Component & Subsystem CAE Engineer

Inside the Role

As a CAE Engineer III, you will take ownership of complex simulation and analysis activities to support product development and engineering decisions. The role focuses on evaluating and interpreting simulation results, understanding technical relationships and trade-offs, and translating findings into actionable design recommendations and solutions. Beyond executing simulations, you will drive complex technical scopes across functions, develop and improve simulation methods, evaluate new technologies, and lead projects within your area of responsibility. You will work closely with engineering partners to define requirements and targets, resolve technical challenges, and support decisions that balance product performance, quality, manufacturability, cost, and timing

Posting Information

We provide a scheduled posting end date to assist our candidates with their application planning. While this date reflects our latest plans, it is subject to change, and postings may be extended or removed earlier than expected.

We Take Care of Our Team

What You Drive at DTNA

• Perform and lead complex CAE simulation and structural analysis activities at the component and subsystem level to support product development and validation.
• Evaluate simulation results, identify key technical relationships and trade-offs, and translate findings into clear engineering recommendations and design improvements.
• Partner with Product Engineering, VLD, Analysis, Validation, and other cross-functional teams to define simulation requirements, technical targets, and validation strategies.
• Drive simulation-to-test correlation activities, using physical test results to validate models and improve the predictive capability of CAE methods.
• Independently develop technical approaches and determine next steps to resolve complex engineering challenges.
• Lead technical projects and work packages, coordinating priorities, interfaces, timing, and deliverables across multiple engineering functions.
• Develop, improve, and implement CAE methods, tools, and processes to expand simulation capabilities and improve engineering efficiency and accuracy.
• Evaluate emerging simulation technologies and methodologies and identify opportunities for application within the product development process.
• Communicate technical findings and recommendations to engineering stakeholders and influence decisions related to product performance, quality, manufacturability, cost, and timing.

Knowledge You Should Bring

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