To develop an automatic navigation system used initially to control individual cleaning robots, and then further developed to control flocks of multi-surface cleaning equipment working collaboratively to clean specific areas.

To use sociology, psychology, healthcare and legal principles to develop a multi-dimensional outcome measurement model that is capable of bridging a sector-wide knowledge gap.

To improve the transfer of information between quotation and model, enabling customer to visualise the product in 3D as they build up the quote using library developed models, reducing the process time from quote to order acceptance to delivery.

To develop a second generation of Hydro Physio treadmills for human medical and rehabilitation markets, ensuring it satisfies medical device electrical regulations and introducing novel means of powering and controlling the treadmill.

To develop new approaches and technologies for the implementation of Building Information Modelling within the nuclear ductwork supply chain