In response to the software industry’s demand for rigorous testing, this module is crafted to impart comprehensive knowledge of software testing, covering fundamentals to structured methodologies. Topics include manual testing theories, creating test trees, and identifying bugs. Key testing concepts such as Regression, GUI, Security, and User Acceptance Testing, along with all stages of the Software Development Life Cycle (SDLC), will be explored. Students will have the opportunity to apply theoretical concepts in real-life projects.

Knowledge Core Competency:

Upon completing this module, students are expected to comprehend the basics of structured software testing methodologies.

Objectives:

1. State the objectives integral to a test plan.
2. Describe the test documentation involved in software testing.
3. Explain the test planning process thoroughly.
4. Highlight the importance of reviews and inspections.
5. Discuss the criteria for inspection and the timing of reviews.
6. List the four variations of inspections and reviews.
7. Explain the roles involved in the static testing process.
8. Discuss the elements constituting the static testing process.
9. Describe the tools used in static analysis.

Skill Core Competency:

Upon completing this module, students should be adept at conducting full-scale testing of a product before its release to the customer.

Objectives:

1. Develop a comprehensive test strategy pre-testing.
2. Efficiently document test materials.
3. Plan test cases and surprises methodically.
4. Apply variations in the testing process to suit different situations.
5. Monitor and continually improve process variations.
6. Analyze the results of the static testing process effectively.

This module equips students with practical skills, enabling them to execute thorough testing procedures in real-world scenarios.