Performed individual components or modules.
Developers usually do it, but manual testers may validate test data.
2. Integration Testing
ensures to work together two or more units.
Example: Testing that the user dashboard and login page work together.
3. System Testing
validates the application as a whole.
An e-commerce app’s overall testing, from login to checkout, is an example.
4. Smoke Testing
Build Verification Testing be another word on it.
A quick check to make sure the fundamental features are operational.
For example, checking if an app installs correctly and opens without crashing.
5. Sanity Testing
narrow and targeted testing after small changes.
Example: The tester only rechecks login after resolving a login bug.
6. Regression Testing
ensures that new changes do not cause problems with existing features.
Example: The tester rechecks the dashboard and login after adding an “Forgot Password” feature.
7. Usability Testing
emphasizes experience and user-friendliness.
Example: Verifying that the “Sign Up” button is accessible and visible.
8. Acceptance Testing
This is done to confirm that the application satisfies business needs.
often carried out during the User Acceptance Testing (UAT) stage.
9. Exploratory Testing
No predefined test cases; the tester explores the app.
Helps in finding unexpected defects.
10. Ad-hoc Testing
informal testing that is not recorded.
Example: Randomly trying invalid inputs to check system stability.
Instances of Manual Testing in Actual Projects
3. What is the Software Testing Life Cycle (STLC)?
Answer:
- The Software Testing Life Cycle (STLC) is a structured framework that guides testing from initial requirements through final validation and retrospective. Instead of treating testing as an afterthought, STLC makes it a disciplined, repeatable process that catches issues before they reach users. Its core phases stay consistent across Scrum, Kanban, and Waterfall, making it adaptable to virtually any team.
- For modern teams building AI-driven systems, execution depends on having the right people in place. Platforms like Fonzi AI help companies quickly hire experienced engineers and QA specialists who can implement automated, STLC-aligned workflows, so recruiters and technical leaders can build reliable systems without sacrificing speed.
4. What is a Test Case?
A test case is a set of actions performed on a system to determine if it satisfies software requirements and functions correctly. The purpose of a test case is to determine if different features within a system are performing as expected and to confirm that the system satisfies all related standards, guidelines, and customer requirements. The process of writing a test case can also help reveal errors or defects within the system.
Test cases are typically written by members of the quality assurance (QA) team or the testing team and used step-by-step instructions for each system test. The testing process begins once the development team has finished a system feature or set of features. A sequence or collection of test cases is called a test suite.
5. What is a Bug or Defect?
A bug in software testing refers to an error in the code that causes the software to behave differently than expected. It occurs when the actual result of a function does not match the expected result during any stage of development.
In simpler terms, a bug is an issue that prevents a software system from working correctly. These errors can be found at any phase, from coding to integration testing, and they can lead to major issues if not detected early.
6. What is Smoke Testing?
Smoke testing checks the basic functionality of a software program. Its purpose is to test whether the software can perform the tasks it’s designed to carry out without “smoking,” or failing.
Ideally, teams should run smoke tests at key checkpoints in the QA workflow (for example, after a new build or deployment to a test environment). Together with sanity testing, smoke testing is a great way to make sure that the software performs its basic functions after each update.
7. What is Regression Testing?
Regression Testing is defined as a type of software testing to confirm that a recent program or code change has not adversely affected existing features. We can also say it is nothing but a full or partial selection of already executed test cases that are re-executed to ensure existing functionalities work fine.
This type of testing is done to ensure that new code changes do not have any side effects on existing functionalities. It ensures that the old code still works once the latest code changes are done.
8. Difference between Verification and Validation
| Key | Verification | Validation |
| Definition | Verification is the process in which product or system is evaluated in the development phase to find out whether it meets the specified requirements or not. | Validation is the process in which a product or system is evaluated at the end of the development process to determine whether software meets the customer’s expectations and requirements or not. |
| Objective | The main objective of Verification process is to make sure that the system being developed is as per the requirements and design specifications of the customer and if it deviates from it then make it correct in the development phase itself. | The objective of Validation is to make sure that the product which has been developed actually meets the user’s requirements or not. And if it is not then making it to the level of acceptance in the development phase. |
| Activities | Main activities which define the Verification process are Reviews of specification and product development, Meetings about diversification and inspections. | Activities under Validation process are typically different types of testing such as Black Box testing, White Box testing, grey box testing etc. which ensure the defect free delivery of product as per specification document. |
| Type | Verification is the process where execution of code is not taking place and hence it comes under static testing. | During Validation, execution of code takes place and thus it comes under dynamic testing. |
| Sequence | Verification is carried out before the Validation. | Validation is carried out just after the Verification |
| Performer | Verification is carried out by the Quality Assurance team. | Validation is executed on software code with the help of the testing team. |
9. Difference between Severity and Priority
- We have talked about various forms of both terms. Now, let’s look at the key differences which make them distinct.
