Job Title: Development Engineer
Location: Peterborough
Duration: 12 Month Contract (Inside IR35)
Rate: £32.76 per hour
Job Type: Full-Time ONSITE
Join a Global Leader in Power Systems Engineering
An exciting opportunity has arisen for an experienced Development Engineer to join a high-performing engineering team based in Peterborough.
Key Responsibilities:
- Lead and execute core engine system validation activities
- Support new product development and resolve technical issues
- Conduct FMEA and risk assessments to determine design and validation needs
- Plan, perform, and analyse component and system tests
- Facilitate and participate in design reviews
- Investigate and resolve production, test, and field issues - developing both immediate containment and long-term solutions
- Collaborate with suppliers, global manufacturing teams, and engineering stakeholders
About You
Essential Requirements:
- HNC or degree in Mechanical or Automotive Engineering (or equivalent practical experience)
- At least 3 years of development engineering experience
- Technical knowledge of core engine systems (e.g. rotating systems, valvetrain, castings, lubrication, cooling, or breather systems)
- Strong understanding of manufacturing processes and mechanical validation
- Self-driven with strong planning and project delivery skills
- Excellent communication and team collaboration abilities
Desirable:
- Experience with diesel or alternative fuel engine platforms
- Familiarity with FMEA, DVP&R, and 8D problem-solving
- Experience with Teamcenter or other data management systems
- Exposure to APQP processes
- Creo or other CAD design experience
- Proficiency in Microsoft Office 365 tools
What's on Offer
- A dynamic and supportive engineering environment
- Involvement in global product development projects
- Opportunities for personal and professional development
- Flexible working options considered (role is primarily office-based)
Ready to take the next step in your engineering career?
Apply today to be part of a forward-thinking team driving the future of industrial power systems.
