- Understand the fundamentals of software testing: Before you start learning manual testing, it's important to have a good understanding of the fundamentals of software testing. This includes understanding the different types of testing, such as functional testing, usability testing, and performance testing.
- Learn testing methodologies and techniques: Manual testing relies on various testing methodologies and techniques to ensure software quality. It's important to learn these methodologies and techniques to become an effective manual tester. Some common methodologies include black box testing, white box testing, and grey box testing.
- Practice testing on real applications: One of the best ways to learn manual testing is to practice testing on real applications. You can start by identifying software applications that you use regularly and try to find defects or bugs in them. This will help you develop your testing skills and give you practical experience.
Software Testing
Manual Testing
Course description
Manual testing is a software testing approach where testing activities are performed manually without using automated tools or scripts. If you're interested in learning about manual testing, here are some critical areas you can focus on:
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Software Testing Fundamentals: Familiarize yourself with the basics of software testing, including testing principles, testing objectives, and the software development life cycle (SDLC). Understand different testing levels (such as unit testing, integration testing, system testing, and acceptance testing) and testing techniques (such as black box testing, white box testing, and gray box testing).
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Test Planning and Documentation: Learn how to create a test plan, test strategy, and test cases. Understand the importance of requirements analysis and traceability, and how to develop test scenarios and test scripts. Explore techniques for test estimation, prioritization, and test coverage.
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Test Execution and Defect Tracking: Understand how to execute test cases and record test results. Learn how to track defects and report them using a defect-tracking tool or a spreadsheet. Knowledge of defect management processes, including defect logging, triaging, and resolution.
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Functional Testing: Explore different types of functional testing, such as smoke testing, regression testing, integration testing, and user acceptance testing (UAT). Understand the techniques used to verify and validate the functionality of the software application.
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Non-Functional Testing: Learn about non-functional testing types, including performance testing, security testing, usability testing, and compatibility testing. Understand the challenges and techniques associated with each type of non-functional testing.
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Exploratory Testing: Gain knowledge of exploratory testing, a testing approach that involves simultaneous learning, test design, and test execution. Understand how to use heuristics, domain knowledge, and risk-based testing to identify defects and gain a deeper understanding of the software application.
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Test Techniques and Test Design: Explore various test design techniques, such as equivalence partitioning, boundary value analysis, decision table testing, and state transition testing. Learn how to select appropriate test techniques based on the nature of the software application and its requirements.
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Test Environment and Test Data Setup: Understand the importance of setting up a test environment that closely resembles the production environment. Learn how to create and manage test data, including data generation, data masking, and data validation techniques.
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Test Reporting and Metrics: Learn how to generate test reports and metrics to communicate test progress, test coverage, and defect trends. Understand the importance of test metrics in evaluating the quality of the software application and improving the testing process.
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Test Management Tools: Familiarize yourself with popular test management tools used for manual testing, such as TestRail, Zephyr, and HP ALM (Application Lifecycle Management). Understand how these tools help in test case management, test execution tracking, and reporting.
It's important to note that manual testing skills can be applied to various software testing roles and projects. As you gain experience, consider expanding your knowledge by exploring automation testing techniques, test management methodologies, and specialized areas such as mobile testing, web testing, or agile testing.
What you will learn from this course?
This course includes!
- Daily Live session
- A recorded session with problem-solving material
- Access on Mobile and TV
- Certificate of completion
- 100% Job Placement
This course is for
- People who do not have any experience & having experience in Software Industry but want to get in by showing Real experience.
- Software testers: Manual testing is a critical part of software testing, and a manual testing course can help software testers to improve their skills and knowledge in this area.
- Software developers: A manual testing course can help software developers to understand the testing process better and create software that is easier to test.
- Quality assurance professionals: Quality assurance professionals can benefit from a manual testing course to understand how to perform manual testing and how to identify and report defects.
- Anyone interested in software testing: Anyone who is interested in software testing and wants to learn more about manual testing can benefit from a manual testing course.
- Anyone who is willing to start their career in Software Testing.
Prerequisites for this course
- Basic Knowledge of Computer
Manual Testing Syllabus
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Introduction To Manual Testing
Understanding the software development lifecycle Role of manual testing in the QA process Types of testing: functional, non-functional, etc. Importance of test documentation and planning
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Test Planning And Test Cases
Creating a test plan: objectives, scope, and strategy Writing effective test cases: format and components Designing test cases for different scenarios Prioritizing and organizing test cases
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Test Execution And Defect Management
Executing test cases and recording results Identifying and reporting defects Understanding defect life cycle and status Collaboration with development teams for defect resolution
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Functional Testing Techniques
Black-box and white-box testing approaches Equivalence partitioning and boundary value analysis Decision table testing and state transition testing Exploratory testing and ad-hoc testing
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Non-functional Testing
Performance testing: load, stress, and scalability Usability testing and user experience evaluation Compatibility testing on different platforms and devices Security testing: vulnerability assessment and penetration testing
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Regression And Sanity Testing
Understanding regression testing and its importance Implementing regression testing strategies Conducting sanity checks after code changes Managing test suites for effective regression testing
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Test Automation Introduction
Overview of test automation tools and frameworks Identifying scenarios suitable for automation Introduction to scripting languages for test automation Advantages and limitations of test automation
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Test Reporting And Test Closure
Creating test summary and defect reports Presenting test results to stakeholders Importance of test closure and lessons learned Final project: Applying manual testing techniques to a real-world application
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Paarsh E-Learning encourages hands-on practice, assignments, and projects throughout the course to reinforce students' understanding of manual testing concepts. Assign practical exercises that involve creating test plans, designing test cases, and executing tests on real or simulated software applications. Cover both theoretical concepts and practical applications to provide a well-rounded learning experience.
- Duration 90 Days
- Students 204
- Skill Level Advanced
- Language English / Hindi / Marathi
- Daily Assignments Yes
- Certification Yes
