Master Student (m/f/d) 3D Simulation of Particle Flow during Thermal Runaway of Lithium-Ion Batteries with Hybrid LMP/DEM Approach

Reference code: 50024_BE_30

Master Student (m/f/d) 3D Simulation of Particle Flow during Thermal Runaway of Lithium-Ion Batteries with Hybrid LMP/DEM Approach

Location:
Aachen
Working hours:
Full-time
Fixed-Term

Target Group:
Students
Company:
FEV Europe GmbH

Mobility connects people. People shape mobility. With over 6,600 employees around the globe, we develop revolutionary and efficient drive systems, we cross-link vehicles with each other and their surroundings, and we strive to make our lives safer using intelligent systems. We need the right people at the right place to do so. People who turn visions into reality – who think outside the box and promote innovation. People who are ready to push the envelope. Are you ready?

What we do – and why!

Mobility connects people. People shape mobility. With over 7,100 employees around the globe, we develop revolutionary and efficient drive systems, we cross-link vehicles with each other and their surroundings, and we strive to make our lives safer using intelligent systems. We need the right people at the right place to do so. People who turn visions into reality – who think outside the box and promote innovation. People who are ready to push the envelope. Are you ready?

Tasks

• You are involved in the further development of the 3D simulation approach (CFD) for simulating the particle flow during the thermal runaway of lithium-ion batteries and contribute to the safety of battery systems
• You develop a discrete element approach (DEM) for large particles
• You first test your approach in a surrogate model before integrating it into the existing model
• You define the required input for your model and suggest validation methods
• You document your progress and present it regularly in order to successively optimise your model

Qualification

• You are studying mechanical engineering, computational engineering science, energy technology, automotive engineering or similar
• You are interested in computational fluid dynamics (CFD)
• You have practical CFD experience and have ideally already worked with Star-CCM+
• You are motivated to familiarise yourself with a complex topic
• You work independently, diligently and in a structured manner

What we offer

Shape the mobility of tomorrow
Work on innovative and cutting-edge challenges.

Work flexible
Our flexible model of scheduling work, our attractive remote-work-model and our office daycare (site-dependent) center will allow you to find a perfect balance between your personal and professional life.

Expand your horizons
Not only will working on new technologies every day help you improve yourself, but our continuing education program will also help you stay up to date at all times.

Keep in shape
An extensive offering of company sports activities (site-dependent) and company health management will keep you in shape and ensure you are well balanced.

Experience appreciation
An attractive base salary and numerous other benefits offer new opportunities for you.

Personal contact

Nicole Bahr
Human Resources

Phone +492415689355

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