Get involved

Chinsay has identified untapped potential to release value that is currently locked up within paper contracts. Chinsay's aim is to abstract data and re-apply it in valuable ways to functional teams across an organisation.

The objective is to design optimised reactor for an efficient decontamination of solid waste, containing highly chlorinated pops (persistent organic pollutants) using cdc technology. This technology will be based on an optimized catalytic reaction with copper-based catalyst.

The main innovation of the proposed project is creation of patient healthcare record (phr) platform for point of care testing (poct) providers. The new phr platform will enable pharmacies, general practitioners and nursery homes to provide poct services for their patients and general community.

In plastic injection moulding, demoulding is complicated by sticking and high friction between the plastic and the moulds. The aim of the project is to tailor coatings and surface roughness towards superior slip properties to increase productivity by up to 50 % and to double the service lifetime.

Currently available personal protective equipment (ppe) against threats like ebola are inappropriate for use in hospitals in low and middle income countries. The goal of this project is to develop a more efficient ppe using innovative technologies and taking into account the general context of use.

The goal of the project is to develop and certify light cloth for aviation safety systems.

The project is aimed at making the use of calcined clay as a supplementary cementing material (scm) in concrete more widespread. This is in the context of a potential shortage of existing scms, which makes the research of alternative materials a priority, knowing the use of scms reduces ghg emissons

We will develop a revolutionary, compact propulsion unit for small electric vehicles in urban environments. For the first time, a 3 kw motor, controller electronics and efficient air cooling will be integrated into a 10" wheel. The unit with 160 nm torque will be validated in several vehicles.

Collaboration to translate knowledge from space medicine into clinical treatment in the field of electric muscle stimulation