Design

Future Cities

We research systems, vehicles and services with the aim of creating future cities in a rapidly changing global context (for example, increasing urbanisation and ageing societies with soaring levels of obesity). Mobility and transport in future cities is not just about new or better vehicles; it is about concepts such as ‘mobility as a service’ and above all, about sensors, information and data. 

We have brought together social scientists and human factors specialists alongside experts in artificial intelligence, sensor development and machine learning in multidisciplinary projects.

We provide new knowledge around the user experience and mobility service design.

This group champions design and service concepts which are based on user requirements – derived through co- and participatory – design, real world trials and simulation studies.

We concentrate on improving accessibility and mobility particularly for traditionally hard to reach groups as new technologies such as electric, connected, highly automated and unmanned vehicles are introduced.

Current Projects include:

• UK Connected Intelligent Transport Environment (UK CITE) - Jun 2016-Sept 2018, Innovate UK, £5.5m, Coventry University £218, (O Haas PI, C Diels co-I)

• Intelligent Variable Message Systems (iVMS) - Jun 2016-March 2018, CW LEP, £2m, Coventry University £480k (O Haas PI, S Karanachos co-I, driver modelling and traffic simulation)
• IMPART - Transport Systems Catapult (TSC) - 2015 – 2018: The Intelligent Mobility Partnership – Midlands Competence Centre of Excellence (A Woodcock, O Haas ITS).

The team

	Professor Andree Woodcock User-centred design, transport and mobility, human factors, health design, human technology
	Professor John Jostins Automotive design, hydrogen fuel cell, microcab, low carbon vehicles, automotive manufacturing
	Professor Michael Tovey Design pedagogy, socially aware design and CAD in transport design
	Dr. Olivier Haas Control theory and control engineering
	Dr. Louise Moody Health design, human factors, ergonomics in healthcare, patient safety, virtual reality and user centred design
	Dr. Jane Osmond Threshold concepts in transport and product design, transport and product design
	Dr. Rahat Iqbal Human centred technology
	Dr Vasile Palede Future Cities
	Dr. James Shippen Human movement and mobility, muscles and biomechanics
	Dr. Barbara May Biomechanics, rehabilitation, whole-body muscle modelling, injury prevention within sport/p>
	Dr. Bo Tan Signal processing for radars and communications and wireless based localisation
	Dr. Nazmul Huda Robotics for medical applications, capsule robots and control systems
	Dr. Jianbing Ma Knowledge, data representation, reasoning and analytics
	Dr. Huma Shah Artificial intelligence and trust, social robotics, digital trust, digital identity, Turing test and deception-detection.
	Dr. Sujan Rajbhandari Photonics, embedded system, signal processing, communication systems
	Dr. Cyriel Diels Motion sickness, human-machine interaction and usability and user experience

Human Systems Integration

Human Systems Integration (HSI) aims to embed Human Factors into all aspects of teaching and research in the Faculty of Engineering and Computing. The members of HSI have all been recruited on the basis of their international reputation in Human Factors, endowing Coventry University and the Centre for Mobility & Transport with a world-class capability in this area.

The activities of HSI do not just address the human aspects of the design of engineering solutions but provide a system-wide capability emcompassing:

• Requirements Analysis
• Human-Centred Design
• Performance Evaluation
• Training and Simulation
• Accident and Incident Investigation

By taking a system-wide approach to Human Factors, the early incorporation of Human System Integration principles can not only enhance safety and performance, but also significantly reduce through life costs. HSI services all areas of the Faculty’s activities including Aerospace, Automotive, Computing and Production Engineering sectors.

In addition to its research expertise, HSI provides Human Factors courses for several undergraduate degrees and Continuing Professional Development courses to industry along with bespoke consultancy activities for a range of clients. They also offer a dedicated Master’s degree in Human Factors in Aviation (by distance learning) specifically developed with industry practitioners in mind, further supporting Coventry University’s mission to engage in applied teaching and research. Details can be found here.

The team

	Professor Don Harris Human factors, user interface design, user centred design, accident investigation, helicopter safety
	Dr. John Huddlestone Human factors
	Dr. Cyriel Diels Automotive and transport human factors
	Dr. Alex Stedmon Human factors, transport and security, applied psychology and human-machine interaction
	Dr. Dale Richards Human factors, cognitive psychology, autonomous systems, unmanned systems
	Dr. Steve Scott Aviation psychology, human factor concepts, safety management systems
	Dr. Rebecca Grant Human factors, human systems integration, aviation psychology, passenger and cabin safety
	Dr. James Shippen Biomechanics, design analysis and structual dynamics for engineering designs