The Manual Testing Training Course at Yuva Sakthi Academy is designed to equip participants with comprehensive knowledge and practical skills in the field of software testing. Our expert trainers, who have extensive experience in the industry, guide students through the intricacies of manual testing methodologies. Participants will learn about various testing levels and types, including functional, regression, integration, and system testing. This foundational understanding is essential for anyone looking to pursue a career in software testing or quality assurance.

Throughout the course, candidates will engage in hands-on activities that emphasize real-world scenarios, allowing them to apply theoretical knowledge in practical situations. Training modules cover essential topics such as test planning, test case design, defect life cycle management, and reporting techniques. By focusing on key concepts like black-box testing techniques and error guessing methods, participants will develop a keen eye for detail, which is critical for identifying software defects effectively.

In addition to technical skills, the course fosters soft skills that are vital for successful collaboration within teams. Participants will learn how to communicate testing results clearly, work within an Agile framework, and manage time efficiently to meet project deadlines. Upon completion of the training, students will not only receive a certificate but also gain the confidence and expertise needed to excel in the competitive field of software testing, making them valuable assets to potential employers.

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Manual Testing Training Course

The Manual Testing Training Course at Yuva Sakthi Academy is designed to equip participants with a solid understanding of software testing methodologies. Our training will guide candidates through risk management, defect management, configuration management, and other critical areas. The course covers the entire Software Testing Life Cycle (STLC), Software Development Life Cycle (SDLC), effective testing strategies, test case development, defect reporting, and tools like ALM/Quality Center for test management. Candidates will also be introduced to Agile testing, the QA process, test execution, and manual defect detection techniques, ensuring the software or application is delivered with the highest quality to clients.

Participants will learn to write comprehensive test plans, execute test cases, prepare detailed test reports, and thoroughly check products for defects. This training will enhance your skills to become a professional manual tester, with a focus on ISTQB certification. Our manual testing course also ensures candidates are industry-ready, helping them master the processes needed to analyze and report on application issues manually, which is crucial in delivering flawless projects.

Upon completing the course, participants will receive a certification from Yuva Sakthi Academy, enhancing their resume and job prospects. According to industry data from Glassdoor.com, software manual testers in India earn an average salary of USD 55,030 per year. With Yuva Sakthi Academy’s expert instructors, who have experience working in top global MNCs and IT companies, this course will ensure you're ready for a career in software testing.

About Manual Testing Training Course

The Manual Testing Course at Yuva Sakthi Academy is curated by industry experts, ensuring it reflects the latest trends and best practices in software testing. The curriculum covers basic, intermediate, and advanced topics necessary to excel in job interviews and clear ISTQB manual testing exams. The hands-on approach focuses on functional and regression testing, real-time projects, scenarios, and practical examples to solidify your understanding of manual testing.

Participants will gain proficiency in software testing principles, levels of testing, test design techniques, defect categorization, and more. The course includes essential testing types such as regression, performance testing, error analysis, test planning, and scheduling. The training also emphasizes creating test metrics and reports, which are crucial for managing the software testing process efficiently.

Yuva Sakthi Academy’s Software Manual Testing Training Course provides you with the skills required to identify defects, design multiple test cases, and manage the defect life cycle. By the end of this course, you will have developed a strong foundation in both the theory and practice of manual testing, making you a valuable asset to any software development team.

Upcoming Training Batches

Yuva Sakthi Academy provides flexible timings to all our students. Here is the Manual Testing Training Course Schedule in our branches. If this schedule doesn’t match please let us know. We will try to arrange appropriate timings based on your flexible timings.

Time Days Batch Type Duration (Per Session)
8:00AM - 12:00PM Mon - Sat Weekdays Batch 4Hr - 5:30Hrs
12:00PM - 5:00PM Mon - Sat Weekdays Batch 4Hr - 5:30Hrs
5:00PM - 9:00PM Mon - Sat Weekdays Batch 4Hr - 5:30Hrs

