Job Description

Role & responsibilities Drive the HW architecture and component selection/decision for the next generation Telematics/connectivity systems involving NAD, BLE, Wi-Fi, UWB, GPS/GNSS technologies. Expertise in recommending LF/RF design solutions to maximize the ECU Hardware design efficiency/performance in the areas of Remote Telematics Control Unit, Passive Entry Passive start systems (PEPS) and other Automotive connectivity systems. Work proactively with silicon vendor partners to drive design features and technology road map. Provide technical expertise for LF, RF, BLE, Wi-Fi, UWB, NFC, NAD, and connectivity modules. Knowledge about ISO26262 and Cyber security implementations Support HW Engineering group during advanced design phases, system architecture definitions and ECU development / Qualifications. Support discussions between the HW Engineering and the Semiconductor groups for High level Telematics/Connectivity modules. Evaluate or test the next gen modules/semiconductor part offerings from different suppliers and help recommend the best fit part for design. Ability to collaborate and work with global team spread across different regions and time zones. Preferred candidate profile Minimum 3 years of experience in automotive embedded electronics designs or hardware/system architectural role. Knowledge of Telematics unit, Automotive vehicle connectivity systems and ECU design, development, and testing. Experience in Automotive ECU design, RF/LF design, power management, high speed interfaces, memories, data networking. Strong teamwork spirit, excellent oral and written communication skills. Experience in automotive (preferred) area Experience in Telematics/connectivity modules, GPS, GNSS, Wi-Fi, BLE, NFC, UWB technologies. Basic understanding of Board software/Bring up software. Knowledge of safety standards including ISO 26262, Euro NAP, and Security regulations would be a plus.