- The term severity defines, to what degree the system is impacted. Whereas priority is all about scheduling or urgency.
- Usually, it is the test engineer who determines severity. While the product owners decide the priorities of defects.
- It is very unlikely that severity might change. Whereas the priorities change from time to time.
- Severity is usually determined from a technical point of view. Whereas priority depends upon the user experience.
- The severity affects the technical working of the system. Whereas the latter affects business.
- Severity and Priority Real-time Examples
- The priority and severity are combined in four different ways to determine which defect needs immediate attention and which one the least. Let’s look at some real-time examples to make this concept even more clear.
- High Priority and High Severity Examples
- The products added to the cart of an e-commerce website are not visible on the payment page.
- The login button of the application is not working.
- High Priority and Low Severity Examples
- The logo of the company’s welcome page is distorted.
- The action buttons are not visually appealing, or the information on the page appears hazy.
- Low Priority and High Severity Examples
- If the application is crashing on passing very large input for processing (which is very rarely done).
- There are some buttons on the website which are overlapping. Although clickable, create a fuss.
- Low Priority and Low Severity Examples
- A spelling mistake on the page of the site which is not frequently visited.
- The color of any text does not match the theme of the website.
10. What is Black Box Testing?
Black box testing examines software functionality without examining its internal code structure. In this approach, testers interact with applications just as end users would, verifying that the system behaves according to requirements.
Also known as closed-box testing, this technique ensures applications fulfill their functional expectations regardless of how they’re coded.
Consider a simple login page black box testing example:
- You enter a username and password, then click the login button
- You then see what happens next
- If credentials are correct, the system should grant access and display the dashboard
- If details are incorrect, it should present an appropriate error message (like “Invalid credentials”)
Throughout this process, testers never examine the underlying authentication code or password verification logic.
Instead, they focus exclusively on what goes in (input) and what comes out (output). This forms the essence of black box testing: treat the application as a sealed box, provide various inputs, and assess whether the outputs align with expected results.
11. What is White Box Testing?
The white box testing is a procedure that includes verification of the internal structure, and logic of the software. A tester who is in charge of this has complete access to the source code. He uses his knowledge of the internal working of the software, and his technical skills to create tests that can validate the code. The software for white box testing is also called transparent testing, open box testing, structural testing, or code-based testing.
The verification of the software interior algorithm, flow, and structure is the main objective of the white box testing. The white box test cases cover the different paths of the code, and logic to ensure that the user’s specifications are met.
12. What is Sanity Testing?
Sanity Testing
Sanity testing is a narrow, high-level check performed after small code changes such as bug fixes or minor enhancements. This focused testing helps verify that the specific functionality affected still works correctly.
Purpose of Sanity Testing
- Verifies that recent changes have not broken the related functionality
- Ensures the application is stable enough for further testing
- Acts as a quick validation step before proceeding
Role in Testing Process
- Serves as a checkpoint to decide whether deeper testing (like full regression) is necessary
- Helps teams avoid wasting time on unstable or broken builds
- Supports efficient test execution by focusing only on impacted areas
13. What is UAT (User Acceptance Testing)?
User Acceptance Testing (UAT) is a type of testing performed by the end user or the client to verify/accept the software system before moving the software application to the production environment. UAT is done in the final phase of testing after functional, integration, and system testing is done.
14. What is Retesting?
Retesting in Software Testing
Retesting is a crucial software testing process where specific test cases are executed again to ensure that defects identified in previous tests have been fixed correctly. It helps verify that the modifications or bug fixes have not introduced new issues.
Retesting guarantees the reliability and quality of the software before its release.
