Motorsport Mechanical Design Engineer – High-Performance

Motorsport Network, LLC; Dovenby Hall; On-site; GBP 45,000 - 65,000; Full time

Benefits offered by this job

Life assurance

Flexible working day

Company pension

Discount gym membership

Cycle to work

Company healthcare plan

Long service awards

Employee assistance programme

Job summary

M-Sport UK, based at Dovenby Hall, is seeking a Design Engineer (Mechanical) to join their design team. You will design, develop and improve high-performance mechanical systems for world-class motorsport programmes, delivering concepts through to manufacture and assembly.

You will work in a multidisciplinary team, applying GD&T, tolerance analysis and design for manufacturing while supporting prototypes, testing and design validation to meet demanding timescales.

Qualifications

• Engineering qualification at bachelor or master level in Motorsport or Mechanical Engineering.
• Experience designing mechanical components and assemblies in high-performance environments.
• Strong CAD skills to create complex models and detailed drawings.
• Good understanding of machining, fabrication, assembly processes and materials.

Responsibilities

• Design and develop mechanical components and assemblies using 3D CAD ensuring performance and manufacturability.
• Produce and maintain detailed CAD models, drawings, BOMs and documentation.

Skills

Engineering Qualification

Mechanical Design Experience

CAD & Design Skills

Manufacturing Knowledge

Engineering Principles

Attention to Detail

Communication Skills

Problem Solving

Time Management

IT Literacy

Education

BEng/MEng in Motorsport or Mechanical Engineering

Tools

CATIA V5

Job description

M-Sport UK, based at Dovenby Hall, is seeking a Design Engineer (Mechanical) to join their design team. You will design, develop and improve high-performance mechanical systems for world-class motorsport programmes, delivering concepts through to manufacture and assembly.

You will work in a multidisciplinary team, applying GD&T, tolerance analysis and design for manufacturing while supporting prototypes, testing and design validation to meet demanding timescales.