Senior Systems Verification Engineer I job opportunity at Danaher.

Bachelor's (B.Sc.)

Bangalore, Karnataka, India

Bangalore, Kar..........India

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As a global leader in clinical diagnostics, Beckman Coulter Diagnostics has challenged convention to elevate the diagnostic laboratory’s role in improving patient health for more than 90 years. Our diagnostic solutions are used in routine and complex clinical testing, and are used in hospitals, reference and research laboratories, and physician offices around the world. Every hour around the world, more than one million tests are run on Beckman Coulter Diagnostics systems, impacting 1.2 billion patients and more than three million clinicians per year. From uncovering the next clinical breakthrough, to rapid and reliable sample analysis, to more rigorous decision making—we are enabling clinicians to deliver the best possible care to their patients with improved efficiency, clinical confidence, adaptive collaboration, and accelerated intelligence. __ Learn about the Danaher Business System which makes everything possible. The Senior Systems Verification Engineer I for Beckman Coulter Diagnostics is responsible for designing, developing, troubleshooting Electro-Mechanical / Opto-Electrical System modules for laboratory medical device new product development. The incumbent practices best design practices and follow quality processes defined during development. This position reports to the Head of Life Cycle Management & Group Manager and is part of the R&D Hardware/Systems Development team located in Bengaluru – BDC and will be an on-site role. __ In this role, you will have the opportunity to: Author, review, and execute system-level test protocols to validate design changes. Ensure test coverage for #accuracy, #performance, #throughput, carryover, and linearity Etc. requirements. Analyze test data and generate statistically sound reports to support design verification and release decisions. __ Evaluate whether design changes meet existing system specifications/requirements and performance benchmarks and changes do not compromise product integrity or clinical outcomes. Participate in DFMEA reviews, identifying and testing for potential failure modes. Perform DFMEA test protocols to validate mitigations and assess risk impact. Develop and execute reliability test protocols, including accelerated life testing and environmental stress testing. Perform statistical analysis of reliability and performance data using tools such as Minitab, JMP, or Python/R. Interpret results to estimate product life, failure rates (MTBF = Mean Time Between Failures), and confidence intervals.