Contract - Outside IR35 - Power Electronics Engineer
Posted Today by EVera Recruitment
Negotiable
Outside
Undetermined
Elmdon, England, United Kingdom
Summary: The Power Electronics Engineer role involves leading the development of power conversion, motor drives, and control systems specifically for electric vehicle applications. The position requires significant experience in high voltage and high power electronic systems, along with skills in schematic design and lab testing. The ideal candidate will contribute to shaping the electrical systems of future motorcycles, merging modern engineering with innovative design.
Key Responsibilities:
- Lead the development of power conversion, motor drives, and control systems for electric vehicles.
- Develop power electronic systems such as DCDCs, inverters, or rectifiers at high voltage (>400V) and high power (>10kW).
- Design low-level analog and digital electronics to interface power electronics with control systems.
- Conduct schematic design and specification, review, and evaluation of PCB designs.
- Utilize simulation tools (e.g., SPICE) and analysis techniques to model system behavior and performance.
- Perform practical lab testing with high voltage systems.
Key Skills:
- Significant experience in power electronic systems development.
- Expertise in high voltage (>400V) and high power (>10kW) applications.
- Proficiency in schematic design and PCB evaluation.
- Experience with simulation tools like SPICE.
- Practical lab testing experience with high voltage systems.
Salary (Rate): undetermined
City: Elmdon
Country: United Kingdom
Working Arrangements: undetermined
IR35 Status: outside IR35
Seniority Level: undetermined
Industry: Other
Power Electronics Engineer - Contract - OUTSIDE IR35
Our client require an experienced Power Electronics Engineer to take the lead in developing of power conversion, motor drives and control systems for electric vehicle applications.
Candidate Requirements:
- Significant experience in development of power electronic systems such as DCDCs, inverters or rectifiers at high voltage (>400V) and high power (>10kW).
- Design of low-level analog and digital electronics to interface the power electronics to the control system.
- Schematic design and the specification, review and evaluation of PCB designs
- Use of simulation tools (e.g. SPICE) and other analysis techniques to model system behaviour and performance
- Practical experience of lab testing with HV systems.
If you're excited by the opportunity to help shape the electrical systems of future motorcycles, combining modern engineering with legendary design, we'd love to hear from you. Simply click the "Apply now" button and we will be in touch shortly!