The Mechanical Design Engineer will be part of the fast growing development team that is responsible for the
development of hybrid powertrains. He/she will play a critical role in the design and development of these products.
Job description:
Develop housings of electric propulsion systems in support of functional and manufacturing requirements ie. Strength, Durability, Efficiency, Weight, Cost and NVH behavior and overall vehicle package, and Capability for die-casting and machining.
Responsibilities:
- Strong technical experience and knowledge in Torque transfer (gear, shaft bearings, …) and design and/or manufacturing experience accordingly
- manufacturing expertise,
- gear design expertise,
- bearing expertise, etc.) stand-alone can add great value
Profile / Requirements :
Basic Qualifications:
- MSc or PhD in mechanical engineering
- Profound knowledge on HPDC design and manufacturing and opportunities/restrictions by casting technology
- Knowledge and experience in designing highly stressed mechanical components for automotive propulsion systems
- Project Management Knowledge and Experience, capable to plan and manage activities within the Component Responsibility
- CAE and diecast/mold-flow simulation good knowledge, PLM & CAD base knowledge (Windchill, CREO)
- Experience or affinity with Automotive engineering and related processes
knowledge and experience on standard automotive processes (FMEA, 8D, 6sigma, APQP, DVP, robustness engineering)
Preferred Skills and Experience:
- Strong expertise in analysis and design of transmission housing and its components
- Profound experience design and verification of HPDC components incl. corresponding manufacturing techniques
- Experience with both analytical and numerical (FEA) simulation techniques
- Experience in automotive development scheme and related processes ie. FMEA, APQP, DCP, 6-Sigma, 8D
- Teamplayer, able to work in a multidisciplinary, international and dynamic environment
- Strong personality that is able to manage challenging situations (issue resolution, timing constraints, priorities, etc.)