IP/Console Lead Engineer

As an IP/Console Lead Engineer at EDAG Engineering UK, you will oversee the entire development process of instrument panels and center consoles. This includes leading engineering teams, managing component specifications, collaborating with cross-functional groups, and ensuring compliance with safety and regulatory standards. You'll also drive cost efficiency and optimizations through effective manufacturing practices.

To qualify for the IP/Console Lead Engineer position at EDAG Engineering UK, candidates must possess a Bachelor’s or Master’s degree in Mechanical, Automotive, or Manufacturing Engineering, along with a minimum of 8 years of relevant experience in the automotive industry. Strong expertise in manufacturing processes and be proficient in CAD software is also required.

EDAG Engineering UK is committed to the growth of its employees, offering opportunities for professional development through workshops, training sessions, and certifications. For the IP/Console Lead Engineer role specifically, there’s a focus on keeping skills updated with the latest advancements in automotive engineering practices and technologies.

In the role of IP/Console Lead Engineer, you will work extensively with materials like plastics for injection molding, foam, and wrapping processes. Your expertise will guide the team through assembly feasibility, ensuring that all produced components align with industry best practices and sustainability goals.

Candidates can expect a supportive work-life balance at EDAG Engineering UK, including a hybrid working model and generous annual leave. Benefits such as a health cash plan, pension schemes, and additional absence coverage are also part of the package, making this role not just a job, but a part of a rewarding career.

Certainly! I’ve led projects involving the design and development of instrument panels by ensuring alignment with industry standards and focusing on user experience. I often coordinate with cross-functional teams to integrate various features while adhering to safety and quality benchmarks.

My approach involves using DFMEA and PFMEA methodologies to identify potential failure modes early. I collaborate closely with teams to ensure materials and design solutions comply with safety regulations such as FMVSS and ECE while meeting durability standards.

I prioritize open communication and documentation when managing engineering changes. Establishing clear timelines and responsibilities allows my team to implement changes efficiently while minimizing disruptions to the overall project schedule.

In my previous role, I implemented DFM and DFA practices to streamline the manufacturing process. This involved evaluating suppliers and negotiating better terms, which resulted in a significant reduction in production costs while maintaining product quality.

I am highly proficient in CAD software such as CATIA V5, which has been instrumental in my design processes. Additionally, I'm well-versed in PLM tools that aid in managing product lifecycles effectively and ensure smooth collaboration across teams.

I have successfully led cross-functional teams by fostering a collaborative environment where all voices are heard. Regular meetings and updates help ensure everyone is aligned and working toward our common objectives.

To ensure manufacturability, I often engage with suppliers early in the design phase. Evaluating tooling, materials, and assembly processes right from the start allows for practical adjustments that streamline production.

I track KPIs such as project timelines, budget adherence, and quality metrics. This approach allows me to monitor progress effectively and implement changes when necessary to ensure project success.

Sustainable materials are increasingly important in my engineering processes. I actively seek to integrate them where possible, driving forward initiatives that align with our environmental responsibilities while maintaining product integrity.

I stay updated by participating in industry conferences, subscribing to relevant journals, and networking with peers. Continuous learning is essential for a role like IP/Console Lead Engineer, and I prioritize it to bring the latest innovations to my designs.