Cad jobs in Deutschland

Job Description

AVL is one of the world's leading mobility technology companies for development, simulation and testing in the automotive industry, and beyond. The company provides concepts, solutions and methodologies in fields like vehicle development and integration, e-mobility, automated and connected mobility (ADAS/AD), and software for a greener, safer, better world of mobility.

• Design of internal combustion engine parts within the care of serial products
• Creation of 3D engine parts and assemblies in the Creo CAD environment
• Checks of 3D assemblies for passability and construction in the Creo CAD environment
• Management of 3D models and drawings in the ECA and Windchill database environment
• Management, maintenance and control of bill of materials in the ECA database environment

• Enthusiasm for the development of automobile powertrain (engine, gearbox)
• Willingness to learn new things
• Experience with design of automotive parts in CATIA, Creo
• Knowledge of English at communicative level, German is a plus
• Experience with KVS, ECA, AVON, TI-Cockpit of VW Group
• Experience with change management, development process in automotive industry is a plus
• Experience in applying industrial standards like Automotive SPICE, Functional Safety or Cyber Security is a plus

• A flat-rate meal allowance
• Transport allowance according to mileage
• Edenred leisure benefits
• Contribution to pension or life insurance
• Home office (2 days a week)
• 5 weeks holiday

Interested?
If so, please use our online application tool to send your application to AVL!

AVL Czech Republic is an affiliate of AVL Schrick GmbH. AVL Schrick GmbH, founded in 2002 by the AVL Group, installs and optimizes drives and high-performance systems such as batteries, fuel cells, combined heat and power plants, heat pumps, etc. with its 250 employees on behalf of globally renowned OEMs from the automotive and energy sectors. The main goal of our project is to implement environmentally friendly technical solutions, sustainably reduce CO2 emissions and reduce dependence on fossil fuels.

JBRP1_DE