Electrical Design Engineer — Motorsport (Flexible Hours)

Paddock; Dovenby Hall; Remote; GBP 40,000 - 70,000; Full time

Benefits offered by this job

Life assurance

Flexible working day

Company pension scheme

Discounted gym membership

Healthcare plan

Long service awards

Employee assistance programme

Job summary

M-Sport UK is seeking an Electrical Design Engineer to join the Dovenby Hall team. You will design electrical systems, wiring harnesses and components, and document those designs to support prototypes and production runs.

You will work across multidisciplinary teams to validate performance, reliability and manufacturability, applying CAD-based methods, electrical analysis and change control throughout the project lifecycle.

Qualifications

• Engineering degree in Motorsport/Electrical/Electronic engineering or related discipline.
• Experience designing electrical systems, circuits, wiring harnesses or components in high-performance environments.
• Strong CAD skills to create schematics, wiring diagrams and documentation.

Responsibilities

• Design and develop electrical systems, wiring harnesses, circuits and components using 3D CAD; meet performance, reliability and manufacturing needs.
• Produce and maintain electrical schematics, wiring diagrams, BOMs and technical docs to company standards.
• Generate innovative electrical concepts and evaluate design options for complex challenges.
• Perform electrical calculations and design reviews to validate system performance.

Skills

Electrical Design Experience

CAD & Design Skills

Manufacturing Knowledge

Electrical Engineering Knowledge

Attention to Detail

Communication Skills

Problem Solving

Time Management

IT Literacy

Education

BEng or MEng in Motorsport/Electrical/Electronic Engineering

Tools

CATIA V5

Job description

M-Sport UK is seeking an Electrical Design Engineer to join the Dovenby Hall team. You will design electrical systems, wiring harnesses and components, and document those designs to support prototypes and production runs.

You will work across multidisciplinary teams to validate performance, reliability and manufacturability, applying CAD-based methods, electrical analysis and change control throughout the project lifecycle.