Kite Magnetics
Development Engineer (Materials and Prototyping)
We are seeking an enthusiastic undergraduate engineer to join our team for a 3-month placement. This role will focus on hands-on engineering work supporting the development of nanocrystalline magnetic materials and the design and fabrication of mechanical components, fixtures, and test rigs critical to our R&D and materials processing pipeline.
Working closely with our materials scientists and mechanical engineers, you will be involved in:
- Building and testing prototype stator cores to support the development of next-generation electric motors
- Designing and fabricating custom jigs, tooling, and experimental fixtures for material processing and performance testing
- Contributing to the refinement of pilot-scale manufacturing processes, through materials development and feedback loops
- This role provides a rare opportunity to apply both materials/electrical mechanical/mechatronics engineering knowledge in a real-world R&D environment, making tangible contributions to the future of electric motor technology.
Key Responsibilities
- Assist with the preparation and testing of magnetic materials, including sample cutting, mounting, and characterisation
- Design and fabricate jigs, fixtures, and prototype components using CAD and in-house tools
- Support materials processing experiments and capture test data and results
- Maintain lab documentation and experimental records
- Contribute to continuous improvement of prototyping processes and safety practices
About You
- Undergraduate studying Materials Engineering, Mechanical Engineering, Electrical Engineering, Mechatronics or related field
- Comfortable using basic hand tools and workshop equipment
- Familiarity with CAD (e.g., SolidWorks or Fusion 360)
- Strong problem-solving mindset with attention to detail
- Eager to learn, collaborate, and contribute in a hands-on lab environment
What You’ll Gain
- Experience working in a startup environment pioneering advanced materials
- Skills in materials handling, rapid prototyping, and electric motor technology
- Exposure to commercial R&D processes, lab work, and product development
- The opportunity to contribute to real projects with meaningful climate impact
