DescriptionGarrettis the true pioneer of automotive turbocharging dating back more than 60 years and continues today as the worlds leader in turbo technology solutions and an experienced supplier of electric boosting products and automotive software to support passenger carscommercial vehicles and off-highway equipment. With a worldwide footprint of engineering centers testing labs and manufacturing facilities Garrett serves all major automotive companies to implement key differentiated technology offerings. Bring your passion to a fast paced and professional work atmosphere.
FIND OUT MORE ABOUT THIS OPPORTUNITY
- Perform CFD simulation for spray jet cooling systems develop simplified methodologies and evaluate pros/cons
- Develop simulation techniques for effective meshing using alternative SW tools (Simscale Fluent -cutcell mesh) perform standardized CFD simulation for E-PWT products
- perform CFD simulations in ANSYS CFX Fluent Simscale run simulation and simulation benchmarks on complex model compare effectivity of different simulation tools - speed/cost
- Support product development and application launches launch issues and field issues when appropriate.
DESIRABLE BACKGROUND
- Student in last year (of Masters) of mechanical engineering
- Hands of experience in the areas of CFD simulations Ansys CFX/FLUENT needed. Simscale or OpenFOAM beneficial.
- Experience with Office Suite
- Good communication skills in both written and spoken English (At least technical English level)
- Duration: minimum 6 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
Required Experience:
Chief
DescriptionGarrettis the true pioneer of automotive turbocharging dating back more than 60 years and continues today as the worlds leader in turbo technology solutions and an experienced supplier of electric boosting products and automotive software to support passenger carscommercial vehicles and o...
DescriptionGarrettis the true pioneer of automotive turbocharging dating back more than 60 years and continues today as the worlds leader in turbo technology solutions and an experienced supplier of electric boosting products and automotive software to support passenger carscommercial vehicles and off-highway equipment. With a worldwide footprint of engineering centers testing labs and manufacturing facilities Garrett serves all major automotive companies to implement key differentiated technology offerings. Bring your passion to a fast paced and professional work atmosphere.
FIND OUT MORE ABOUT THIS OPPORTUNITY
- Perform CFD simulation for spray jet cooling systems develop simplified methodologies and evaluate pros/cons
- Develop simulation techniques for effective meshing using alternative SW tools (Simscale Fluent -cutcell mesh) perform standardized CFD simulation for E-PWT products
- perform CFD simulations in ANSYS CFX Fluent Simscale run simulation and simulation benchmarks on complex model compare effectivity of different simulation tools - speed/cost
- Support product development and application launches launch issues and field issues when appropriate.
DESIRABLE BACKGROUND
- Student in last year (of Masters) of mechanical engineering
- Hands of experience in the areas of CFD simulations Ansys CFX/FLUENT needed. Simscale or OpenFOAM beneficial.
- Experience with Office Suite
- Good communication skills in both written and spoken English (At least technical English level)
- Duration: minimum 6 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
Required Experience:
Chief
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