Free online courseSoftware testing complete

Course Description

"Software Testing Complete" is an extensive and comprehensive course specifically designed for individuals aiming to gain mastery in the realm of software testing. With a duration of 10 hours and 41 minutes, this course is meticulously structured to offer in-depth knowledge and practical insights, making it an ideal pick for those who are aspiring to excel in the Information Technology sector, particularly in software testing.

This course boasts an average rating of 4.0 stars based on learner evaluations, which speaks to its quality and the valuable content it offers. Comprising multiple tutorials, it covers a wide array of subjects essential for understanding and excelling in software testing.

The journey begins with an introductory session that outlines the course topics, providing learners with a roadmap of their learning adventure. The course then delves into the foundational concepts, clarifying what software testing entails, complete with real-world examples to bridge theory and practice.

Strong emphasis is placed on manual testing, objectives of software testing, and its paramount importance in the software development lifecycle (SDLC) and software testing lifecycle (STLC). Further, the course explores various software development models such as Waterfall, V Model, and Iterative Model, explaining their significance and application in software engineering.

As learners progress, they encounter detailed explanations of different levels and types of software testing, including unit testing, integration testing, system testing, and acceptance testing. The course differentiates between functional and non-functional testing, and elucidates the nuances between black-box and white-box testing, along with their respective methodologies.

The advanced modules tackle regression testing, including practices in Agile development. Key distinctions such as retesting vs. regression testing and smoke testing vs. sanity testing are carefully discussed, providing learners with comprehensive knowledge to handle real-world scenarios.

Verification and validation practices are covered, along with more specialized topics such as end-to-end testing, exploratory testing, and writing effective test cases. It further delves into various test design techniques like equivalence partitioning, boundary value analysis, decision table testing, and state transition testing.

Critical components such as crafting test plans and strategies, the significance of defect lifecycle, and the importance of writing thorough defect reports are illuminated to ensure learners have a holistic understanding of the software testing process.

The course also addresses contemporary topics like Agile testing and database testing, thereby rounding off a complete and robust curriculum that equips learners with the expertise to thrive in the dynamic field of software testing.

In conclusion, "Software Testing Complete" is an exceptional resource for anyone looking to build a strong foundation or enhance their existing skills in software testing. The course's structure, combined with its practical examples and thorough explanations, makes it a compelling choice for aspiring software testers aiming to achieve proficiency in their craft.