Job Title

We are looking for a Thermal Mechanical Engineer to join our team, reporting directly to the Thermal Mechanical Engineering Manager. In this key role, you will lead the design and development of innovative Direct Liquid Cooling solutions, including passive cold plate loops, manifolds, and modular components. Responsibilities Use thermal and mechanical engineering principles to lead the design and development of custom passive coldplate loops and rack & chassis manifolds, leveraging knowledge and experience in heat transfer, fluid dynamics, ergonomics and manufacturability to optimize design outcomes. Foster close collaboration with crossfunctional teams and customers to ensure seamless integration of products into overall cooling system designs and effective project execution. Oversee the fabrication and testing of products, conduct experiments, collect data, and iterate designs to achieve desired thermal and mechanical performance. Aid in conducting comprehensive reviews of designs and drawings produced by junior team members, providing feedback on mechanical and thermal designs, drawing best practices and approving engineering drawings for use in manufacturing and assembly of products. Develop detailed engineering documentation, reports, and articulate technical presentations to effectively communicate design concepts, testing outcomes, and recommendations to both internal teams and external stakeholders. Utilize CAD and simulation tools and engineering principles to aid in mechanical and thermal design of cooling products, driving new product introduction (NPI) efforts from concept to mass production. Basic Qualifications Bachelor''s degree in Mechanical Engineering. Minimum of 6 years of relevant experience in thermal/mechanical engineering with a P.Eng designation or similar professional. Highly proficiency in using CAD and simulation software (e.g. Solidworks, Celsius EC) to create detailed mechanical designs & drawings and predict & optimize performance. Solid understanding of fluid dynamic principles, especially as they relate to heat transfer and fluid flow in cooling systems. Proven ability to design components for mass production using a variety of manufacturing methods and engineering principles (Statistical tolerance analysis, GD&T, FMEA, DFM & DFA). Preferred Qualifications A Masters degree in relevant thermal or fluid dynamics field is an asset. Experience in a mass production environment is an asset. Skills Strong analytical and problemsolving abilities, with a focus on datadriven decisionmaking. Experience in conducting experiments, analyzing results, and iterating designs based on findings. Excellent written and verbal communication skills. Benefits Vacation and flex days, and paid companywide shutdown during the holiday season. Comprehensive benefits including Dental, Drugs, Optical, Paramedical and Health Spending. These costs are covered by CoolIT and are enacted from your first day. Dress for your day in a casual yet professional environment. Retention rewards like The Big Coffee Break that reward tenure with additional vacation time and a monetary bonus. #J-18808-Ljbffr