Garrett Advancing Motion is Hiring for Development Engineer

• To drive design and development activities (design, FEA, CFD, APQP, etc.) for development of turbocharger technologies, as part of new product development and customer launch. Design, simulate & qualify the turbocharger components and assemblies to meet internal validation requirements and customer needs. Define and update product specification and operational limits, relative to the successful validation of turbochargers to market needs, quality documents, design reviews and technical reports (External FA, PRA, DFMEA & DFM’s).
• Propose & integrate technical and cost-effective solutions with the support of the different functional domains, working in a multi-functional environment and utilizing appropriate simulation tools and methodologies. Define and execute qualification activities, required for product release. Order prototypes, set up test conditions and analyze test results.
• Internal and external support to developing and launching turbochargers at customers, with close collaboration with the multi-functional teams, including supply base, SQD, Manufacturing team and other functions supporting the launch. Provide technical support for Technical Offers, Design Reviews or qualification activities.
• Prepare documentation in clear and technically accurate manner and communicate it to internal and external customers.
• To develop improvement activities linked to Garrett qualification processes, tools and procedures.

Qualifications:

• Bachelor Degree or above in Mechanical Engineering, Automotive Engineering or other related engineering discipline is required
• Experience in the Automotive industry, ideally in gasoline and/or diesel engines development, turbomachinery, mechanical design or testing experience is preferred
• A fundamental knowledge in mechanical and aerodynamic design of turbochargers
• A fundamental knowledge of internal combustion engines
• Ability to learn new skills and processes, in development simulation methods and tools
• Knowledge of simulation tools
• Knowledge of design tools and methodologies
• Knowledge of mechanical systems and rotor dynamics
• Knowledge of materials and manufacturing processes
• Knowledge of thermodynamics and fluid mechanics
• Advanced in speaking and writing English is essential