At a Glance
- Tasks: Design and develop innovative aluminium chassis for high-performance vehicles.
- Company: Join a leading automotive engineering team focused on cutting-edge vehicle design.
- Benefits: Competitive pay, hands-on experience, and opportunities for professional growth.
- Other info: Collaborative environment with exciting projects and career advancement potential.
- Why this job: Be at the forefront of automotive engineering and make a real impact on vehicle performance.
- Qualifications: Degree in Mechanical or Automotive Engineering and experience in structural design.
The predicted salary is between 40000 - 50000 € per year.
We’re looking for a Chassis & Body Structures Engineer to join our team and help design and develop a bonded aluminium spaceframe chassis for an exciting high‑performance vehicle programme. This role sits at the heart of vehicle engineering, working across the full lifecycle — from early concept through to validation — and collaborating closely with simulation, manufacturing and vehicle integration teams to deliver a lightweight, durable and exceptionally capable structure.
What You’ll Be Doing:
- Designing and developing aluminium BIW and chassis structures
- Applying vehicle dynamics principles to optimise handling and performance
- Managing component packaging within the vehicle architecture
- Integrating NVH considerations into structural design
- Creating and reviewing CAD models and engineering drawings
- Supporting and interpreting FEA / CFD for stiffness, weight and durability
- Performing fatigue and durability analysis using real‑world load cases
- Leading chassis validation and testing, including simulation correlation
- Ensuring compliance with safety, crashworthiness and regulatory standards
- Working cross‑functionally across design, test and manufacturing teams
What We’re Looking For:
- Degree in Mechanical, Automotive or related Engineering
- Experience in chassis, BIW or structural design (automotive or similar)
- Knowledge of lightweight structures (aluminium preferred)
- Strong understanding of vehicle dynamics and structural behaviour
- Proficiency in CAD, with exposure to FEA tools
- Familiarity with NVH, durability and validation processes
- Comfortable working in structured engineering environments
- Strong problem‑solving and communication skills
Design Engineer (Automotive) (Contract) in Yateley employer: EVera Recruitment
Join a dynamic and innovative team as a Design Engineer (Automotive) where you will play a pivotal role in shaping the future of high-performance vehicles. Our collaborative work culture fosters creativity and growth, offering you the chance to engage with cutting-edge technology while working alongside experts in the field. With a focus on employee development and a commitment to excellence, we provide a supportive environment that encourages professional advancement and meaningful contributions to exciting automotive projects.
StudySmarter Expert Advice🤫
We think this is how you could land Design Engineer (Automotive) (Contract) in Yateley
✨Tip Number 1
Network like a pro! Reach out to your connections in the automotive industry, especially those who work in chassis and structural design. A friendly chat can lead to insider info about job openings or even a referral.
✨Tip Number 2
Show off your skills! Create a portfolio showcasing your CAD models and any projects related to aluminium structures or vehicle dynamics. This will give potential employers a tangible sense of what you can bring to the table.
✨Tip Number 3
Prepare for interviews by brushing up on your knowledge of NVH and durability analysis. Be ready to discuss how you've applied these principles in past projects, as this will demonstrate your expertise and problem-solving skills.
✨Tip Number 4
Don’t forget to apply through our website! We’re always on the lookout for talented individuals like you. Plus, it’s a great way to ensure your application gets seen by the right people.
We think you need these skills to ace Design Engineer (Automotive) (Contract) in Yateley
Some tips for your application 🫡
Tailor Your CV:Make sure your CV highlights your experience in chassis and structural design. We want to see how your skills align with the role, so don’t be shy about showcasing relevant projects or achievements!
Craft a Compelling Cover Letter:Your cover letter is your chance to shine! Use it to explain why you’re passionate about automotive engineering and how your background makes you a perfect fit for our team. Keep it engaging and personal!
Showcase Your Technical Skills:Don’t forget to mention your proficiency in CAD and any experience with FEA tools. We’re looking for someone who can hit the ground running, so highlight any relevant software skills that will help us in designing that high-performance vehicle.
Apply Through Our Website:We encourage you to apply directly through our website. It’s the best way for us to receive your application and ensures you’re considered for the role. Plus, it’s super easy!
How to prepare for a job interview at EVera Recruitment
✨Know Your Aluminium
Make sure you brush up on your knowledge of aluminium structures, especially in the context of automotive design. Be ready to discuss how you've applied vehicle dynamics principles in past projects and how they relate to lightweight structures.
✨Show Off Your CAD Skills
Prepare to showcase your proficiency in CAD software. Bring examples of your previous work, such as CAD models or engineering drawings, and be ready to explain your design choices and how they meet safety and regulatory standards.
✨Understand the Full Lifecycle
Familiarise yourself with the full lifecycle of vehicle engineering, from concept to validation. Be prepared to discuss how you’ve collaborated with cross-functional teams in the past and how you approach integrating NVH considerations into your designs.
✨Problem-Solving Scenarios
Think of specific challenges you've faced in chassis validation or testing. Be ready to share these experiences and how you approached problem-solving, particularly in relation to fatigue and durability analysis using real-world load cases.
