Design Engineer - Battery Systems
Design Engineer - Battery Systems

Design Engineer - Battery Systems

Grove Full-Time 43200 - 72000 £ / year (est.) No home office possible
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At a Glance

  • Tasks: Design innovative battery systems for electrification projects in motorsport and beyond.
  • Company: Join Williams Grand Prix Technologies, a leader in advanced engineering and motorsport innovation.
  • Benefits: Enjoy generous holidays, fitness classes, and a vibrant workplace culture with free parking.
  • Why this job: Make a global impact while working on cutting-edge technologies in a dynamic environment.
  • Qualifications: Bachelor’s or Master’s in Mechanical or Automotive Engineering with experience in high voltage battery systems.
  • Other info: Be part of a fast-paced team at a state-of-the-art facility near Oxford.

The predicted salary is between 43200 - 72000 £ per year.

This position is part of Williams Grand Prix Technologies, a Williams Group company.

The Design Engineer for Battery Systems will perform a pivotal role in electrification projects within Williams Grand Prix Technologies. By employing methodologies and expertise from motorsport and Formula 1, WGPT presents a unique opportunity to work with ground-breaking technologies in a number of areas including Aerospace, Motorsport, Marine, Industrial and Off Highway.

Key to our DNA is to supplement our experience and capability with an inquisitive and challenging attitude which will constantly question the norm and seek enhancement and benefits for our customers.

This role will require significant experience in the design of battery systems with a particular focus on inventive solutions packaging cells into modules, modules into packs and the electronics and power distribution components. Experience in a variety of markets and the technical solutions typically employed in those industries will be beneficial.

Key Responsibilities:

  • Creation of concepts and detailed design of components and structures required to create battery solutions from cell to vehicle or industrial installation.

  • Focus on structurally efficient, cost-effective designs with a high level of attention to mass, HV safety and cost trade-off.

  • Generation of calculations used to support structural and functional analysis of optimised designs.

  • Act as primary interface to suppliers and component manufacturers in order to resolve manufacturing or delivery issues.

  • Maintain high level of concise and clear communication, working with colleagues or suppliers in order to optimise design integration.

  • Manage the formal release process in line with company processes.

  • Creation of DVPs and a test and validation strategy to ensure designed components meet the system requirements. A specific focus on the requirements for certification (REG.100, UN38.3 as well as relevant marine and aerospace standards) is of particular importance.

  • Support the programme team with project and technical reviews so that project milestones are successfully progressed.

  • Represent WGPT in customer and supplier interactions.

The above is not intended to be an exhaustive list of duties, especially as working within an entrepreneurial environment where a ‘sleeves rolled-up approach’ will be required.

About You:

  • Bachelor’s or Master’s Degree in Mechanical or Automotive engineering, or a related field.

  • Demonstrable experience within the field of High Voltage battery systems in a number of different markets, including examples of concept to delivery of battery components.

  • Expertise in a variety of areas including packaging of various cell formats, integration of electronics components and flexible PCBs as well as the design of structures to house high mass battery modules and power electronics.

  • Proven experience with High Voltage and creepage and clearance requirements through all parts of the design lifecycle.

  • Experience working in high-performance industries; such as motorsports, automotive, aerospace, or other dynamic environments.

Desirable Knowledge & Experience:

  • Hands-on experience with HV Systems whilst verifying self designed products and components.

  • Familiarity with different concepts associated with battery module design.

  • Knowledge of safety and certification standards associated with a number of industries.

  • Expert CAD skills, preferably Siemens NX.

Why join us?

Williams Grand Prix Technologies is based at the Williams Racing Campus in Grove, Oxfordshire, a cutting-edge, expansive facility just 30 minutes from Oxford city centre by bus.

We fuel our team with a competitive benefits package, including generous holidays, vibrant staff events, a subsidised onsite restaurant, and a range of car schemes. Stay energised with 24/7 access to our gym and free fitness classes like outdoor boot camps, Pilates, and yoga. With free parking and sprawling green spaces, you’ve got the perfect space to recharge and refocus.

Join a fast-paced, future-thinking team that’s driving innovation and pushing past engineering boundaries. Here, your skills and ideas don’t just contribute, they will power projects across diverse industries, making a real global impact.

