Multiphysics Design Engineer

In this role the Multiphysics Design Engineer will be responsible for the following:

• Support the end-to-end design and optimisation of radial-flux and axial-flux electric machines, including electromagnetic topology selection, sizing, Multiphysics optimisation, and performance prediction across electrical, thermal, and structural domains.
• Conduct detailed thermal and structural analyses to ensure motor performance, reliability, cooling efficiency, and mechanical integrity under all operating conditions.
• Perform electromagnetic, thermal and structural FEA using industry standard tools
• Support drawing creation, prototype builds, testing and validation activities through multiple development phases
• Work closely with mechanical, manufacturing and control teams to ensure seamless integration produce detailed design reports, specifications, and technical documentation
• Support research into new materials, motor concepts and advance cooling concepts, and manufacturing improvements
• Identify the opportunities to enhance motor performance, cost, manufacturability and efficiency
• Involvement in the creation of project plans, with input to technical delivery, time plans and budgeting
• Supporting the Quality department in investigations and inspection activities as well as assisting with improvements to company processes/procedures including manufacturing
• Supporting the product team with the development of market analyses and gaining insights into customer needs.

• Strong understanding of electromagnetics, electric motor physics, and thermal behaviour.
• Proficiency with finite-element analysis tools such as CFD, Ansys Maxwell, Ansys Mechanical, Siemens, JMag, and MotorCAD.
• Ability to interpret test data and correlate findings with simulation results.
• Strong analytical, problem-solving, and communication skills
• Ability to work effectively within a multi-disciplinary team and manage multiple projects concurrently.
• Ability to create technical documentation and presentations., * A degree (or equivalent) in Electrical Engineering at a minimum of 2:2 classification is required. A Masters or PhD in a relevant discipline is desirable.
• Relevant experience could also be considered.

Bonus Points

It would be beneficial (but not essential) if in addition to the above you also had:

• Experience in electromagnetic motor design
• Experience with Axial flux machines
• Experience in high volume manufacturing
• Directly relevant design experience
• Experience working within a manufacturing environment
• Proven experience in electric motor design, ideally high-performance, high-power density motors
• Experience with prototype build phases or within a manufacturing environment
• Experience working with and managing external suppliers
• Understanding of power electronics and motor control fundamentals
• Experience with Failure mode analysis
• Experience with DFMEA

Turntide Technologies designs and manufactures best-in-class electric motors, power electronics, energy storage, and thermal equipment for all things that move.

Our mission is to accelerate the world’s transition to sustainable energy by providing innovative and efficient solutions for a cleaner future.

Turntide Technologies operates in North America, Canada, the UK, and India and serves customers in global markets and industries including off highway automotive, commercial vehicles, rail, marine, light vehicles, commercial buildings, and premium automotive. For more information, visit turntide.com.