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Led build, configuration, and maintenance of Vector HIL rigs for brake system ECUs ensuring complete readiness for system-level and integration testing
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Optimized ECU parameters to achieve desired performance, fuel efficiency, emissions, and drivability targets
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Executed brake software validation across HIL, domain rigs, Boxcar setups, and complete vehicle environments covering feature performance, safety, and compliance
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Performed detailed fault tracing and root cause analysis across brake ECUs and vehicle networks
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Designed and executed fault injection tests aligned with ISO 26262 functional safety requirements
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Created and automated test cases in CAPL and VTest Studio ensuring requirements traceability and robust test coverage
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Validated CAN, CAN FD, and FlexRay communication between brake ECUs, chassis controllers, and powertrain systems
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Conducted UDS diagnostic validation for brake ECUs verifying DTC generation, fault clearing, and service routines
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Owned defect tracking and analysis in JIRA and Car Weaver ensuring structured communication with developers and suppliers
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Directed regression, performance, and exploratory testing to confirm brake system stability and responsiveness
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Defined test strategies, plans, and schedules ensuring on-time, high-quality software delivery
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Led and mentored testing teams, conducted KT sessions, and improved team efficiency
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Coordinated with OEMs, suppliers, and internal teams reviewing requirements, feature walkthroughs, and software maturity
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Oversaw automation and regression testing ensuring full coverage of functional requirements
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Monitored defects, metrics, and reporting guiding root cause analysis and ensuring compliance