Updated Manual Testing Course Syllabus

  • Introduction to Software Testing
  • Verification vs Validation
  • Types of Applications
  • Probability and Detection of Errors in Applications
  • SDLC (Software Development Life Cycle)
    • Waterfall
    • Agile Methodology and Scrum Framework
    • V-Model
    • Incremental and Iterative Model
  • Advantages and Disadvantages of Software Development Models
  • Principles of Software Testing
  • STLC (Software Testing Life Cycle)
  • Test Plans, Test Strategy, and Test Case Writing
  • Test Scenarios: Preparation and Execution
  • Difference Between Error, Bug, Defect, and Failure
  • Test Design Techniques
    • Boundary Value Analysis
    • Equivalence Partitioning
    • Decision Table Testing
    • State Transition Testing
    • Use Case Testing
  • Defect Lifecycle and Bug Reporting
  • Bug Tracking Tools (e.g., JIRA, Bugzilla)
  • Types of Software Testing
    • Functional Testing
    • Non-Functional Testing
    • Exploratory Testing
    • Ad-hoc Testing
  • Static vs Dynamic Testing
  • Black Box Testing and its Variants
  • White Box Testing Techniques
  • System Testing and User Acceptance Testing (UAT)
  • Entry Criteria and Exit Criteria
  • Test Environment Setup and Test Data Preparation
  • Code Coverage Techniques
    • Statement Coverage
    • Branch Coverage
    • Path Coverage
    • Cyclomatic Complexity
  • Integration Testing Approaches
    • Big Bang Integration
    • Top-Down Integration
    • Bottom-Up Integration
    • Hybrid Integration
  • Requirement Traceability Matrix (RTM)
  • Regression Testing
  • Test Automation Basics (Introduction to Selenium)
  • Agile Testing: Role of Manual Testers in Agile
  • Test Management Tools (e.g., ALM, Quality Center)
  • Overview of API Testing (Manual API Testing Using Postman)
  • Understanding CI/CD and DevOps Concepts for Testers

Trainer Profile of Manual Testing Training Course

Our Trainers provide complete freedom to the students, to explore the subject and learn based on real-time examples. Our trainers help the candidates in completing their projects and even prepare them for interview questions and answers. Candidates are free to ask any questions at any time.

  • Trained more than 2000+ students in a year.
  • Strong Theoretical & Practical Knowledge.
  • Certified Professionals with High Grade.
  • Expert level Subject Knowledge and fully up-to-date on real-world industry applications.
  • Trainers have Experienced on multiple real-time projects in their Industries.

Key Features of Our Training Institute

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One on One Teaching

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Flexible Timing

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Fully Practical Oriented Classes

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Class Room Training

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Online Training

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Corporate Training

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100 % Placement

Training Courses Reviews

Frequently Asked Questions

What is Manual Testing?

Manual testing is a process of manually verifying and validating software applications to identify defects and ensure functionality, usability, and user experience. It involves test cases executed by human testers without using automation tools.

Testers follow predefined test cases, execute test scenarios, and document test results to assess application performance, usability, and adherence to requirements.

What are the advantages of Manual Testing?

Manual testing offers several advantages in software testing:

  • Human Judgment: Allows testers to apply human judgment, intuition, and experience to detect subtle defects and assess user experience.
  • Exploratory Testing: Facilitates exploratory testing to uncover unexpected issues, evaluate user interactions, and simulate real-world scenarios.
  • Adaptability: Adapts to changing requirements and dynamic test scenarios without the need for extensive automation script maintenance.
  • Early Testing: Enables early testing of software components and features before automation scripts are developed, accelerating feedback loops.
  • User Perspective: Evaluates software from a user's perspective to ensure usability, accessibility, and adherence to user requirements.
  • Cost-Effective: Reduces initial investment in automation tools and scripts, making it cost-effective for small-scale projects and short release cycles.
  • Flexible Testing: Performs ad-hoc testing, user acceptance testing (UAT), and regression testing with flexibility to accommodate varying test scenarios.
  • Comprehensive Testing: Provides comprehensive test coverage across functional, non-functional, and edge cases based on user stories and acceptance criteria.
  • Training and Onboarding: Facilitates training and onboarding of new testers with manual testing techniques, processes, and domain knowledge.
  • Immediate Feedback: Delivers immediate feedback on software quality, defects, and usability issues during test execution.
What are the limitations of Manual Testing?

Manual testing has certain limitations compared to automated testing:

  • Time-Consuming: Requires significant time and effort to execute test cases manually, especially for repetitive tasks and large-scale applications.
  • Human Errors: Prone to human errors and inconsistencies in test execution, data entry, and test results documentation.
  • Resource Intensive: Requires dedicated human resources for test execution, limiting scalability for large or complex projects.
  • Limited Coverage: May overlook edge cases, integration issues, and complex scenarios that are difficult to replicate manually.
  • Repetitive Tasks: Inefficient for repetitive test scenarios, regression testing, and frequent software updates without automation.
  • Scalability Challenges: Difficult to scale test efforts and manage concurrent testing cycles across multiple releases and environments.
  • Cost: May incur higher costs over time due to increased labor costs, manual effort, and longer testing cycles compared to automated testing.
  • Documentation Overhead: Requires extensive documentation of test cases, test results, and defects, leading to increased overhead and administrative burden.
  • Validation Speed: Slower validation of large datasets, data-driven testing, and performance testing compared to automated tools.
  • Complexity Handling: Challenges in handling complex business logic, dynamic user interactions, and large-scale data processing manually.
What are the common types of Manual Testing?

