Lead Power Electronics Engineer

ic resources; England; On-site; GBP 50,000 - 80,000; Full time

Job summary

A leading company in the automotive and aerospace industry is seeking a Lead Power Electronics Engineer in Warwickshire. This role involves overseeing the design life-cycle of cutting-edge technologies and managing projects while collaborating with a talented team of engineers. Candidates should possess a degree in electrical or electronic engineering along with expertise in motor control and inverter design.

Benefits

Competitive salary package

Work with industry-leading engineers

Qualifications

• Educated to a degree level in electrical or electronic engineering.
• Demonstrable background in high power traction inverter design.

Responsibilities

• Responsible for design and development life-cycle of technology for automotive and aerospace.
• Tasks include high power traction inverter design, microcontroller hardware implementation.

Skills

Motor Control

Inverter design for EVs and Hybrid EVs

SMPS design

Project management

Education

Degree in electrical or electronic engineering

Job description

Social network you want to login/join with:

Lead Power Electronics Engineer, Warwickshire

Client:

IC Resources

Location:

Warwickshire, United Kingdom

Job Category:

Other

EU work permit required:

Yes

Job Reference:

c2ab014ca9cd

Job Views:

46

Posted:

24.06.2025

Expiry Date:

08.08.2025

Job Description:

Commutable from Warwick, Leamington Spa, and the surrounding areas, an exciting opportunity for a Lead Power Electronics Engineer has become available.

The Lead Power Electronics Design Engineer will be responsible for the full design and development life-cycle of innovative technology for the automotive industry and Aerospace, while also undertaking a project lead role.

The Lead Power Electronics Engineer will work within an established talented team, where tasks include taking designs through the complete design cycle into production, including simulation, design, prototype build, and testing, as well as producing required documentation.

Other responsibilities include:

• High power traction inverter design (> 150kW, 300-800V)
• Microcontroller hardware implementation
• Digital motor control schemes for a variety of motor technologies

The ideal candidate will be educated to a degree level in electrical or electronic engineering and have a demonstrable background in the following:

• Motor Control
• Inverter design for EVs and Hybrid EVs
• SMPS design
• Project management

In return, you will be rewarded with a competitive package and work closely with industry-leading engineers.

For more information and to apply, please contact Chris Moffatt.