SYSTEMS ENGINEER - Automotive

SYSTEMS ENGINEER

Education:

Bachelor’s or master’s degree in mechanical, Mechatronics, Electrical, or Electronics Engineering.

Experience: 10+ years of automotive enggineering experience. We are seeking a

System Engineer

to lead the design, integration, and validation of components for 2-wheelers and combining mechanical precision, electronic control, and embedded software. The role requires hands-on experience in mechatronic system architecture, requirements engineering, and cross-disciplinary coordination to bring an innovative product from concept to prototype.

Key Responsibilities:

Define

system architecture

integrating mechanical, electrical/electronic, and software elements. Capture and manage

system requirements,

interfaces, and performance targets using structured tools (e.g.,

DOORS ) Lead concept design and trade-off studies to balance cost, performance, weight, and manufacturability. Collaborate with

mechanical design ,

electronics hardware , and

embedded software

teams for system integration. Develop and maintain system-level documentation -block diagrams, DFMEA, interface matrices, and specifications. Verify system concepts through simulations, modeling, or prototypes, comparing technical solutions to assess performance. Collaborate with global cross-functional teams to drive design discussions and resolve technical challenges. Interface with suppliers and testing agencies for prototype parts and homologation support. Support prototype build, calibration, and troubleshooting of mechanical-electronic interactions. Drive system validation and verification activities through simulation (CAE), bench, and vehicle testing. Contribute to project planning, risk assessment, and technical reviews.

Proprietary Required Skills Strong understanding of

system architecture

development, functional decomposition, and systems thinking. Should have hands on experience in building vehicles (cycles, bikes, or cars), parts, etc Should have participated in actively in build events like BAJA, etc Good understanding of AGILE development methodologies, and configuration management tools. Excellent communication and technical leadership skills to collaborate across diverse engineering domains. Familiarity with sensor technology and design, especially for torque, position, and motor sensors Good Knowledge of Vehicle Dynamics

Preferred Skills Understanding of electrical architecture, heat transfer fundamentals, and thermal modeling for power systems. Previous experience in electro-mechanical systems design for Electric Power Steering (EPS) or Steer-by-Wire systems is a plus. Ensure compliance with automotive quality processes (ASPICE, ISO 26262 where applicable).