Job description

Legrand has an exciting opportunity for a Thermal Design Engineer to join the Power & Thermal Management Division in Reno, NV. The team is seeking a highly motivated Thermal Design Engineer to support the development and optimization of next-generation power distribution and infrastructure products for data center environments. This role will be responsible for designing, analyzing and improving product-level thermal performance through simulation-driven design methodologies. The ideal candidate has hands-on experience with Computational Fluid Dynamics (CFD) modeling, Finite Element Analysis (FEA), and thermal simulation of electro-mechanical systems within a CAD-integrated digital twin or multi-physics simulation environment. This position will work cross-functionally with mechanical, electrical, and manufacturing engineering teams to ensure products meet performance, reliability, and efficiency requirements across demanding operating environments, including high-current and liquid-cooled applications aligned with Open Compute Project (OCP) architectures. What Will You Do? • Perform thermal analysis and simulation of electro-mechanical products using Autodesk CFD and Omniverse-enabled simulation environments • Model heat transfer behavior including conduction, convection, and liquid cooling systems • Develop simulation-driven design improvements to optimize product performance, power density, and thermal efficiency • Support new product development (NPD) initiatives through early-stage design validation and risk mitigation • Evaluate thermal performance of high-current busbars, PDUs, and liquid-cooled power distribution systems • Collaborate with mechanical and electrical engineers to integrate thermal solutions into product architecture • Generate simulation reports to support design reviews and qualification efforts • Support validation testing efforts by correlating simulation results with empirical data • Participate in design for manufacturability (DFM) and reliability assessments • Assist in failure analysis and root cause investigations related to thermal performance issues • Other duties as assigned. Education : Bachelor's degree from four-year College or University with emphasis in Mechanical or Electrical Engineering or comparable experience or related field; or equivalent combination of education and experience. Experience : 3+ years of experience in thermal design of electro-mechanical or power electronic products Skills/Knowledge/Abilities: • Experience with thermal management of high-power electrical systems or data center infrastructure • Familiarity with liquid cooling systems and cold-plate design • Experience working with busbar systems, PDUs, or rack-level power distribution • Knowledge of OCP hardware architectures and data center cooling methodologies • Exposure to multi-physics simulation environments • Experience integrating Autodesk Inventor CAD designs into simulation environments • Experience supporting rack-level liquid-cooled 48V or 400V power architectures • Experience with writing ECO’s using PLM software. • Experience with performing Hipot, SELV, and thermal testing. • Ability to coordinate engineering projects and demonstrate engineering technical expertise to a team. • Effective oral and written communication skills with the ability to provide information across multiple groups in the Company including Engineering, Marketing, and Sales. Thermal Design Engineer role supporting development of next‑generation data center power and infrastructure products in Reno, NV. Responsible for performing thermal analysis and simulation (CFD/FEA) to optimize product performance, efficiency, and reliability. Works cross‑functionally with mechanical, electrical, and manufacturing teams to integrate thermal solutions, support new product development, and validate designs through simulation and testing. Focus on high‑current and liquid‑cooled systems in demanding environments, driving innovation and continuous improvement.

Requirements

Must-haves

Legrand has an exciting opportunity for a Thermal Design Engineer to join the Power & Thermal Management Division in Reno, NV.
What Will You Do?
Perform thermal analysis and simulation of electro-mechanical products using Autodesk CFD and Omniverse-enabled simulation environments
Model heat transfer behavior including conduction, convection, and liquid cooling systems
Develop simulation-driven design improvements to optimize product performance, power density, and thermal efficiency
Support new product development (NPD) initiatives through early-stage design validation and risk mitigation
Evaluate thermal performance of high-current busbars, PDUs, and liquid-cooled power distribution systems
Collaborate with mechanical and electrical engineers to integrate thermal solutions into product architecture
Generate simulation reports to support design reviews and qualification efforts
Support validation testing efforts by correlating simulation results with empirical data
Participate in design for manufacturability (DFM) and reliability assessments
Assist in failure analysis and root cause investigations related to thermal performance issues
Other duties as assigned.
Education : Bachelor's degree from four-year College or University with emphasis in Mechanical or Electrical Engineering or comparable experience or related field; or equivalent combination of education and experience.
Experience : 3+ years of experience in thermal design of electro-mechanical or power electronic products
Experience with thermal management of high-power electrical systems or data center infrastructure
Familiarity with liquid cooling systems and cold-plate design
Experience working with busbar systems, PDUs, or rack-level power distribution
Knowledge of OCP hardware architectures and data center cooling methodologies
Exposure to multi-physics simulation environments
Experience integrating Autodesk Inventor CAD designs into simulation environments
Experience supporting rack-level liquid-cooled 48V or 400V power architectures
Experience with writing ECO’s using PLM software.
Experience with performing Hipot, SELV, and thermal testing.

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Platform: oracle-cloud
Effort: medium

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