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Schemes for University Lecturers

Industrial Secondment Scheme: Case Study

Improved Efficiency with Automated System Behaviour Validation

Dr Marko BacicDr Marko Bacic
University Lecturer in Control Engineering
University of Oxford
Seconded to Renault F1 Team Ltd

Marko Bacic graduated with a University of Oxford MEng degree in Engineering and Computer Science in 2001 and received his DPhil degree from University of Oxford in 2004 for work on Model Predictive Control. He was appointed as University Lecturer in Control Engineering in the Department of Engineering Science at the university in 2003.

Why a secondment?

Marko was appointed to a University lectureship prior to the award of his doctorate and as a result had no familiarity of working in an industrial environment. He was in the process of establishing a Hardware-in-the-loop simulation group at Oxford and it was of paramount importance to gain information about the key industrial problems in this research area. Although one of the primary duties of his post was to establish and lead an independent research group in a chosen area of control systems, the post also involved a significant (~ 40% FTE) teaching component. He applied for the Royal Academy of Engineering’s Industrial Secondment award due to his belief that the provision of the effective, targeted and industrially-relevant delivery of any control systems curriculum requires experience of industrial control system design.

The objectives of the secondment were:

  • To gain experience of advanced control system design in an industrial setting

  • To gain hands-on experience of industrial hardware-in-the-loop simulation

  • To identify projects for final year undergraduate students

  • To identify material to be included in a new lecture course on Industrial control system design

  • To build industrial links in control system design

Renault F1 Team Ltd, Enstone

Renault F1 Team Limited is involved in car manufacture for Formula 1 racing. Marko selected the host company taking into account a number of criteria including strong Research and Development component to the business, utilization of hardware-in-the-loop simulations, high risk-high reward culture and fast moving business. Two secondment projects were identified with the company:

  • F1 car power-train management and

  • Design of a gearbox dynamometer control system

Benefits

All of the objectives of the secondment were met in full.

  • Rather than simply doing improvements to already designed control systems, Marko had the unique and unparalleled opportunity to engage in hands-on control system design from scratch and to see it through to completion

  • The secondment led to the identification of projects for final year undergraduates

  • Material/data was identified for inclusion in a new module on Industrial Control System Design

  • Following the end of his secondment, he has been appointed as a consultant to Renault F1 team, thus continuing the links and collaboration with the company.

‘…..It was a pleasure and a privilege to be associated with Renault F1. Under the management and leadership of Tad Czapski, Director of Vehicle Technology, I was given the opportunity to carry out control system design applying modern control techniques to complex nonlinear systems.

I can say without any hesitation that, my experience at Renault F1 could not have been more challenging, exciting and rewarding.

I am very grateful to the Royal Academy of Engineering for making this possible.’
Dr Marko Bacic

Statement from the Industrial Host

‘….The reason for accepting the request from Marko Bacic for a secondment was two-fold. Firstly he brought with him specific knowledge that could be applied to an ongoing project that was struggling. Secondly, his broad knowledge was certain to be applicable to several other areas of our business.

The major project that Marko worked on was one that was very difficult to solve. To add to the pressure, there was only a finite period of time when this project could be deployed and exploited because of upcoming regulation changes for Formula One. During the intense period of the project, Marko brought his considerable knowledge in the area of control theory to bear on the problems.

We will certainly remain receptive to further secondments but we will always need to match a request with a need. Marko’s secondment was exceptional and we are already continuing our collaboration with him and the University. I hope this will be maintained and developed further over the coming years.’
Tad Czapski
Vehicle Technology Director

 

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