Software Electronic control system

As a Software Electronic Control System for Automotive, your role involves designing and developing software for automotive electrical electronics parts and implementing in-vehicle networks. Your responsibilities will include: -Preparing electronic controllers software specification and in-vehicle network design specifications. -Conducting software design checks. -Interacting with suppliers and managing supplier relationships for controller software development. -Conducting technical reviews and design reviews with suppliers. -Evaluating parts at both vehicle and part levels. -Coordinating to meet design and development targets. -Project management, including optimization and benchmarking in design. In terms of technical and functional requirements, you should have: -Good knowledge of all vehicle electrical electronics parts/systems. -Experience in model-based software design. -Ability to create software specifications for automotive electronic controllers and in-vehicle networks (CAN/LIN). -Proficiency in using CANOE software. -Understanding of vehicle-level testing of electronic controllers software. -Experience in encryption and cyber security. Desirable qualifications include: -Experience working in an Automotive OEM with full vehicle development cycle exposure. -Minimum 2 years of hands-on experience in automotive electronic controller software development. -Understanding of Vehicle Product Development Life cycle. From a behavioral perspective, you are expected to be: -An effective team player with a positive attitude. -Stay updated with industrial trends (global & domestic) and apply relevant knowledge in your work. -Coordinate department activities and represent in various forums. -Possess good interpersonal, communication, and presentation skills. Please note that the age limit for this position is between 22 to 27 years, and the educational qualification required is a B.E/B.Tech in Electrical/Electronics/Mechanical. Additionally, desirable experience includes expertise in automotive software architecture, model-based software design, testing & validation, software development, requirement management, in-vehicle networks (CAN/LIN), cyber security, vehicle gateways, design improvements, preparing MATLAB models for controller logic, and working with Hardware In Loop Simulation (HILS).,