Mechanical Engineer Advanced Engineering

Direct Hire opportunity for a Mechanical Engineer to join an Advanced Engineering team responsible for designing and optimizing HVDC and LVDC power systems for advanced data center environments. This role focuses on developing high-performance thermal and magnetic solutions that support reliable large-scale GPU deployments.

Salary: $200000-$300000 per year depending on experience skills qualifications
Benefits: Retirement or pension plan Health dental and vision and PTO

Relocation assistance provided for the right candidate

Responsibilities

• Lead mechanical and thermal design of HVDC/LVDC power distribution systems and high-power electronics for multi-gigawatt GPU data center deployments.
• Design enclosures structural assemblies and integrated cooling solutions for high-voltage DC power equipment and power electronics.
• Perform thermal analysis (CFD) and develop heat dissipation strategies for high-power density systems including cold plates heat exchangers busbars and airflow management.
• Solve high-current busbar design challenges including conductor sizing thermal interface optimization and electrical contact resistance management for multi-megawatt systems.
• Address EMI/EMC shielding creepage/clearance requirements and mechanical integration of power modules capacitors and semiconductor devices in compact high-reliability packages.
• Define and execute mechanical and thermal validation testing including structural FEA thermal cycling vibration and environmental qualification for power electronics assemblies.

• 7 years of mechanical design experience in power systems high-power electronics or energy infrastructure with strong thermal management background.
• Deep expertise in structural design heat transfer CFD analysis electronics packaging and outdoor-rated electrical equipment enclosures.
• Proficient in CAD software (SolidWorks AutoCAD) and thermal simulation tools (Ansys Fluent or similar) familiar with high-voltage DC systems and NEC UL or IEC standards.
• Self-starter who thrives in fast-paced environments and can drive complex thermal-mechanical-electrical integration projects independently with minimal oversight.
• Strong understanding of materials for high-power applications including copper/aluminum alloys thermal interface materials potting compounds and high-voltage insulation systems.
• Experience with Design for Manufacturing/Assembly principles manufacturing processes (sheet metal machining casting) and bringing designs from prototype through to high-volume production

If you are interested in learning more about this role please submit your resume for immediate consideration!

Text ME tofor faster response