Purpose of Retesting
- Ensures that previously identified defects are fixed correctly
- Verifies that bug fixes have not introduced new issues
- Confirms the stability of the affected functionality
- Improves overall software quality before release
Role in Defect Life Cycle
- Retesting is part of the defect life cycle
- It involves testing of failed test cases that were non-functional during earlier testing
- These test cases are executed again after developers fix the defects
- Ensures that the defect is completely resolved before closure
15. What is Test Scenario?
A high-level description of a functionality that must be tested is called a test scenario. Sometimes referred to as a test situation, it represents a possible user interaction or system behavior. Put yourself in the end user’s position as a tester and identify the application under test’s (AUT) real-world scenarios and use cases.
Test scenarios can be classified based on what aspect of the application they aim to verify. Understanding these types ensures full coverage of all functionality and user interactions.
Various Test Scenario Types
Functional Scenarios: These verify if particular modules or features (such as login, signup, or checkout) work according to requirements. They focus on “what it should do.”
Non-Functional Scenarios: These assess the system’s performance, scalability, usability, and reliability rather than what it does.
Security Scenarios: These evaluate how well the program guards user information and stops vulnerabilities or illegal access.
UI (User Interface) Scenarios: These ensure the interactive elements, navigation, and visual layout work naturally on various screens and devices.
End-to-End Scenarios: These simulate real -world workflows and verify that several modules cooperate smoothly. An eCommerce app search, cart addition, and payment completion are a few examples.
Real-Time Manual Testing Questions and Answers
These real-time manual testing questions test practical knowledge.
16. How do you test a login page?
Start with valid credentials to confirm that users can successfully log in with the correct username and password.
Then check invalid credentials — wrong username, wrong password, or both — to ensure proper error messages are shown without revealing sensitive information.
Test empty fields by leaving username or password blank. The system should validate inputs and prevent submission with meaningful messages.
Move to security testing, like trying basic SQL injection inputs (e.g., ‘OR ‘1’=’1) to ensure the system is protected and does not allow unauthorized access.
Also verify session management, such as session timeout — after inactivity, the user should be logged out automatically and asked to log in again.
Additionally, a complete check would include:
- Password masking and show/hide option
- “Forgot password” functionality
- Account lock after multiple failed attempts
- Browser back button behavior after logout Performance (login response time )
17. How do you report a bug?
1. Remain composed
The first thing a tester should do when a bug appears in production is to remain composed. It’s crucial to be calm and take your time to evaluate the circumstances before acting.
As soon as the problem is identified, it must be addressed to stop additional damage or service interruptions. Additionally, it’s critical to monitor any modifications and thoroughly test them before reintroducing them into production.
2. Determine the Bug’s Severity
Determining the bug’s severity is crucial since it can assist in determining how soon it should be fixed and what resources are needed to fix it. Once the bug severity has been assessed, testers should record any pertinent information about it, such as the methods used to replicate it, the environment, the expected and actual outcomes, and so forth.
After that, they ought to inform developers of their results so that they can conduct additional research and try to fix any problems that have been found.
3. Record the defect
The first thing a tester should do when a bug is discovered in production is to document it. This entails making thorough notes about what transpired and how it happened so that developers may promptly locate and fix the problem.
If you can, it’s also a good idea to incorporate any pertinent screenshots or videos of the bug within the activity. The bug should be submitted to the development team for more research and fixing after it has been documented.
4. Separate the Bug
Isolating a bug is a crucial step for a tester if one is found in production. This implies that the defect must be the only cause of any issues once all other variables have been removed.
After the issue has been isolated, more research can be done to identify the root cause and the most effective solution. To stop similar defects from happening again in subsequent versions, the objective should always be to address their underlying causes.
5. Interact with the Group
Everyone must be aware of the problem, and it must be resolved as quickly as feasible. After consulting with my team, I would conduct further research by repeating the procedures that resulted in the bug discovery and manually or using a bug reporting service like Shakebug to record any findings. This will help us figure out what caused the bug so that we can properly solve it.
6. Rollback (if feasible)
The first action a tester should take if a bug arises in production is to roll back (if possible). This aids in restoring the system to its initial condition and preventing additional harm. Investigating what caused the problem and how to prevent it in the future is crucial after rolling back. Writing tests that are especially made for this kind of defect and can be applied to other testing contexts would be the next step.