Manual testing includes various types to validate software functionality, usability, and performance:

  • Functional Testing: Tests individual software functions and features against specified requirements and user expectations.
  • Usability Testing: Evaluates user interface (UI) design, navigation, accessibility, and user experience (UX) for intuitive and user-friendly applications.
  • Regression Testing: Verifies software updates, bug fixes, and code changes to ensure existing functionalities remain unaffected.
  • Integration Testing: Tests the interaction between different software modules, subsystems, or external systems to validate data flow and interoperability.
  • Acceptance Testing: Validates software compliance with user requirements, acceptance criteria, and business objectives before deployment.
  • Exploratory Testing: Uncovers defects, usability issues, and unexpected behaviors through ad-hoc testing scenarios and real-time user interactions.
  • Compatibility Testing: Tests application compatibility across different devices, browsers, operating systems, and environments.
  • Ad-hoc Testing: Performs spontaneous testing without predefined test cases to identify critical defects and validate software functionalities.
  • Security Testing: Evaluates software vulnerabilities, data integrity, and compliance with security standards and regulations.
  • Performance Testing: Measures application response times, throughput, and resource usage under expected and peak load conditions.
How does Manual Testing differ from Automated Testing?

Manual testing and automated testing differ in several aspects:

  • Execution: Manual testing involves human testers executing test cases and scenarios manually, whereas automated testing uses scripts and tools to execute tests.
  • Speed: Automated testing is faster than manual testing for repetitive tasks, regression testing, and large-scale test execution.
  • Accuracy: Automated testing reduces human errors and ensures consistent test execution and results compared to manual testing.
  • Scalability: Manual testing is less scalable for large or complex projects compared to automated testing, which can run tests across multiple environments and configurations.
  • Cost: Manual testing may incur higher labor costs and longer testing cycles compared to automated testing tools, which require initial investment.
  • Flexibility: Manual testing offers flexibility in exploratory testing, usability testing, and ad-hoc testing scenarios, adapting to changing requirements.
  • Validation: Automated testing provides faster validation of repetitive tasks, data-driven scenarios, and performance metrics compared to manual testing efforts.
  • Complexity: Automated testing handles complex test scenarios, integration testing, and continuous testing processes more effectively than manual testing.
  • Feedback: Manual testing provides immediate feedback on software quality, usability, and defects during test execution, enhancing collaboration and feedback loops.
  • Adoption: Automated testing tools and frameworks are adopted for continuous integration (CI/CD), agile development, and DevOps practices to accelerate software delivery.
What are the steps involved in Manual Testing?

The manual testing process includes the following steps:

  1. Requirement Analysis: Understand software requirements, user stories, and acceptance criteria for test planning.
  2. Test Planning: Define test objectives, scope, test scenarios, and test cases based on requirements and test strategy.
  3. Test Case Design: Develop detailed test cases covering functional, non-functional, and edge cases to validate software features.
  4. Test Environment Setup: Prepare test environment with necessary hardware, software, test data, and tools for test execution.
  5. Test Execution: Execute test cases, scenarios, and exploratory tests manually to validate software functionality and user experience.
  6. Defect Reporting: Document defects, issues, and observations with steps to reproduce, severity, and priority for defect management.
  7. Defect Retesting: Verify defect fixes and retest impacted functionality to ensure resolution and validate software stability.
  8. Regression Testing: Perform regression tests to validate existing functionalities after changes, updates, or bug fixes.
  9. Test Closure: Evaluate test results, generate test reports, conduct test summary reviews, and obtain stakeholder approval.
  10. Knowledge Transfer: Share test artifacts, knowledge, and lessons learned with stakeholders, development teams, and testing peers.

The manual testing lifecycle ensures comprehensive test coverage, defect identification, and software quality assurance throughout the testing process.

How do you create effective test cases for Manual Testing?

Creating effective test cases for manual testing involves the following steps:

  1. Requirement Understanding: Understand software requirements, use cases, user stories, and acceptance criteria.
  2. Test Case Identification: Identify test scenarios, functionalities, and features to be tested based on priority and criticality.
  3. Test Case Design: Define test objectives, inputs, expected outputs, preconditions, and postconditions for each test case.
  4. Test Steps: Break down test cases into detailed steps with clear instructions, data inputs, expected results, and validation criteria.
  5. Edge Cases: Include edge cases, boundary conditions, and error handling scenarios to validate software robustness and resilience.
  6. Data Variation: Use different test data sets, input combinations, and negative test cases to verify software functionality and error handling.
  7. Traceability: Ensure traceability between test cases, requirements, and user stories to validate alignment and coverage.
  8. Review and Validation: Review test cases with stakeholders, development teams, and QA peers for accuracy, completeness, and coverage.
  9. Documentation: Document test cases, test scenarios, and test steps with clear descriptions, expected results, and validation criteria.
  10. Version Control: Maintain version control and updates for test cases to accommodate software changes, updates, and new features.
  11. Reuse: Reuse existing test cases, test scripts, and test scenarios for regression testing, validation, and test automation.

