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We are now looking for a CAE Crash Engineer who wants to work with advanced mechanical FEM simulations. You will be part of a global team of experts and be responsible for the early development of new technologies within the areas of electrical energy storage systems. Together with your team, you will participate in a wide range of projects with both short and long-term goals and strengthen the ESS organization with your expertise.
As a CAE Crash Engineer, you will build CAE models for battery packs and modules as well as perform crash simulations and analyze the results. In addition, you will be a key person in developing and improving the evaluation methods and modelling techniques for batteries. You will also initiate physical tests – analyze the results and validate the simulation methods. Since you are a structured person, creating technical documentation of the methods and reports of the analyses comes naturally to you. With your passion for your work, you are not afraid to present what you’ve been working with to team members and stakeholders outside the team. Together with your team, you will be able to paint the bigger picture, identify the objectives, and set priorities while also coordinating internal and external work with other departments and suppliers.
We are looking for you… … who are a problem solver and have a good knowledge in crash simulations from the automotive and the commercial vehicle industry. You are a team player who brings your strong analytical mindset to the table, with the ability to take vital actions when required. You are also a communicator with a contagious positive attitude. You want to work in an inspiring environment together with skilled colleagues and develop your professional and individual skills in the long term.
Qualifications:

• Minimum Master of Science in engineering, focusing on Mechanical Engineering or equivalent.

• More than 3 years of work experience within FE crash simulation in the automotive industry, preferrable from both passenger and commercial vehicles.
• Good knowledge in using the FE software LS Dyna.
• Good knowledge in pre-and post- processing software’s Ansa and Meta.
• Programming skills, especially Python, are meritorious.
• Experience from FE crash simulation method development and early phase / concept work are meritorious.
• Experience from a similar position and practical experience from lithium-Ion battery crash simulation from an industrial company is meritorious.
• Experience from development of crash requirement Is meritorious.
• You speak and write fluently In English.