Success stories
Enterprise Support has run over 80 KTPs in the last 15 years – you can view a selection run with the following faculties:
- Faculty of Art, Design and Architecture
- Faculty of Business and Law
- Faculty of Computing, Information Systems and Mathematics
- Faculty of Engineering
- Faculty of Science
Faculty of Art, Design and Architecture
WorkSpace Group
This project is Kingston’s first environmentally-focused KTP. It is to establish a sustainability unit within Workspace to reduce the carbon footprint of the properties in its portfolio and 'green-up' its refurbishment programme. Read more (PDF).
Faculty of Business and Law
Brainstorm
Brainstorm asked us for help in developing a strategic marketing plan, supported by focused market research. Read more (PDF).
Farnborough Aerospace Consortium
Farnborough Aerospace Consortium had a two-associate programme, the aim of which was to resolve a market failure in business collaboration in aerospace and defence. Read more (PDF).
WorkSpace Group
The WorkSpace Group ran a KTP to set up an SME intelligence unit; analyse SME trends; and recommend and implement marketing initiatives to specific segments. Read more (PDF).
Faculty of Computing, Information Systems and Mathematics
Ipsotek
This project aims to create advanced motion tracking and object classification modules. A case study will be available soon. Read more (PDF).
Titleworth
The aim of this project was to analyse, design and implement new information management systems, including rostering, pay and invoicing. Read more (PDF).
Faculty of Engineering
Chess Systems
This project aimed to combine latest generation solid-state rate gyros with Chess equipment to produce servo-positioning platforms with motion stabilisation. Read more (PDF).
MSE
The aims of this KTP was to establish electro-mechanical design capability to enable the production of a revised range of centrifuge products and ensure continued competitiveness with US and German competitors.
Faculty of Science
Maybridge Chemical Company
Maybridge wanted to develop an efficient synthesis of boronic acid heterocycles as commercially attractive substrates for use in combinatorial synthesis. Read more.
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