TBG Solutions Limited

To develop, embed and exploit advanced image and machine learning technologies to design and launch a novel fall detection system for exploitation within the healthcare sector.

This project will develop new broad band measurement technology for the use of aircraft engine manufacturers in developing new engines; it will also be useful for other manufacturers and operators of gas turbine engines used in ships and in electricity generation. The project is a collaboration between two small hi-tech engineering companies, TBG Solution...

This project will carry out proof-of-concept tasks necessary for the development of a robotic autonomous system (RAS) for fluid servicing of passenger trains. It will be designed by a collaborative team from TBG Solutions and Brunel University London with support from Chiltern Railways. The need for such a system is demanded by the expected 100% growth in...

Anxiety and fear are major barriers to many people accessing good dental care with consequent impact on their dental health. Development of phobias relating to dental drill noise is a major element of these fears and the provision of silent, or highly noise attenuated, drills would significantly reduce this. The project proposes to develop a set of demons...

To design and develop a novel hand held device for use by police and other agencies to detect and quantify drug level samples. The device will utilise aptamer and nanoparticle technology and work in a similar manner to that of a pregnancy test.

A portable hand-held device to detect and measure drug and alcohol use from a saliva sample.

InterVision Global Ltd provide bespoke inline inspection systems for the Food & Beverage, Healthcare, Life Science, Medical Device, Pharmaceutical and Machine Building industries. Set up in 2004 as V-Viz Ltd, InterVision Global have built a reputation as an experienced and reliable expert in inspection system design, specification, installation and suppor...

To develop design techniques, hardware platforms and networking protocols to enable the rapid prototyping of wireless sensing systems for robust and secure industrial monitoring applications.

We plan to develop and integrate three complementary novel technologies and demonstrate their application to noise and vibration cancellation. They are: a novel highly responsive, audio bandwidth combined sensor/actuator and associated "local echo canceller" for both sensing the noise and simultaneously cancelling it; novel moulded composite panels with t...