Turbine Flow Control Design and Analysis Intern

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