Highly detail-oriented HIL Test Engineer with over 3 years of experience in automotive system validation and embedded testing, specializing in CAN, UDS, and dSPACE environments. Proven ability to design and execute robust test cases, automate sequences to improve efficiency by 30%, and lead defect analysis in Agile frameworks. Adept at ensuring compliance with ASPICE/ISO standards and collaborating across cross-functional teams to deliver high-quality automotive safety systems.
HIL Test Engineer
Bengaluru, Karnataka, India
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Summary
Spearheaded HIL validation for automotive embedded systems, focusing on airbag and restraint control modules to ensure safety and performance.
Highlights
Developed and executed comprehensive HIL test plans, including regression and functional tests, for airbag and restraint control modules, ensuring robust validation coverage.
Automated key test sequences using dSPACE tools, improving test execution efficiency by 30%.
Validated diagnostic communication via CAN and UDS protocols and verified signals through CAPL scripting, enhancing system reliability.
Managed defect reporting and tracking in JIRA, maintaining full requirement traceability with IBM DOORS to streamline issue resolution and ensure compliance.
Guided junior engineers on HIL concepts, tooling setup, and test automation practices, fostering team capability and knowledge transfer.
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Bachelor of Science (BSc)
Science
Issued By
ISTQB
dSPACE (ControlDesk, ConfigurationDesk), VT Studio, Fault Injection, Voltage Profile Simulations.
CAN, UDS, I2C.
CANoe, CANalyzer, Trace32, Lauterbach, Renesas Debugger.
Python, CAPL Scripting.
JIRA, Codebeamer, Polarion, IBM DOORS.
Test Case Design, Regression Testing, Functional Testing, Issue Reporting, Test Coverage, Failure Analysis, Severity Classification.
Passive Safety, Restraint Systems, Airbag Systems.
Agile, Scrum, Technical Reviews, Client Communication, Cross-functional Teams.
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Summary
Executed HIL validation of the Restraint Control Module (RCM), a critical component for passive safety systems that manages airbags, seatbelt tensioners, fuel cutoff, and eCall features during and after collisions.
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Summary
Led the validation of airbag deployment mechanisms within passive safety modules, ensuring functionality and safety compliance to minimize occupant injury during collisions.