Manual Software Testing Course

This comprehensive Manual Software Testing Course equips participants with fundamental skills and techniques essential for testing software applications effectively. Through a blend of theoretical concepts and hands-on practical exercises, participants will gain a solid understanding of manual testing methodologies, enabling them to identify defects efficiently and ensure software quality.

Key points covered in the course:


Introduction to Software Testing:
Understanding the significance of software testing, its objectives, and principles.

Software Development Life Cycle (SDLC) and Testing:
Exploring various phases of SDLC and the role of testing in each phase.

Test Case Design Techniques:
Learning various methods to design effective test cases, including Equivalence Partitioning, Boundary Value Analysis, and Decision Table Testing.

Test Execution and Reporting:
Practicing test execution, logging defects, and generating comprehensive test reports.

Defect Management:
Understanding defect life cycle, prioritization, and resolution strategies.

Regression Testing:
Mastering the techniques to ensure existing functionalities aren't impacted by new changes.

Exploratory Testing:
Learning the art of exploratory testing to uncover defects in an ad-hoc manner.

Software Testing Documentation:
Creating test plans, test cases, and other essential testing documentation.

Quality Assurance Standards and Best Practices:
Adhering to industry standards and incorporating best practices for efficient testing processes.

Communication and Collaboration Skills:
Developing effective communication skills to interact with stakeholders and collaborate within cross-functional teams.

This course provides a solid foundation for individuals aspiring to pursue a career in software testing or seeking to enhance their testing skills in their current roles.

Engineering Batch

Engineering is a term applied to an engineering speciality dealing with the issues around the use of content in computer-facilitated environments. Content production, content management, content modelling, content conversion, and content use and repurposing are all areas involving this speciality. It is not a speciality with wide industry recognition and is often performed on an ad hoc basis by members of software development or content production staff, but is beginning to be recognized as a necessary function in any complex content-centric project involving both content production as well as software system development. Content engineering tends to bridge the gap between groups involved in the production of content (Publishing and Editorial staff, Marketing, Sales, HR) and more technologically oriented departments such as Software Development, or IT that put this content to use in web .