The principles of software testing and the idea of a QA role in software development are presented to students in this topic. At BBSMIT, students have a good conceptual base, which guarantees quality delivery of software.
Students have developed an idea of what QA professionals are aware of the main issues, including finding bugs, software quality assurance, and cooperation with development teams.
Students learn about Software Development Life Cycle (SDLC) and Software Testing Life Cycle (STLC), and how they are to be combined into the project process.
This chapter presents an overview of significant types of testing with respect to the distinction between manual and automated testing methods.
Students who complete this program will have practical manual testing skills. At BBSMIT, students practice writing test cases and executing test cycles manually.
Students learn techniques like boundary value analysis, equivalence partitioning, and decision tables to design effective test cases.
Students learn drafting thorough defect reports and investigate the full bug lifecycle, from discovery to resolution.
The creation of test plans, test data preparation, test case execution, and test result reporting are the main topics of this section.
This module covers the methodologies used in software projects and how QA fits into the process. At BBSMIT, students learn to thrive in agile environments.
The students are knowledgeable about Agile concepts and the Scrum process, including roles, ceremonies, and the practice of iterative code testing.
Students obtain experience in teamwork with developers, product owners, and testers during agile sprints and releases.
The students reading, interpreting, and testing in this section are using user stories and well-described acceptance criteria.
The popular testing and defect management tools are introduced in this section. At BBSMIT, students become confident in handling real project workflows.
The students are taught how to log, manage, and track the bugs with the help of the most famous tools, which are JIRA and Bugzilla.
Learners will have a practical experience in coming up with test cases, test suites, and test execution cycles through the use of test management platforms.
In this part, students will be trained to write clear, traceable, and reusable test cases as per the project requirements.
The principles of test automation and efficient browser testing automation are covered in this module. At BBSMIT, students gain hands-on experience using Selenium and modern scripting languages.
Students discover how to validate web application behavior and automate browser operations using Selenium WebDriver.
Learners write basic and advanced test scripts in either Java or Python, depending on their preferred track.
This section introduces the Page Object Model (POM), which promotes reusable and maintainable automation code.
This module helps students build robust and scalable automation frameworks. At BBSMIT, learners explore key tools and testing strategies used in real projects.
Students learn to design and implement Selenium frameworks with modular architecture for efficient testing.
Learners integrate Selenium with TestNG or PyTest for test organization, reporting, and test suite execution.
This section introduces advanced automation strategies using external data sources and keyword-based script design.
This module trains learners in the essentials of API testing, a key skill for modern QA engineers. Students evaluate APIs for security, dependability, and functionality at BBSMIT.
Students understand REST architecture and HTTP methods, and learn how to validate APIs against business logic.
Learners use Postman to send requests, analyze responses, and automate test collections with environments and variables.
This section introduces Rest Assured for automating API testing with Java, enabling students to write test scripts programmatically.
This module introduces students to performance and load testing practices using real-world tools. At BBSMIT, learners gain hands-on experience with JMeter and understand how applications behave under various user loads.
The basics of Apache JMeter are taught to students, including how to simulate user requests, develop a test strategy, and monitor server performance.
Learners perform load tests to measure system behavior under expected traffic and stress tests to find the system’s breaking point.
This section focuses on interpreting JMeter-generated graphs and logs to identify slow responses, bottlenecks, and failures during high traffic.
This module focuses on how testing fits into automated DevOps pipelines. At BBSMIT, learners build confidence in setting up continuous testing environments that improve speed and reliability.
Students learn how to connect automated tests with Jenkins, ensuring every code commit triggers quality checks automatically.
Learners design and run regression test suites to quickly validate new features while protecting existing functionality from defects.
This section teaches how to track and report test results, including pass/fail rates, execution time, and identifying flaky or unstable tests.
This module equips learners to validate backend data processes, ensuring that applications interact correctly with databases. At BBSMIT, learners develop the ability to test SQL-based data integrity and logic.
To understand whether the data stored is correct, students drill such key SQL commands as SELECT, JOIN, UPDATE, and DELETE.
Additionally, learners preserve the correctness, nulls, and field-level limitations of data entered in frontends and those recorded in the backend.
The part is concerned with writing tests of backend logic that is carried out through stored procedures, triggers in MySQL, PostgreSQL, and so on.
This module prepares learners to ensure both the security and user-friendliness of applications. At BBSMIT, students learn industry practices to identify vulnerabilities and deliver user-centric test results.
Students study how to identify the OWASP Top 10 vulnerabilities during QA cycles, including injection attacks and insecure authentication.
Learners evaluate applications from the user’s perspective, identifying pain points and ensuring that software is intuitive and accessible.
This section trains students to test mobile applications for performance, UI consistency, compatibility, and functionality across devices.
This module helps QA professionals develop effective communication, collaboration, and reporting skills. At BBSMIT, learners are trained to work well with developers and document their work.
Students practice explaining bugs, reports, and issues constructively and professionally to cross-functional teams.
Learners write detailed test summary reports, bug reports, and QA status updates to ensure transparency and clarity.
This section teaches students how to operate effectively within Agile teams using sprints, daily standups, and backlog grooming sessions.
This last subject gives students the chance to demonstrate their end-to-end testing abilities in a practical setting. At BBSMIT, students create a strong portfolio and prepare for the job market.
Students execute a complete testing project, including manual, automation, API, and performance testing on a live or mock application.
Learners demonstrate their ability to build and present an automation testing framework with proper folder structure and reporting.
This section includes resume-building sessions tailored for QA roles and mock interviews to boost students’ job readiness and confidence.
Become a Certified QA Engineer with the QA Engineer Professional Training Program at BBSMIT.
This course covers everything from manual testing to automation, API, performance, and CI/CD, with practical projects and tool-based learning.
Limited seats! Start your QA career with BBSMIT by enrolling today
Role of a QA Engineer SDLC vs STLC Types of Testing (Manual, Automation)
Test Case Design Techniques Bug Lifecycle & Defect Reporting Test Planning & Execution
Agile & Scrum Framework Working in Agile QA Teams Understanding User Stories & Acceptance Criteria
JIRA / Bugzilla for Defect Management Test Management Tools (TestLink, Zephyr) Writing & Managing Test Cases
Selenium WebDriver Basics Writing Test Scripts (Java / Python) Page Object Model Design Pattern
Building Selenium Frameworks TestNG / PyTest Integration Data-driven & Keyword-driven Testing
REST API Concepts Postman for API Testing Automation with Rest Assured
Introduction to JMeter Load & Stress Testing Basics Analyzing Test Reports
Integrating Tests into Jenkins Pipelines Automated Regression Testing Reporting & Test Automation Metrics
SQL Basics for QA Data Validation & Integrity Testing Testing Stored Procedures & Triggers
Common Security Vulnerabilities (OWASP Top 10) Usability Testing Best Practices Mobile App Testing Essentials
Effective Communication with Developers Writing Test Reports & Test Summary Collaboration in Agile Teams
End-to-End Testing Project Test Automation Framework Showcase Resume Preparation & Mock Interviews
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