Bajaj Auto—Lead - Telematics

Job description

Description: Position: Lead – Telematics Experience Level: 12 – 20 years. Location: Pune/ Bangalore Desired Qualification: BE/ BTech/ ME/ M.Sc./ Mtech in Electronics (& Telecommunication)/ Instrumentation/ Controls/ Electrical Engineering/ Computer Science from a reputed institute. Job Description: Join our Telematics Engineering team to lead the development and optimization of the Vehicle Network Interface. You will be the bridge between the vehicle’s edge-level implementation and the cloud, managing the critical firmware that powers Analytics, Over-the-Air (OTA) Updates, and Remote Diagnostics. This is a high-impact role where you will not only maintain current systems but also architect the connectivity solutions of the future. Required Exposure: - Understanding of overall IOT frameworks from security and data communication standpoints. - Understanding of MQTT protocol, TCP/IP and UDP. - Knowledge of security implementation using certificates in PKI environment. - Hands – on exposure to CAN-FD, UART and SPI drivers - Hands – on exposure to UDS and ISO-TP protocols. Preferred add-ons: - Working experience with Renesas RH850 microcontroller using GreenHills/ CS+ compiler and E2 debugger using C/ C++. - Experience with Doxygen for document generation. - Scripting skills (Perl/Python/VB) would be an added advantage. Core Responsibilities - System Ownership: Manage the microcontroller-based firmware that interfaces between the vehicle network and the cellular modem. - Feature Implementation: Drive the edge-level logic for critical telematics functions, including OTA Flashing, remote diagnostics, and data analytics. - Root Cause Analysis: Lead cross-functional troubleshooting to determine if issues originate in the Cloud, Network Interface, or Vehicle Interface, and coordinate resolutions. - Connectivity Optimization: Partner with stakeholders to refine device provisioning and optimize network traffic to ensure a robust, high-performance connection. - Architecture Evolution: Identify design improvements and participate in shaping the next-generation connectivity architecture for future vehicle platforms. - Problem Solver: Ability to analyze complex system logs to debug intermittent connectivity issues in a distributed cloud-to-vehicle ecosystem. - Collaborative Mindset: Experience working with cloud engineers and system architects to optimize end-to-end data flow.