FIND OUT MORE ABOUT THIS OPPORTUNITY
Work on turbine flow control technology performing design optimization and mechatronic analysis on boosting turbochargers for automotive industry.
Optimize and analyze the kinematic mechanism design, perform simulations (FEA, MBS, CFD) and validate models with laboratory results.
Work as a team with the development engineers and mechanical designers to develop new concepts and perform design optimization.
The project will require benchmarking of technologies, concept geometries, advanced features & suppliers as you work on challenging innovation tasks under the mentorship of experienced mechatronic engineers and designers.
Interact with subject matter experts in systems, combustion engine boost control, mechanical integration and kinematic simulation.
Exposure to business products and processes that drive next generation technology.
Opportunity to innovate, create and drive a project from start to finish, taking ownership and finding solutions to meet overall goals.
DESIRABLE BACKGROUND
Student in last year (of Masters) of Engineering degree in Mechatronics
Appropriate expertise in mechatronic engineering and fluid dynamics modelling (MBS, FEA, CFD, …), & experience with related tools (ANSYS, GT-Power, …).
Understanding of internal combustion engines & turbocharger boost control
Hands on skills are highly appreciated
Self-motivated, flexible, independent
Good communication skills in both written and spoken English
Duration: 6-9 months
WE ARE OFFERING
An ability to integrate a high technology, collaborative & passionate team
Gain hands-on experience in a cutting-edge industry
Discover high paced Automotive product development on an innovative technology
Career opportunities, enhance your technical skills and build your resume.
Dynamic and international work environment