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This project is a collaboration between the Biomolecular Sciences Research Centre (BMRC) and MERI, initially funded by SCH, with further funding via a SHU VC PhD scholarship matched by an external biomedical devices company. The overarching aim of the project is to develop a range of ‘auxetic’ porous scaffolds for eventual tissue engineering applications, which mimic the mechanical properties of soft tissues, promote migration, adhesion and differentiation of cells, and enable delivery of bioactive components.

Our services in this area include condition monitoring, inspection and surveys of infrastructure, remediation for steel and concrete corrosion and developments in novel monitoring systems

Our academics and consultants help client determine opportunities for cost effective productivity and efficiency increases, assist in the reduction of waste from the manufacturing process and increase efficiency of production processes by automation

Test equipment includes vacuum furnace, thermogravimetry analyser, DSC/DTA

Staff profile for Leisa Anderton, lecturer at Sheffield Hallam University

I am a senior lecturer in Sustainable Construction and Climate Change. In addition to my research duties, I lecture specifically on issues of Energy, Buildings and integrated renewable energy systems, Climate Change, Sustainability in the Built Form and Environmental Management.

Staff profile for Joe Palmer, Senior Lecturer - Sheffield Hallam University

Staff profile for Professor John Parkinson

Staff profile for Caroline Rhodes, Senior Lecturer, Art Psychotherapy

Staff profile for Mark Denton