Job Title: Engineer – Computational Fluid Dynamics
Summary:
The Computational Fluid Dynamics Engineer is responsible for fluid and heat transfer analysis related to the filling and emptying of conformable hydrogen pressure vessels. This engineer will use commercial CFD codes as well as custom reduced-order models. Work will be done in collaboration with Product Engineers and Development Engineers to ensure that tank designs meet product requirements.
Performance Expectations
SolidWorks, or similar CAD modeling is a must. Hands on and computational/numerical experience is essential.
Perform finite element modeling, simulation, and analysis using ANSYS or similar, and SolidWorks, CATIA, or other CAD software.
Automotive (preferred) CFD simulation of thermal components and systems.
Fluid mechanics and heat transfer in automotive systems including laminar and turbulent flow as well as convection, conduction and radiation.
Strong Knowledge and understanding of fluid mechanics and the thermal sciences.
Ability to read complex engineering drawings and generate 3D CAD models from them.
Assist team in development of innovative, robust mechanical designs by imparting knowledge of material thermal properties and fluid dynamics.
Enhance and/or develop new simulation tools/capabilities as needed.
Provide technical guidance and direct support to team members to conduct testing of the hydrogen vessel to validate the design and performance objectives and achieve technical project milestones.
Lead simulation for filling and emptying pressurized hydrogen tanks.
Conduct 3D CFD simulations of filling and emptying using commercially available software, Ansys Fluent is preferred.
Recommend product design changes to optimize filling and emptying performance
Comply with all applicable company policies and procedures (i.e. Quality Systems Procedures).
Credentials
Bachelor of Science in Engineering or equivalent. Master of Science in Engineering is preferred. 5+ years of experience with Ansys Fluent or equivalent Strong design and integration skills using 3-D CAD software. High degree of mechanical understanding. Well-developed understanding of hydrogen gas systems Working knowledge of different composite materials and/or systems, preferred 5+ years of automotive or aerospace product development experience preferred Experience modeling high pressure vessels and/or equipment is strongly preferred Experience writing reduced-order model simulation code based on ODE/PDE solvers (Python or MATLAB preferred)Desired Characteristics
Strong design and integration skills using 3-D CAD software.
High Degree of mechanical understanding.
Well-developed understanding of composite structures and manufacturing techniques.
Working knowledge of different fiber and resin systems.
5+ years of automotive or aerospace product development experience preferred.
Experience modeling high pressure vessels and/or equipment preferred.
Enjoy a combination of computer-based and pen-and-paper theoretical work.
Thrive in a dynamic R&D environment and adapt smoothly to our evolving needs.
Contribute to our highly collaborative organization by working independently with limited oversight and proactively learning from and teaching members of our team.
Demonstrate excellent skills in documentation, organization, and communication.
What Linamar Has to Offer
Competitive Compensation
Employee Benefits package includes but not limited to, Drug, Dental & Vision etc.
Opportunities for career advancement.
Sustainability Counsel
Community based outreach supporting both local and global initiatives and charities.
Discounts for local vendors and events, including auto supplier discounts.
About Us
Purchased by Linamar in 2003, McLaren provides design, development, integration, manufacturing, and testing capabilities that provide our customers a world-class, full-service supplier partner that develops complete vehicle powertrain & driveline systems for both the global electrified and traditionally powered vehicles
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