Effective test case design in manual testing ensures comprehensive test coverage, defect detection, and validation of software functionalities and user requirements.

What are the key challenges in Manual Testing?

Manual testing faces several challenges that impact efficiency, accuracy, and effectiveness:

  • Time-Consuming: Manual test execution requires significant time and effort for repetitive tasks, regression testing, and large-scale validation.
  • Resource Intensive: Depends on human testers for test execution, defect detection, and documentation, limiting scalability and productivity.
  • Human Errors: Prone to human errors in test execution, data entry, and test results documentation, affecting test accuracy and reliability.
  • Cost: Involves higher labor costs, longer testing cycles, and increased overhead compared to automated testing solutions.
  • Complexity Handling: Challenges in handling complex test scenarios, integration testing, and data-driven testing without automation tools.
  • Repetitive Tasks: Inefficient for repetitive test cases, regression testing, and frequent software updates, impacting test cycle time.
  • Scalability: Limited scalability for large or complex projects, multiple testing cycles, and concurrent software releases without automation.
  • Test Coverage: May overlook edge cases, integration issues, and comprehensive validation under dynamic or changing requirements.
  • Feedback and Collaboration: Slower feedback loops, collaboration challenges, and stakeholder communication compared to automated testing.
  • Adoption of Agile Practices: Adaptation to agile development practices, continuous integration (CI/CD), and DevOps requires automated testing for faster feedback and software delivery.
How do you prioritize test cases in Manual Testing?

Prioritizing test cases in manual testing involves strategic planning and consideration of various factors:

  1. Business Impact: Prioritize test cases based on critical business functions, high-risk areas, and core functionalities that directly impact end users.
  2. Functional Complexity: Evaluate test cases for complex functionalities, business logic, and integration points that require thorough validation.
  3. Regression Coverage: Prioritize regression test cases for essential features, bug fixes, and code changes to ensure existing functionalities remain unaffected.
  4. User Scenarios: Prioritize test cases based on user scenarios, user stories, acceptance criteria, and customer requirements for validated user experience.
  5. Risk-Based Testing: Assess test cases based on risk factors, failure impact analysis, and probability of defects to prioritize critical test scenarios.
  6. Test Dependencies: Prioritize test cases considering dependencies, test sequence, and logical flow between test scenarios for comprehensive coverage.
  7. Exploratory Testing: Allocate time for exploratory test cases to uncover unexpected issues, usability flaws, and real-time user interactions.
  8. Time Constraints: Prioritize test cases based on project timelines, release schedules, and sprint goals to meet delivery deadlines.
  9. Feedback and Iteration: Prioritize test cases based on feedback from stakeholders, customers, and end users for continuous improvement and validation.
  10. Continuous Integration: Integrate test cases into CI/CD pipelines, automated builds, and deployment processes for continuous testing and feedback loops.

Effective prioritization of test cases in manual testing ensures optimal test coverage, defect detection, and validation of software functionalities to meet quality standards and user expectations.

How do you ensure thorough test coverage in Manual Testing?

Ensuring thorough test coverage in manual testing requires a systematic approach and comprehensive validation of software functionalities:

  1. Requirement Traceability: Align test cases with software requirements, user stories, and acceptance criteria to validate functional specifications.
  2. Test Strategy: Develop a test strategy and plan covering functional, non-functional, and edge cases based on project scope and objectives.
  3. Test Case Design: Design detailed test cases with clear objectives, inputs, expected outputs, and validation criteria for comprehensive test coverage.
  4. Test Execution: Execute test cases, scenarios, and exploratory tests manually to validate software functionalities, user interactions, and business logic.
  5. Data Variations: Test different data sets, input combinations, and boundary conditions to validate software behavior and error handling mechanisms.
  6. Integration Testing: Validate data flow, interoperability, and integration points between software modules, subsystems, or external systems.
  7. Regression Testing: Perform regression tests to validate existing functionalities, bug fixes, and code changes after software updates or enhancements.
  8. Usability Testing: Evaluate user interface (UI) design, navigation, accessibility, and user experience (UX) for intuitive and user-friendly applications.
  9. Performance Testing: Measure application response times, throughput, and resource usage under expected and peak load conditions.
  10. Edge Cases: Include edge cases, error scenarios, and negative test cases to validate software robustness, resilience, and error handling capabilities.

Thorough test coverage in manual testing ensures comprehensive validation of software functionalities, user requirements, and quality standards to deliver reliable and high-quality software solutions.

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