7. Put a Fast Fix in Place
The first thing a tester should do if they discover a bug in production is to quickly repair it. This includes figuring out what caused the problem and making sure it doesn’t happen again. To prevent future problems or promptly address them if they do occur, the next step would be to record the actions taken to address the problem. Lastly, testers must make sure that all tests are performed on modifications before releasing them to production.
8. Set priorities and make plans
A tester must prioritize and determine the best course of action if an issue is discovered in production. First, determine the kind of bug found and how serious it is. You can then choose whether to address the issue immediately or wait for additional resources to become available, depending on how critical it is. After making that choice, you’ll need to create a test strategy to confirm any modifications before they go live once more.
9. Examine the Solution
Testing the repair is the most important thing a tester needs to do once a bug is discovered in production. This entails confirming that every modification made by developers has been applied appropriately and is functioning as intended. Additionally, it’s important to make sure that any new features or functionalities brought about by this modification don’t introduce any new bugs into the system. Both human and automated testing should be used to provide adequate coverage of every area impacted by the patch.
10. Implement the Fix
The first thing a tester should do when a bug occurs in production is to implement the fix. This implies that before being put into production, all required modifications must be made and carefully tested. To prevent the introduction of new faults or problems, it is crucial to make sure that any regression tests on the new code have been completed after deployment. The repair can then be made accessible to users after everything has been examined and confirmed.
11. Analysis After Death
A post-mortem analysis ought to be carried out by a tester. To find out what caused the issue, this means looking into every facet of the system, including the environment, architecture, and code. Once found, actions can be done to make sure that similar problems don’t arise in subsequent releases.
To share their results with other team members and stakeholders who might need this information while making decisions about upcoming projects or modifications, testers must also record their findings.
12. Interact with Users
To figure out the ideal way to fix the problem, it is crucial to comprehend what went wrong and how it impacted testers. After you’ve located the problem, you must determine why it happened and develop tests to make sure that similar problems don’t arise in upcoming versions.
Lastly, before putting anything back into production, make sure that all parties involved are aware of any modifications or adjustments made once everything has been completely tested.
13. Revise Logging and Monitoring
A tester’s first course of action when a bug arises in production is to update monitoring and logging. This will allow us to monitor any modifications made either prior to or following the problem. The cause of the bug and ways to prevent it can then be ascertained using this information.
In addition, we should search for comparable problems in other settings, such development or staging, so that they may be resolved as quickly as possible if needed.
18. What will you do if requirements are unclear? 1. Learn to understand the system
You can learn more about the system by using it as an end-user and comprehending its purpose. In this case, you can simply grasp its primary features or conduct some exploratory testing, which is “an approach to software testing that is often described as simultaneous learning, test design, and execution.” It emphasizes discovery and depends on the individual tester’s instruction to find flaws that are difficult to find. All you have to do is become familiar with the system, create a few test cases, and run them.
2. Search for related projects
Look for projects that do comparable tasks to the system you plan to test. For instance, if you are testing an e-commerce system, look for some e-commerce sites and test them out. If the “Add to Cart” button doesn’t make sense to you, try it on another project.
3. Attending meetings and asking questions
Asking questions and holding meetings with the project manager, developers, designers, and other stakeholders can help you learn a lot. It’s best to prepare your system-related questions in advance so you can learn more in less time.
Questions may include, but are not restricted to:
What is the system’s primary goal?
Who are the primary users?
Do any personas exist?
Which are the system’s primary modules? and what is expected of them all?
Inquire about the anticipated behavior of a certain function with the project manager, product owner, or developer.
You can ask a lot of questions here to learn important details about the system.
4. Any document would be helpful.
No requirements, no problem, but you might benefit from other documents instead of the requirements, such as:
You can better comprehend the system’s primary items and their relationships by using the database schema.
The schematics of data flow
Your eyes will be opened to the entire system via the business model.
In this situation, use cases are crucial since they illustrate the primary users and how they engage with the system.
5. Apply your prior knowledge and common sense
Based on your prior work expertise or your experience using certain systems, you can easily define the expected behavior of many functions. Common sense will also be helpful.
As a tester, you can steer clear of such issues in the future by honing your skills by experimenting with and exploring various applications in various domains. Even if this is a new project for you, doing so will broaden your experience and provide you with practical experience in various domains, making it easier for you to handle a project without requirements.
