Motor Test Engineer

• →Plan, build and run motor and drive tests on dynamometers, from quick bench experiments to performance and efficiency mapping, reliability and life tests.
• →Develop and maintain test automation and data acquisition in LabVIEW, and design and commission test stands, fixtures and instrumentation.
• →Investigate electrochemical behavior inside our motors, such as fluid conductivity and resistivity, degradation, contamination and electrode/material interactions under high electric fields.
• →Design experiments that connect chemical, electrical and mechanical variables, and choose the right instruments and fixtures to measure them.
• →Dig into data sets to find trends, root causes and surprises; build clear analyses and visualizations that teammates can act on.
• →Set up and improve test procedures, data capture and record keeping so results are repeatable and traceable.
• →Partner closely with chemistry, electrical, mechanical and manufacturing colleagues to define what to test, interpret results together and decide next steps.
• →Communicate findings in concise reports, presentations and conversations with technical and non-technical audiences.
• →Keep the motor test lab running: maintain equipment, follow safety practices for high-voltage and chemical work, and suggest new capabilities as needs grow.

• Bachelor's degree or higher in a science or engineering field (e.g., chemistry, chemical engineering, electrical engineering, mechanical engineering, materials science, physics).
• 5+ years of hands-on industry experience in motor or electromechanical testing, experimentation or R&D.
• Hands-on experience testing electric motors and drives, including:
  • Running dynamometer tests (e.g., absorption/brake dynos, motoring and performance dynos, hysteresis or eddy-current dynos) to map torque, speed, efficiency and power.
  • Developing test automation and data acquisition in LabVIEW (or similar, e.g., NI TestStand, Python).
  • Working with torque transducers, encoders, power analyzers, oscilloscopes and thermal measurement.
  • Characterizing performance, efficiency maps, thermal behavior, durability and vibration/noise.
  • Designing and commissioning test stands and fixtures, including safe setup for high-voltage equipment.
• Equally comfortable reasoning about chemical, electrical and mechanical concepts, and about how they interact.
• Track record on multidisciplinary projects, working across functions to reach a result.
• Strong data analysis skills and genuine curiosity about what a data set can reveal.
• Clear, confident written and verbal communication.
• Collaborative mindset: you share credit, ask for help and help others.
• Hands-on self-starter who can take a loosely defined question, plan the work and see it through.

• Experience with MATLAB (or Python) for data analysis and modeling.
• Experience with design of experiments (DOE) methods or software such as JMP, Minitab or Design-Expert.
• Experience testing motor controllers/inverters or non-traditional machines (e.g., high-voltage or electrostatic motors).
• Familiarity with motor test standards (e.g., IEEE 112, IEC 60034).
• Direct experience with electrochemical systems (e.g., batteries, fuel cells, ultra capacitors, dielectric or electrolyte fluids).
• Experience with electrical and electrochemical characterization (e.g., impedance spectroscopy, dielectric breakdown, resistivity measurements).
• Experience in a startup or early-stage product development environment.

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