Software Testing

The Comprehensive Software Testing course is designed to provide a comprehensive understanding of software testing principles, techniques, and best practices. Whether you are a beginner looking to enter the field of software testing or an experienced professional aiming to enhance your skills, this course offers a step-by-step learning experience to help you become a proficient software tester.

Course Syllabus:

• Week 1: Introduction to Software Testing
• Fundamentals of software testing
• Importance of testing in the software development lifecycle
• Testing principles and objectives
• Different testing levels and types
• Week 2: Test Planning and Documentation
• Understanding test planning and its significance
• Test strategy and test plan development
• Test documentation and traceability
• Risk analysis and mitigation in testing
• Week 3: Test Design Techniques
• Black-box and white-box testing approaches
• Equivalence partitioning and boundary value analysis
• Decision tables and state transition testing
• Use case-based and user story-based testing
• Week 4: Test Execution and Defect Management
• Test execution process and test case execution
• Test environment setup and configuration
• Defect management lifecycle
• Defect tracking and reporting
• Week 5: Test Automation Fundamentals
• Introduction to test automation
• Benefits and challenges of test automation
• Selecting appropriate test cases for automation
• Introduction to popular test automation tools
• Week 6: Test Automation Frameworks
• Test automation frameworks overview
• Data-driven testing and keyword-driven testing
• Behavior-driven development (BDD) and acceptance testing
• Introduction to popular test automation frameworks
• Week 7: Performance and Security Testing
• Introduction to performance testing
• Performance testing tools and techniques
• Introduction to security testing
• Common security vulnerabilities and testing approaches
• Week 8: Test Metrics and Test Process Improvement
• Key test metrics and measurements
• Defect metrics and defect analysis
• Test process improvement models (e.g., TMMi, TPI)
• Implementing effective test process improvements

Prerequisites:

• Basic understanding of software development concepts
• Familiarity with any programming language (not mandatory but beneficial)

Target Audience:

• Software testers, QA engineers, and test analysts
• Software developers interested in learning testing principles
• IT professionals looking to enhance their software testing skills

By the end of this course, you will have a solid foundation in software testing, including practical experience with various testing techniques and tools. You will be equipped to contribute effectively to the software testing process and help ensure the delivery of high-quality software products.