For the most common projects and functions, try to make your own checklists beforehand. For example, the Login function’s expected behavior is very common, so defining it beforehand will save you a lot of time in your upcoming projects and give you more time to concentrate and learn new functions. This also applies to your previous projects; recording your experience after each project will be invaluable in the future.
Lastly, testing without requirements isn’t that hard, but it requires more tolerance and adaptability to develop your own resources and expertise so that it can be managed with ease.
19. How do you prioritize test cases?
When prioritizing test cases, it’s important to categorize them based on their impact and importance. Here are five common test case priority levels:
Priority Level 0: Critical
These are the most important test cases. They test features that are crucial to the system’s core functionality. If these tests fail, the application may become unusable or unstable, which can delay releases.
For example, sanity checks, login systems, payment processing, and end-to-end critical flows fall under this category. These tests should always be run first and immediately.
Priority Level 1: High
Test cases in this level are important but not as critical as Level 1. Their failure won’t immediately break the application or block release, but it can still impact the user’s experience.
Regression suites for key modules, such as user profile management or product search functionality, would fall into this category. These tests should be run after the critical tests are verified.
Priority Level 2: Medium
Medium priority test cases focus on features that are important or standard functional tests but have less immediate impact if they fail.
These may include non-essential UI elements or features that users interact with less often, such as API validations. While their failure won’t break the application, it can still affect the overall user experience.
Priority Level 3: Low
These are low-priority or edge-case test cases. They cover minor features or edge cases that are rarely used.
Examples include cosmetic changes, settings, or rare error-path scenarios that don’t impact core functionality. You can execute these tests last or when time permits, as they are least likely to affect the application.
Priority Level 4: Trivial/Informational
Trivial or informational priority test cases are executed on a “nice to know” basis and not on “must know before release”. The nature of P4 test cases is non-blocking, exploratory, and future-oriented, with resource flexibility.
These test cases may include data migration validation to verify all customer records are migrated from legacy systems to the new systems with correct mappings, spot check large-volume data loading, check data stability on 24-hour soak testing for customer analytics pipeline, or trying out an unreleased feature branch to see how the new UI components might behave.
20. How do you test when time is limited?
1. Smoke Testing First
Start with smoke testing to check whether the build is stable. Verify basic functionalities like login, navigation, and core flows. If smoke fails, immediately report and stop further testing.
2. Critical Functionality Testing
Next, focus only on high-priority and business-critical features (e.g., payments, data saving, main workflows). Skip low-priority or cosmetic test cases for now. The goal is to ensure that the most important parts of the application are working.
3. Communicate Risks to Manager
Clearly inform your manager/stakeholders about:
Limited testing due to time constraints
Areas not tested
Potential risks or defects found
This ensures transparency and helps in making release decisions.
Scenario-Based Manual Testing Interview Questions (15 Examples)
Scenario-based questions are very common in manual testing interview questions and answers.
1. Login Button is Not Working
Check:
- Button click
- Browser console
- JavaScript errors
2. Application Crashes After Clicking Submit
Actions:
- Reproduce steps
- Check input data
- Report defect
3. Password Field Shows Plain Text
- This is a security defect
4. Page Loads Very Slowly
Check:
- Internet speed
- Page size
- Server response
5. Data Not Saved After Refresh
Verify:
- Save functionality
- Database update
6. Dropdown Values Are Incorrect
Check:
- Requirements
- Backend data source
7. Mobile Number Field Accepts Alphabets
- Report as a validation defect
8. Forgot Password Email Not Received
Verify:
- Email trigger
- Spam folder
9. Logout Not Working
Check:
- Session handling
10. Application Works in Chrome but Not Firefox
- This is a browser compatibility issue
11–15. More Scenario-Based Questions
- Broken links
- UI alignment issues
- Duplicate record creation
- Incorrect error messages
- Session timeout issues
Real Company Interview Round Format + Preparation Tips
Typical QA Interview Rounds
- HR round
- Manual testing concepts
- Scenario-based questions
- Project discussion (for experienced candidates)
Preparation Tips
- Revise basics daily
- Practice speaking answers
- Prepare real examples
How to Answer Manual Testing Interview Questions Like a Pro
Simple Answer Framework
- Definition
- Example
- Real-time usage
Example
“Regression testing means testing existing features after changes. For example, after fixing a login bug, we test signup and dashboard.”