Company Description

Established in 2024 and based alongside Atlassian Williams Racing in Grove, UK, Williams Grand Prix Technologies is driving innovation with pedigree. We offer world-leading capabilities in platform dynamics, advanced materials, simulation intelligence, prototyping, and testing. Drawing on nearly five decades of unrivalled engineering prowess earned at the forefront of motorsport and advanced engineering, we solve complex challenges across aerospace, premium automotive, defence, sport, and lifestyle sectors. Powered by a motorsport heritage demanding precision and speed, we deliver tailored, high-performance solutions that push boundaries and accelerate progress.

Additional Information

#LI-KB1

Atlassian Williams Racing is an equal opportunity employer that values diversity and inclusion. We are happy to discuss reasonable job adjustments.

Design Engineer - Battery Systems employer: Williams Racing

Williams Grand Prix Technologies is an exceptional employer located at the cutting-edge Williams Racing Campus in Grove, Oxfordshire. With a vibrant work culture that promotes innovation and collaboration, employees enjoy a competitive benefits package, generous holidays, and access to state-of-the-art facilities including a gym and outdoor fitness classes. Joining our team means being part of a fast-paced environment where your contributions will drive meaningful projects across diverse industries, making a significant global impact.
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Contact Detail:

Williams Racing Recruiting Team

StudySmarter Expert Advice 🤫

We think this is how you could land Design Engineer - Battery Systems

✨Tip Number 1

Familiarise yourself with the latest trends and technologies in battery systems, especially those used in motorsport and high-performance industries. This knowledge will not only help you during interviews but also demonstrate your genuine interest in the role.

✨Tip Number 2

Network with professionals in the field of battery systems and electrification projects. Attend industry events or webinars where you can meet people from Williams Grand Prix Technologies or similar companies, as personal connections can often lead to job opportunities.

✨Tip Number 3

Prepare to discuss specific examples from your past experience that showcase your expertise in designing battery systems. Be ready to explain how you've tackled challenges related to high voltage safety, packaging, and integration of electronics in your previous roles.

✨Tip Number 4

Research the certification standards mentioned in the job description, such as REG.100 and UN38.3. Understanding these regulations will not only prepare you for technical discussions but also show that you are proactive and detail-oriented.

We think you need these skills to ace Design Engineer - Battery Systems

High Voltage Battery Systems Design
Structural Analysis
Cost-Effective Design Principles
Mass Optimisation Techniques
Electronics Integration
Power Distribution Components Design
CAD Proficiency (Siemens NX preferred)
Safety and Certification Standards Knowledge (REG.100, UN38.3)
Project Management Skills
Supplier and Manufacturer Liaison
Concept Development from Cell to Vehicle
Hands-on Experience with HV Systems
Attention to Detail
Communication Skills
Problem-Solving Skills

Some tips for your application 🫡

Tailor Your CV: Make sure your CV highlights relevant experience in battery systems design, particularly in high-performance industries like motorsport or aerospace. Use specific examples that demonstrate your expertise in packaging cells and modules.

Craft a Compelling Cover Letter: In your cover letter, express your passion for electrification projects and how your background aligns with the role. Mention any hands-on experience with HV systems and your familiarity with safety and certification standards.

Showcase Technical Skills: Emphasise your CAD skills, especially if you have experience with Siemens NX. Include any relevant projects where you applied these skills to solve complex engineering challenges.

Highlight Communication Abilities: Since the role requires clear communication with suppliers and team members, provide examples of how you've successfully collaborated in previous roles. This could include managing project milestones or resolving technical issues.

How to prepare for a job interview at Williams Racing

✨Showcase Your Technical Expertise

Be prepared to discuss your experience with high voltage battery systems in detail. Highlight specific projects where you designed components from concept to delivery, and be ready to explain the methodologies you used.

✨Demonstrate Problem-Solving Skills

Expect questions that assess your ability to resolve manufacturing or delivery issues. Share examples of how you've successfully navigated challenges in previous roles, particularly in high-performance industries like motorsport or aerospace.

✨Understand Certification Standards

Familiarise yourself with relevant safety and certification standards such as REG.100 and UN38.3. Be ready to discuss how these standards impact your design process and how you've ensured compliance in past projects.

✨Communicate Clearly and Concisely

Effective communication is key in this role. Practice articulating your thoughts clearly, especially when discussing complex technical concepts. Be prepared to demonstrate how you would maintain clear communication with suppliers and team members.

Design Engineer - Battery Systems
Williams Racing
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