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The SUREFIRE project was undertaken to develop a brand-new class of materials that provide strength, stiffness, hardness and fire performance properties to compete with conventional materials such as steel or concrete.

The I-SWARM project was awarded in December 2003 under the European Union Information Society Technologies (IST) 6th framework programme. It is a follow-up of the MiCRoN project.

The REINS Project aims to develop a semi-autonomous mobile robot with sensory capabilities that can be shared with humans

Researchers at Sheffield Hallam University have been looking into a robotic solution to help people with advancing dementia to maintain safe exercise regimes

The MiCRoN project was awarded on 8 March 2002 under the European Union Information Society Technologies (IST) 5th framework programme. It is a follow-up of the Miniman project.

Sheffield Hallam University and the NHS's development of a non-contact, hand-held device, called ‘BREATHEASY’ is for measurement of respiration rates

Our client, Sheffield Children's Hospital, identified a need to develop new equipment to monitor the respiration activity of patients. They approached our Materials and Engineering Research Institute for help

The MINIMAN project concerns the development of a smart microrobot with five degrees of freedom and a size of few centimetres squared

Details of motion models of mobile robots project undertaken by Sheffield Hallam University's Materials and Engineering Research Institute

Sheffield Hallam University's ELASTOMERS Project aims at developing innovative composite end effectors for handling lightweight, flexible elastomers