Umar Zahoor

In my role as a Software Quality Assurance Engineer, I focused on reviewing, analyzing, and evaluating product flows according to system specifications. My responsibilities included creating and executing detailed test plans and test cases, conducting manual tests, and ensuring quality across various systems. Key Responsibilities: Reviewed, analyzed, and evaluated product flows according to system specifications, ensuring alignment with the project's requirements. Created and executed detailed and well-structured test plans and test cases for manual testing, analyzing results to ensure product quality. Planned and coordinated testing activities, ensuring that all necessary procedures were followed to achieve accurate results. Created logs to identify, track, and document testing phases and defects, maintaining clear and thorough documentation. Conducted manual tests on various systems, including Customer Relationship Management (CRM), Range Billing System (RBS), Middleware, and Mobile Number Portability (MNP). Performed thorough regression testing for all new Change Requests (CRs) to ensure existing functionality was not impacted. Provided support for deployment and testing from the UAT environment to production, facilitating smooth transitions. Worked with cross-functional teams to ensure quality throughout the software development lifecycle, fostering strong collaboration. Conducted post-release/post-implementation testing, including daily live testing of VASP Services, to ensure ongoing quality and performance.

In my role as a Software Quality Assurance Engineer, I was responsible for conducting comprehensive smoke, sanity, integration, functional, and regression testing for both Android and web systems. I played a crucial role in the bug life cycle and the creation of test plans using the company's template. My efforts were focused on creating detailed test cases from solution drafts, identifying issues to enhance productivity, and optimizing workflows.

In my role as a Quality Assurance Specialist, I was instrumental in ensuring product quality through the creation of detailed bug reports and test cases using Google Sheets and Documents. I collaborated closely with developers to conduct manual testing, utilizing advanced test coverage techniques such as Boundary Value Analysis (BVA) and Equivalence Class Partitioning (ECP) to meet client deadlines within sprint cycles. My focus on Test Oracles and System Under Test (SUT) allowed me to effectively perform test events and verify results. I consistently adhered to industry best practices, following the Software Development Life Cycle (SDLC), Software Testing Life Cycle (STLC), and Agile/Scrum methodologies. Key Responsibilities: Developed comprehensive bug reports and test cases using Google Sheets and Documents, facilitating effective issue tracking and resolution. Worked with developers to perform manual testing, employing techniques such as BVA and ECP to ensure thorough test coverage and meet project deadlines. Leveraged Test Oracles and System Under Test (SUT) to conduct test events and evaluate outcomes, ensuring product quality and reliability. Followed Agile/Scrum guidelines, integrating them with SDLC and STLC processes to enhance team efficiency and project delivery.

In my role as a Quality Assurance Analyst, I was responsible for developing comprehensive test plans and test cases, as well as creating detailed bug reports using MS Office. My work included rigorous performance and security testing to ensure optimal functionality and protection of the applications. I also conducted thorough reviews of user interfaces to assess their functionality, compliance with design guidelines, and responsiveness across different devices. Additionally, I performed extensive testing on web and mobile applications prior to their release, ensuring a seamless user experience and product reliability. Key Responsibilities: Created detailed test plans and cases to guide testing efforts and ensure thorough coverage of all features. Documented and reported bugs accurately, facilitating efficient communication between QA and development teams. Conducted aggressive testing to identify performance bottlenecks and potential security vulnerabilities. Evaluated user interfaces for functionality, design compliance, and responsiveness to ensure a consistent user experience. Executed tests on web and mobile applications before production to ensure product stability and functionality.

During my internship at Art Game, I gained valuable hands-on experience in game testing, a crucial subset of game development. I worked on various stages of game testing, including Closed Alpha, Closed Beta, and Open Beta phases. This experience honed my ability to meticulously document software bugs and collaborate effectively with developers to ensure a smooth gaming experience. Additionally, I learned and applied the Google Play Store rules and guidelines to optimize game submissions and approvals, enhancing my understanding of the mobile gaming ecosystem. Key Highlights: Proficient in testing game mechanics, performance, and user experience across different platforms and devices. Skilled in identifying, documenting, and tracking software bugs to improve overall game quality. Familiar with Google Play Store policies and procedures to ensure successful game submissions and compliance with regulations. Collaborated closely with development teams to provide feedback and support throughout the testing process. Developed problem-solving skills by identifying issues and recommending solutions to enhance game functionality.

As a Software Quality Assurance Analyst, I was responsible for testing various applications and ensuring quality standards were met across the software development lifecycle. My role encompassed a wide range of testing activities, requirement analysis, and performance evaluation. Key Responsibilities: Conducted comprehensive testing of desktop and web applications, ensuring all functionalities met specified requirements. Developed and executed detailed test cases to verify software quality and functionality. Analyzed requirements to understand project objectives and align testing strategies accordingly. Performance Testing Tool Evaluation: Assessed performance testing tools to select the most effective solutions for our projects. Performed manual smoke, usability, functional, regression, system, exploratory, and cross-browser testing to identify issues and verify quality. Reported and tracked bugs using established processes, ensuring prompt resolution and communication with the development team.