Are you a Multibody Dynamics Engineer with a passion for problem-solving and a drive to innovate? Join our Durability Loads team and play a pivotal role in engineering the next generation of adventurous and resilient vehicles. You'll be instrumental in generating comprehensive vehicle loads, utilizing advanced
suspension and full-vehicle simulation methods. Your expertise will directly impact the robustness of our designs by providing critical load data to stakeholder teams.
We're looking for a highly motivated individual with a can-do attitude, exceptional problem- solving abilities, and strong organizational and time management skills. If you're ready to collaborate with an industry-leading team dedicated to pushing the boundaries of vehicle durability, we want to hear from you.
Develop and Optimize Models: Build, manage, and leverage high-fidelity multibody dynamics (MBD) models for suspension, EV powertrain and full-vehicle systems.-
Validate and Refine Simulations: Assist in validating and refining MBD models for accurate vehicle dynamics behavior, correlating them with K&C test data.
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Support Data Correlation: Contribute to the correlation process between full-vehicle virtual MBD and physical RLDA test data for durability surfaces, guided by senior engineers.
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Collaborate on Testing: Work with the vehicle durability testing team to ensure appropriate instrumentation for RLDA correlation and assist in reviewing test data.
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Drive Cross-Functional Alignment: Partner with chassis and vehicle dynamics teams to ensure a coordinated approach to model building and accurate load generation.
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Generate Durability Loads: Assist in generating comprehensive durability loads throughout the vehicle at individual joints using MBD simulations.
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Communicate Insights: Create clear and informative reports to effectively communicate simulation results to stakeholder teams.
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Foster Product Development: Collaborate with other functional groups (e.g., chassis & body design, vehicle dynamics, packaging, architecture) to ensure synchronized product development and validation.
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Document & Innovate: Create and maintain simulation methods documentation to enhance team knowledge and efficiency.
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Grow Your Expertise: Participate in training sessions and workshops to continuously enhance your technical skills and understanding of MBD simulation techniques and durability, actively seeking guidance from senior team members.
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Bachelor's degree in Engineering (or equivalent) with at least 1 year of experience in automotive product development.
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Strong understanding of automotive system fundamentals.
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Excellent communication, problem-solving, and time management skills.
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Experience with MSC ADAMS/Car (preferred).
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Proficiency in Python, C/C++ & MATLAB scripting (preferred).
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Preferred:
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FSAE/Baja SAE experience.
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Experience generating flex bodies using CAE tools.
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Experience with Simpack, Carmaker & nCode.
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Working knowledge of FEA Analysis toolsets (e.g., ABAQUS, Nastran, Optistruct, LSDyna).
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Experience with Atlassian tools (e.g., JAMA, JIRA).
