Do you want to take part in the future of sustainable mobility? The mechanical engineer is at the heart of electric vehicle development, designing and optimizing essential mechanical systems such as structures, motors, chassis, and propulsion devices. They work on the integration of these systems to ensure the performance, safety, and efficiency of electric vehicles.
Main responsibilities
Design and develop the mechanical systems of electric vehicles, including motors, transmissions, and chassis.
Optimize the performance of mechanical systems, ensuring vehicle reliability, safety, and efficiency.
Analyze and solve mechanical problems, notably regarding durability, aerodynamics, and vehicle dynamic behavior.
Collaborate with engineering teams to integrate mechanical systems with other electric vehicle technologies.
Carry out tests, simulations, and validations to ensure designs meet performance requirements and industry standards.
Desired skills
- Expertise in the design and modeling of mechanical systems for electric vehicles.
- Knowledge of materials, propulsion technologies, and mechanisms related to electric vehicles.
- Experience in optimizing mechanical performance, particularly in a sustainable mobility context.
- Proficiency with mechanical simulation tools and computer-aided design (CAD).
- Ability to work in a team with engineers from other disciplines (electrical, electronic, software) on multidisciplinary projects.
Why choose this career?
If you are passionate about mechanics and vehicle design, this profession allows you to contribute directly to innovation and the transformation of the automotive industry toward sustainable mobility solutions.
Benefits of the job:
- Take part in creating higher-performing, more environmentally friendly vehicles.
- Contribute to the sustainable mobility revolution by developing electric vehicles.
- Work on innovative projects with cutting-edge technologies.