Salary: 45,000 - 80,000 GBP per year Requirements:
* We are looking for candidates with the following qualifications and experience:
* A Bachelor's degree in Engineering or a related field (or equivalent knowledge/experience).
* 6-8 years of experience in engineering or a relevant technical field.
* A strong understanding of mechanical engineering fundamentals, engine components/systems, and component development, preferably with fuel systems experience.
* Knowledge of manufacturing principles and processes.
* Self-motivated with strong project management skills.
* Effective communication and teamwork skills.
Responsibilities:
* In this role, I will be responsible for:
* Planning and delivering air/fuel system and component development projects within set timelines, budgets, and quality standards.
* Communicating project progress and key challenges to peers, stakeholders, and management.
* Leading design reviews to gain business support for new designs, supplier selection, and capital investment.
* Working closely with suppliers to develop specifications and ensure quality solutions through APQP.
* Assessing technical risks using FMEA and coordinating validation activities (DVP&R).
* Investigating and resolving technical issues using the 8D problem-solving methodology.
* Collaborating with Product Management to align designs with customer needs and requirements.
* Preparing and reviewing technical reports to support production design releases.
* Working with global teams to implement engineering solutions across international facilities.
* Identifying opportunities for continuous improvement using Lean methodology.
Technologies:
* 3D
* Support
* ARM
* C++
More:
This is an exciting opportunity for a Development Engineer to join our Component Engineering team, focusing on the design and development of air and fuel system components for industrial engines. I will have the chance to work on both new and existing product platforms, collaborating with a global team to deliver high-quality and reliable solutions. Additionally, expertise in fuel systems, air systems, EGR systems, as well as performance and data analysis, will be advantageous. Familiarity with APQP, FMEA, and DVP&R methodologies, along with previous engineering experience in the off-highway diesel engine sector and proficiency in 3D CAD (PTC Creo) will enhance my contributions. Strong analytical skills with experience in component/system development through simulation, rig testing, and full system testing are also beneficial.