Understanding the software development life cycle is essential for effective tests. On this subject, students obtain a detailed perspective on how software goes from the idea to implementation and where the testers intervene to guarantee quality. Uncodemia covers popular models such as waterfall, agile, spiral, model V and iterative, helping students align test activities with different project environments. Prepare the scenario to understand how manual testers collaborate with developers, project managers and business analysts throughout the development process.

Complementing SDLC, the STLC is submerged on the side focused on the test process. This subject breaks down the various phases involved in the tests, which extend from the analysis of test requirements and test planning, to prove the development of cases, the execution, the registration of defects and the closing activities. In Uncodemy, students not only study these phases, but also practice them with real scenarios and documentation formats, preparing them for responsibilities at work.

This fundamental issue forms the basis of the program. It presents students what is really the manual test, why it is essential and how it compares with automated tests. Students explore different types of tests, such as functional, non -functional, regression, smoke, sanity, usability and compatibility. Real world use cases, roles games and simulation -based learning help students internalize the logic of tests and gain confidence in the execution of manual tests effectively.

One of the most critical skills of a manual tester is the ability to write proof cases that are logical, integral and easy to execute. On this topic, students dominate several test design techniques, such as limit value analysis, equivalence class partition, state transition tests and decision table tests. These techniques improve accuracy, reduce redundancy and improve the coverage of the test, which affects that each functional aspect of the application is thoroughly validated.

The evidence does not stop to identify errors; It is equally important to document them professionally and track their resolution. This subject leads students throughout the life cycle of defects, from identification and report to verification and closure. Uncodemy provides practical practices with tools for monitoring standard errors of the industry such as Jira and Bugzilla. Students learn to write clear, concise and processable errors reports, include the severity of the defect against priority and effectively communicate problems to developers and interested parties.

Excellent tests begin with the understanding of what should be tested. This subject focuses on the training of students to read and interpret Software Requirements (SRS) and user stories in agile projects. Uncodemy emphasizes the use of the requirement traceability matrix (RTM) to ensure that each requirement is taken into account in test planning. It helps students develop a quality mentality, ensuring that nothing is lost during the tests.

Manual tests are not just execution, it is strategic. This topic presents students to prove the planning at a professional level. They learn how to write comprehensive test plans, define test objectives, assign resources, establish input/output criteria and identify risks. The formulation of the trial strategy is also covered, teaching students how to address different levels of tests and phases based on complexity and application deadlines.

Undemia integrates a strong practical component in its curriculum. Through this topic, students work on live projects or simulated industry applications that replicate real world environments. They participate in test planning meetings, write test cases, record errors, review the documentation and prepare status reports. This experience ensures that students graduate with confidence to manage proof projects in a real work environment.

You cannot find all errors through script tests. This issue teaches the evaluators how to think as end users and explore freely software without predefined test cases. Exploratory and Ad-Hoc tests create instinctive and intuitive skills in the testers, while usability tests focus on evaluating the user interface, design and navigation from a human-centered perspective. These techniques are especially useful for discovering difficult errors to find and improve the general experience of the user.

In a quality control role, strong documentation and report skills are essential. This subject trains students to create high quality test artifacts, such as trial plans, test cases, daily execution reports, defect records and test summary reports. They also learn how to present data using metrics, panels and visual tools, which makes their communication more professional and insightful.