Multiphysics Design Engineer

Overview

As Multiphysics Design Engineer, you will shape advanced mechanical systems for high-performance electric machines, spanning electromagnetic, thermal, and structural domains. You’ll influence products from concept to production in a hands-on environment with onsite manufacturing and test facilities. Your work will combine design optimization, data interpretation, and cross-functional collaboration to deliver reliable, efficient motors. This role offers the chance to impact sustainable energy solutions at scale and contribute to cutting-edge cooling and material concepts. You will join a mission-driven team focused on delivering quality through rigorous engineering and innovation.

Responsibilities

• Design and optimize radial-flux and axial-flux electric machines across EM, thermal, and structural domains
• Perform detailed thermal and structural analyses to ensure reliability and cooling efficiency
• Conduct EM, thermal, and structural FEA using standard tools
• Support drawings, prototypes, testing, and validation across development phases
• Collaborate with mechanical, manufacturing, and control teams to deliver detailed documentation
• Research new materials, motor concepts, and advanced cooling and manufacturing improvements
• Identify opportunities to enhance performance, cost, manufacturability, and efficiency
• Contribute to project plans, technical delivery, timelines, and budgeting
• Support Quality investigations and process improvements; assist with product-market insights

Key requirements

• Strong understanding of electromagnetics, electric motor physics, and thermal behavior
• Proficiency with FEA tools such as CFD, Ansys Maxwell, Ansys Mechanical, Siemens, JMag, and MotorCAD
• Ability to interpret test data and correlate with simulations
• Strong analytical, problem-solving, and communication skills
• Ability to work in a multi-disciplinary team and manage multiple projects
• Ability to create technical documentation and presentations
• Degree in Electrical Engineering; Masters/PhD desirable or relevant experience

• strong communication
• analytical thinking
• problem-solving
• electromagnetics
• electric motor physics
• thermal analysis

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