Common Mistakes Candidates Make in QA Interviews
- Memorizing answers
- Not giving examples
- Using complex language
- Overconfidence
- Not understanding own project
Final Revision Sheet – Quick Preparation
Must-Revise Topics
- Manual testing basics
- STLC
- Test cases and defects
- Smoke vs regression testing
- Scenario-based questions
FAQs – Manual Testing Interview Questions and Answers
Q1. Are manual testing jobs still in demand?
From industry data from leading analysts, over 65% of critical vulnerabilities in complex digital infrastructures still must be detected by human intuition before they are put in production by 2026. While the push for total automation is relentless, the most resilient global enterprises have realized that relying solely on scripts often leads to high defect leakage in specialized sectors like Finance and Pharma. Manual Testing isn’t a relic of the past; it’s a sophisticated, strategic necessity for any organization that values precision over mere speed.
You’ve likely experienced the tension between the need to accelerate release cycles and the fear of sacrificing quality during a high-stakes digital transformation. We recognize that finding specialized testers who understand the nuances of regulated environments is a significant hurdle for your internal teams. This article provides a robust framework for a hybrid testing model that integrates human intelligence directly into your 2026 roadmap, aligning with our core philosophy of Technology, Talent, and Transformation. You’ll discover how to optimize your ROI and mitigate risks by balancing technical execution with the cognitive depth that only a Trusted Partner can provide.
Q2. Do I need coding for manual testing?
You do not need coding to start a career in manual testing.
Manual testing mainly involves:
- Understanding requirements
- Writing and executing test cases
- Finding and reporting bugs
- Validating application behavior
These activities focus more on logic, observation, and understanding, not programming.
However, having basic coding knowledge is a plus, even for manual testers. It helps in:
- Understanding how the application works internally
- Communicating better with developers
- Learning automation later
Basic knowledge like:
- Simple programming concepts
- SQL for database validation
- Understanding APIs
can give an advantage but it is not mandatory at the beginning.
Q3. How many questions are asked in QA interviews?
There’s no fixed number but be properly prepared is more essential than have too many questions.
Ideal Range
40–60 questions for starters
60–80 questions for one to three years of experience
3 or more years of experience: 80–120 questions
What Is More Important Than Numbers
Focus on covering the following subjects rather than just counting questions:
1. Fundamentals (must be robust)
Bug Life Cycle: SDLC, STLC, Severity vs. Priority
2. Fundamental Testing Ideas
Test scenarios and cases
Testing methods (smoke, sanity, regression, etc.)
Black box methods
3. Situations in Real Time (Very Important)
Situation of a late build
Rejection of bugs
Absence of test cases
Strict deadlines
4. Useful Information
Creating test cases
Identifying errors in sample apps
Describe previous project work
5. Instruments & Procedure
Jira and tools for tracking bugs
Fundamentals of Agile Methodology
Astute Approach
Make 50–70 well-thought-out questions with concise responses.
Practice describing things in a straightforward language.
Incorporate real-time examples to impress interviewers.
Q4. What is the best way to prepare?
The best way to answer manual testing interview questions—especially experience—is to sound real, structured, and experience-driven, not memorized.
A strong approach is to follow a simple flow:
Start with a direct answer
Give a clear and short response to the question. Don’t go around the topic.
Explain your approach
Briefly describe how the situation is handled step by step. This shows your thinking process.
Add a practical touch
Where possible, relate it to real project work or how it is actually done in teams. This makes the answer believable.
Keep it simple and clear
Avoid heavy jargon or textbook definitions. Speak in a natural, human way.
For example, instead of saying:
“Testing is the process of verifying and validating…”
A better way is:
“First, the requirement is understood, then test cases are created and executed. If issues are found, they are logged and tracked until closure.”
Q5. Can freshers get manual testing jobs?
Yes, manual testing jobs in QA are open for new employees. The demand for skilled testers, including those with manual testing experience, remains high in the tech industry. Manual testing is a key component of the Quality Assurance (QA) role, and companies are actively looking for fresh talent to join their teams. Entry-level QA positions, which often serve as a springboard to specialized roles in automation, performance testing, or QA leadership, are often secured by fresh recruits using their manual testing skills.