Role Details Role/Job Title: Lead Engineer Cockpit Plastic Trims Work Location: Onsite, Midlands UK Mode of Working: Office based (5 days a week) The Role As a Cockpit System Lead Engineer, you'll be responsible for the end-to-end development of cockpit plastic trims-from concept through launch. You'll manage technical delivery, supplier coordination, and attribute validation to ensure that seat systems meet OEM's standards for comfort, safety, aesthetics, and innovation. Your Responsibilities Design & Development Create CAD models and engineering drawings for cockpit plastic trims. Apply DFMEA, DFA, and DFM principles to ensure manufacturability and robustness. Collaborate with styling teams to translate design intent into feasible engineering solutions. Material & Process Expertise Select appropriate plastics (ABS, PP, PC-ABS, fiber-reinforced composites) for trims. Work with suppliers on injection molding, compression molding, and finishing processes. Ensure compliance with BSR (Buzz, Squeak, Rattle), NVH (Noise, Vibration, Harshness), and regulatory standards. Validation & Testing Oversee performance testing for durability, thermal stability, and crash safety. Ensure trims meet global regulatory requirements (EU, US, India). Cross-Functional Collaboration Work with interior design, manufacturing, quality, and supplier teams. Support programme delivery and resolve engineering issues during prototype and production phases. Ensure alignment with global regulatory standards and customer expectations. Manage the cost and weight of the system as per vehicle targets. Your Profile Essential Skills/Knowledge/Experience Education: Bachelor's degree in Mechanical/Automobile/Polymer Engineering. Experience: 8 to 10 years in automotive cockpit plastics or interior plastic trim design and development. Strong knowledge of plastic injection molding, compression molding, and finishing processes. Familiarity with CATIA V5/V6 or other CAD tools. Understanding of NVH, safety, and regulatory requirements for cockpit trims. Supplier management and cost optimization experience. Performance Indicators Delivery of cockpit trims within programme timelines. Achievement of weight, cost, and quality targets. Compliance with safety and regulatory standards. Contribution to premium interior aesthetics and customer satisfaction.