Dynamic Software Engineer with a proven track record at Modus Information Systems, excelling in performance testing and API automation. Expert in JMeter configuration and client communication, I have successfully designed load tests and automated validation processes, driving efficiency and enhancing user experience. Passionate about delivering high-quality solutions that meet client needs.
Analyzed and gathered non-functional requirements through client interactions.
Prepared documentation for test scenarios and comprehensive test plans.
Executed scripts with various thread groups based on workload models.
Designed and conducted load tests in non-GUI mode to achieve performance benchmarks.
Automated API validation for account opening, card management, and customer onboarding processes.
Simulated end-to-end channel transactions including UPI payments and IMPS fund transfers.
Configured and executed performance testing using JMeter integrated with Finacle modules.
Maintained regular communication with clients to report status and address issues.
Analyzed scenario results, interpreting client-side metrics such as load, hits per second, and throughput.
Performed CPU and RAM analysis using PERFMON to evaluate server system performance.
Maintained regular communication with clients to address status updates and issues.
Utilized Apache JMeter and AppDynamics for performance testing and monitoring.
Collaborated with stakeholders to support Besso’s strategic growth following acquisition by BGC Partners.
Evaluated transaction processing rates to ensure optimal operational efficiency.
Collected non-functional test requirements to initiate performance testing lifecycle.
Developed a comprehensive performance test plan to guide testing activities.
Analyzed business transactions by reviewing application processes in detail.
Performed correlation using regular expressions and parameterization with CSV data files.
Executed scripts incorporating various thread groups based on workload models.
Simulated real user behavior during runtime through multiple thread group executions.