Control Systems Engineer

Williams Grand Prix Technologies help solve our customers’ engineering challenges using world-leading capabilities in the areas of platform dynamics, advanced materials, simulation, testing, high performance computing, data analytics, artificial intelligence and machine learning. Operating across a wide spectrum of sectors, from aerospace and premium automotive to sport and lifestyle, we deliver a unique and world-class offering that draws on an unrivalled and trusted pedigree, earned at the forefront of motorsport engineering and diversified advanced engineering excellence.
By combining exceptional talent with unique engineering assets, we tackle our clients’ most complex challenges with the agility and precision that our motorsport heritage demands.

The chosen candidate 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 several areas including Aerospace, Motorsport, Marine, Industrial and Off Highway.
Experience in serial communications, data acquisition, and storage will also be critical.

Owning the development, testing and release of safety critical software adhering to appropriate industrial standards and customer requirements. 3 as well as relevant marine, aerospace, or industry standards).
Responsible for the definition and implementation of power distribution, switching, and HV control strategies.
Ownership, design, and execution of the software verification and validation plan to ensure that all requirements are met.
Lead the integration and delivery of high-quality software into a variety of embedded systems, supporting commissioning activities where required.
The management of external interfaces and integration of systems at both software and hardware levels.
Data acquisition, handling, transmittal, and storage.
Author appropriate control system documentation and support the creation of hazard analysis and DFMEA for components and systems as required.
Support the programme team with project and technical reviews so that project milestones are successfully progressed.
Demonstrable experience within the field of supervisory control and battery management systems for HV battery systems through all parts of the design lifecycle.
Proven experience of successfully delivering supervisory control software to appropriate industry standards and certification and integrating with external systems.
CAN), data acquisition and supervisory control strategies.
A strong understanding of electrical integration (including contactor switching strategies, fusing, thermal management) will be required to excel at this role.
Highly experienced developing model-based control software in MATLAB and Simulink.
Excellent problem-solving abilities, with a focus on driving innovation within high-performance applications.
Bachelor’s or Master’s Degree in Electrical, Computer Science, Control engineering, or a related field.
Experience developing machine learning based monitoring and control algorithms would be beneficial.
GIT), CI/CD toolchains, and best practices for software development.
Proficient in the development and use of MIL/SIL/HIL testing.
Experience working in a variety of high-performance markets and industries; such as motorsports, automotive, aerospace, or other dynamic environments.

We offer a hybrid work schedule
Comprehensive Health Coverage: Private medical and dental insurance through Bupa UK
Access to a Health Cash Scheme for everyday healthcare needs
Pension Scheme: A generous 9% non-contributory pension scheme
Various wellbeing and lifestyle benefits: Such as gym memberships through Gymflex & Wellhub, discounts, backup care, fertility and family planning benefits and more
Cycle to Work, Cycle Scheme, Technology Loans, Season Ticket Loans and more.
Risk Benefits: Life Assurance & Income Protection
Annual Leave & Holidays: 27 days of holiday plus all UK bank holidays.