Vehicle Control Systems Engineer — Simulation & ECU Development

Astemo Ltd.; Farmington Hills (MI); Presencial; USD 75 000 - 120 000; Tempo integral

Resumo da oferta

Astemo Ltd. seeks an engineer to contribute to development, integration, and evaluation of advanced vehicle control functions using cross-domain systems.

The role involves building, modifying, maintaining ego test vehicles, simulating environments (MIL/SIL), and collaborating with cross-functional teams to tailor software‑defined mobility solutions to network requirements and use cases. Strong coding and communication skills are essential.

Qualificações

• Design and implement test vehicle architecture, power/communication/signal network
• Develop, modify, and maintain simulation environments (MIL/SIL) and models
• Implement ECU/actuator/sensing algorithms in-vehicle
• Plan experiments, analyze data, and document findings in reports

Responsabilidades

• Design architecture, network interfaces for test vehicles and maintain ego vehicles
• Develop and improve simulation environments and vehicle models
• Implement vehicle control algorithms (ECU/actuators/sensors)
• Plan and execute experiments and analyze results
• Collaborate with cross-functional teams to create software-defined mobility solutions
• Create design specifications and development plans aligned with project direction
• Ensure compliance with safety and quality standards
• Share knowledge and maintain technical documentation

Conhecimentos

C/C++ programming

MATLAB/Simulink

Python

CAN/Ethernet networks

Model-based development

Formação académica

Bachelor's degree in Electrical Engineering / Electronics / Mechanical Engineering

Master's degree preferred

Ferramentas

MATLAB/Simulink

CarSim

dSPACE

Descrição da oferta de emprego

Astemo Ltd. seeks an engineer to contribute to development, integration, and evaluation of advanced vehicle control functions using cross-domain systems.

The role involves building, modifying, maintaining ego test vehicles, simulating environments (MIL/SIL), and collaborating with cross-functional teams to tailor software‑defined mobility solutions to network requirements and use cases. Strong coding and communication skills are essential.