Toyota Racing is looking for a highly skilled Senior Powertrain Design Engineer (m/f/d) with deep experience in high‑performance ICE development. This role is aimed at engineers with a strong background in Formula 1 or a comparable top‑tier motorsport environment, especially those who have designed engine components, core ICE systems or prototype power units.
You will play a key role in the design and development of advanced engine components for current and future motorsport programmes. This position offers technical ownership, close collaboration with specialist teams, and the opportunity to influence the next generation of high‑performance powertrains.
What We Offer
- A cutting-edge technical environment for engine development and testing.
- Direct influence on performance-critical powertrain components.
- International team and strong engineering culture.
- Competitive package and 30 days annual leave.
- A workplace where dedication to engineering excellence truly matters.
Your Responsibilities
- Design and develop high‑performance ICE components including structural and rotating parts.
- Create, optimise and release 3D models and technical drawings using CATIA V5.
- Drive prototype layouts and contribute to concept, validation and performance optimisation.
- Collaborate closely with Simulation, Testing, Manufacturing, Materials and Assembly teams.
- Analyse mechanical, functional and durability requirements for motorsport applications.
- Support technical planning and cross-functional discussions for future powertrain programmes.
Your Profile
- 5+ years of experience in engine or engine component design within high‑performance/prototype environments.
- Advanced CATIA V5 user with strong modelling, detailing and release capabilities.
- Formula 1 experience in power unit or ICE component design
- Deep understanding of high‑performance engine mechanics, thermomechanics and system behaviour.
- Knowledge of the latest Formula 1 or other top class motorsport technologies
- Comfortable working in rapid development cycles with high technical responsibility.
- Ideally experience with H2‑ICE topics, advanced materials or failure analysis.