As a System Engineer, you will be the technical backbone of our projects. You will translate our customers' vision into a concrete engineering reality. Your key responsibilities will include:
Architecting the System: Act as the lead technical authority, translating customer needs into precise system-level requirements and specifications for our electric propulsion systems.
Bridging the Gap: Deconstruct high-level vehicle requirements into detailed functional, performance, and non-functional requirements for our motor and MCU subsystems.
Ensuring Excellence: Conduct in-depth system analysis focusing on performance, efficiency, and responsiveness. You will own the system testing and release strategy, adhering to the V-model development process.
Defining Interactions: Master the complex interfaces between our system and the vehicle's inputs/outputs, defining everything from core functions to critical error-handling reactions.
Guiding Software Development: Convert vehicle-level needs into actionable software function requirements, directly influencing how our systems behave.
Driving Quality: Define, execute, and oversee comprehensive system verification and validation plans, ensuring our products are robust and reliable.
We need a strategic thinker with a good understanding of vehicle systems and a passion for problem-solving.
You are a natural communicator, comfortable leading technical discussions with both customers and our internal engineering experts.
You excel at troubleshooting complex issues, quickly identifying root causes and implementing effective solutions.
You are a forward-thinker, eager to contribute to the development of our next-generation platform concepts for electric mobility.
You are a mentor at heart, willing to guide and develop junior engineers and trainees.
You are meticulous and organized, ensuring all technical documentation and reports are comprehensive and delivered on time.
BE/B.Tech
Minimum 3-4 years of experience in development / engineering applications
Very good knowledge and/or experience on various powertrain topologies, architecture about electric vehicle powertrain (EV)
Good knowledge and/or experience in working with various types of sensors, actuators, electric motors, battery types, electronic control unit’s architecture and control algorithms
Good knowledge on system engineering procedures, V model practices & instructions etc…
Very good knowledge in software architecture and motor control algorithms (SVM, SVPWM, etc.) .
Knowledge on Autosar, UDS, function safety and OBD are added advantage
Enthusiastic about working on EV with problem solving mindset
Understanding about the component drawing and its specifications released for the 3D model
