Applications are invited for a Research Fellow position focused on exploring vehicle dynamics algorithms for safety, stability and durability of next generation electrified/automated-driving vehicles. The position involves working closely with industrial partners and provides access to state-of-the-art vehicle chassis actuators for testing.

About the Role

The successful candidate will have a strong background in experimental testing, programming (MATLAB/SIMULINK) and control, and should have a PhD in a relevant discipline such as mechanical, automotive or electrical/electronic engineering. Also, experience in the following areas is highly desirable:

• Vehicle dynamics control
• Control development and implementation, including neural networks
• Instrumentation and data-logging
• Digital twins
• Real-time rapid control prototyping systems (e.g., dSPACE)

Working under the leadership of Dr Davide Tavernini, Prof Patrick Gruber and Dr Umberto Montanaro and, you will be responsible for the day-to-day research tasks in accordance with the activity plan. This will include: i) Developing and implementing advanced control algorithms for chassis actuators to enhance vehicle performance, safety and durability; i1) Refine and further develop predictive health monitoring algorithms and run experiments on the actual prototypes; iii) Collaborating with a team of experts in various fields, including electrical/electronic engineering, mechanical engineering, and computer science; iv) Participating in presenting research findings, and contributing to activity reports and publications.

Join our dynamic and inclusive team at the Centre for Automotive Engineering within the School of Mechanical Engineering Sciences. We actively seek applicants from all backgrounds, valuing the unique perspectives they bring to our research, which, in turn, leads to innovative solutions. We are dedicated to creating an environment where everyone is not only welcomed but also valued, respected, and supported.

Our Centre specializes in cutting-edge research areas, with a particular focus on vehicle dynamics and the control of autonomous systems. Initial contract for the Research Fellow position is set for a duration of up to 11 months (up to 31st December 2025), with extensions subject to thorough performance assessments, availability of project funding, and specific project requirements.

How to Apply

To apply for this role, please upload a CV and cover letter with your application on the University of Surrey Website. For informal enquiries please contact Dr Davide Tavernini at d.tavernini@surrey.ac.uk.

Please note the university reserves the right to close this vacancy early based on Volume and Calibre of applications.

Further details
Job Description