QA manual testing from the beginning

Learn the software development lifecycle from planning to maintenance, including requirement analysis, design, development, testing, and ongoing support, to deliver quality software efficiently.

Explore why testers ensure quality across the software lifecycle, from requirements to user acceptance, and develop key skills in communication, technical testing, analysis, and domain knowledge.

Apply equivalence class partitioning to divide input data into valid and invalid partitions, test one representative case per partition, and validate consistent grading and inventory outcomes.

Learn boundary value analysis, a black box testing technique that pairs with class partitioning to craft test cases around boundary values—minimum minus one and maximum plus one—to uncover defects.

Explore white box testing techniques and statement coverage using structure based methods and instrumentation, measuring executable statements tested in unit, integration, and acceptance testing, including pseudocode.

learn white box testing with decision coverage, using control flow diagrams to visualize sequence, decision, and iteration structures, and understand how true/false outcomes and statement coverage drive test effectiveness.

Explore experience-based testing techniques, including expedience-based testing and ad hoc testing, time-boxed evaluation, and exploratory testing to locate defects when specifications are incomplete, using tester experience and risk-aware coverage.

Plan and manage software testing by creating a comprehensive test plan document that identifies activities, resources, responsibilities, test items, environments, risks, milestones, and a 16-section template.

Master test estimation in QA manual testing from the beginning by applying metric-based and expert-based methods to forecast cost, duration, risks, and resources.

Execute test cases, compare actual results with expected results, and record outcomes in a test log and reports to monitor progress, including status, incidents, and defects.

Discover how test management coordinates planning, scheduling, and execution of test cases to track defects, map requirements to tests, and provide visibility across complex software projects.

Define defects and trace their life cycle from identification to close, including status stages like new, open, designed, developed, verified, and closed; emphasize thorough defect tracking and clear documentation.