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Role summary
Responsible for Design and development of vehicle lighting systems, switches, horn, and flasher units, wiper etc for new vehicle programs.
Experience: 4–6 Years
Qualification: B.E./B.Tech – Electrical / Mechanical/Mechatronics Engineering
Industry: Automotive / Electric Vehicles
Function: Design and development
Job Description
1. Support development of vehicle lighting and signalling systems for new vehicle platforms from concept to production readiness.
2. Coordinate with cross-functional teams for design and integration activities.
· Develop and integrate vehicle lighting systems including headlamps, tail lamps, position lamps, turn indicators, and hazard lamps.
· Coordinate with suppliers for lamp design, validation, and prototype development.
· Support development and integration of vehicle switches, horn systems, and flasher units.
· Work closely with wiring harness, electrical architecture, and vehicle integration teams.
· Support vehicle prototype builds and electrical system debugging.
· Resolve electrical and functional issues during development.
Required Skills
· Knowledge of automotive lighting systems and signalling components.
· Knowledge of manufacturing process of lighting systems.
· Understanding of vehicle electrical architecture and wiring harness integration.
· Familiarity with switches, horn systems, and flasher circuits.
· Knowledge of CAN communication and ECU interfaces.
· Experience in component validation, testing, and troubleshooting.
· Understanding of automotive regulatory standards for lighting and signalling.
Job ID: 152916911
Skills:
electronic engineering, Hardware circuit design, European compliance standards, UL standards, engineering analysis, Troubleshooting, Drives and controllers
Skills:
electronic engineering, Analysis, Hardware circuit design, Troubleshooting
Skills:
mosfet , laboratory equipment , power converters , thermal management , Jama, Can, Lin, Electronic loads, Oscilloscopes, Inverters, Power analyzers, Automotive Ethernet, SiC, magnetics, IGBT, Requirements management and traceability tools, Power semiconductor devices, Automotive EMC and electrical validation standards, EMI EMC design principles, Motor drive systems, Programmable power supplies, Onboard chargers, Environmental and thermal chambers, Embedded Systems, Firmware interactions, Gate driver circuits, Power electronics systems, Automotive communication protocols