Design Engineer

Entech Technical Solutions Limited; Peterborough; On-site; GBP 60,000 - 80,000; Full time

Job summary

A leading automotive company in Peterborough is seeking a Mechanical Design Engineer to design and develop state-of-the-art systems for the next generation of engines. The role involves driving performance, quality, and innovation through cross-functional collaboration, leading design reviews, and utilizing CAD and PLM tools. Ideal candidates will have a strong mechanical engineering background and knowledge of manufacturing processes. Competitive hourly rate offered.

Qualifications

• Strong mechanical engineering background.
• CAD, Creo, and PLM (Teamcenter) preferred.
• Solid knowledge of powertrain/engine component design.
• Good grasp of manufacturing principles and processes.

Responsibilities

• Designing and developing engine components and systems.
• Leading design reviews and driving cross-functional decisions.
• Collaborating with global teams and suppliers.
• Using Creo and Teamcenter to create and manage powertrain designs.
• Running FMEA, APQP, DVP&R and tackling issues using 8D methodology.
• Supporting testing, validation, and production readiness.

Skills

Mechanical engineering

CAD

Creo

PLM (Teamcenter)

Powertrain/engine component design

Manufacturing principles

Job description

Role: Mechanical Design Engineer

Rate: Circa £48/hr

Duration: 12 months, likely to extend

Location: Peterborough, Cambridgeshire

Join a leading automotive company as a Mechanical Design Engineer where you will design the next generation of systems for cutting-edge engines. From concept to release, you will be driving performance, quality, and innovation every step of the way.

Responsibilities:

1. Designing and developing engine components and systems.
2. Leading design reviews and driving cross-functional decisions.
3. Collaborating with global teams and suppliers.
4. Using Creo and Teamcenter to create and manage powertrain designs.
5. Running FMEA, APQP, DVP&R and tackling issues using 8D methodology.
6. Supporting testing, validation, and production readiness.

Requirements:

• Strong mechanical engineering background
• CAD, Creo, and PLM (Teamcenter) preferred
• Solid knowledge of powertrain/engine component design
• Good grasp of manufacturing principles and processes