Mechanical Design Engineer
£35k-£45k ~ £45k+
Antrim
Mechanical Design Engineer
Job Description Summary
Client require a high calibre Mechanical Design Engineer to support the development of world-leading products. In this role, the engineer will work as part of a Global organisation, engaging with cross-functional teams to deliver results to a range of customers, including leading global automotive OEMs
Job Description
General Responsibilities
- Lead development of market leading Sensor Products, including CAD design, prototyping, testing, production launch and customer technical support
- Interact with customers to solicit product specification requirements, define project schedules, drive and deliver on project execution in alignment with customer needs
- Lead engagement with existing and new suppliers, defining requirements and driving supplier on-time delivery and quality
- Work cross functionally within a global team to optimise designs for manufacturing, assembly and cost effectiveness
- Lead engineering engagement with test labs and production lines to validate and launch new products
- Support change management projects across a range of existing products with a global footprint
Essential Experience/Qualifications
- Degree in Mechanical Engineering or equivalent
- Minimum 5 years previous experience in a manufacturing environment
- Fluent in the use of English language
- Experience in 3D CAD packages & 2D drawing preparation
- Displays a high level of initiative, team working, research & problem-solving skills
Desirable:
- Experience in automotive industry and qualification processes
- Experience with SolidWorks, Catia and/or NX Modelling Packages
- Experience in the use of Engineering Tolerances and GD&T
- Experience designing for manufacturing processes including plastic moulding, metal forming, stamping, casting and forging
- Knowledge of engineering design processes e.g. DFMEA, Design for Six Sigma
- Understanding of product lifecycle management (PLM) systems
- Knowledge of sensor related electronics, their behaviour and mechanical failure modes