Proof of Concept Descriptions
| No. | Academic | Commercial Manager | QUB Department | Commercialisation Activities |
| 1 | Dr Stephen Thompson | Mr David Moore | Mechanical & Manufacturing Engineering | Energy Efficient Extrusion |
| 2 | Dr Chris Elliott | Dr Pat McComiskey | Veterinary Science Laboratory | Rapid Analysis of toxic food contaminants using optical biosensor technology |
| 3 | Professor David Bell | Mr Panos Lioulias | Computer Science | Software that helps make decisions in unclear situations, weighing relevant factors. Applications in document conversion, document management, search, robotics. Won Electrolux prize for Robotics |
| 4 | Dr Tony McNally | Mr David Moore | Mechanical & Manufacturing Engineering | Development of Polymer layered silicate nanocomposites as novel materials for drug delivery |
| 5 | Dr Philip Turkington | Dr Sean Duffy | Chemistry | To detect DUB enzymes development of novel drugs |
| 6 | Professor Jim Johnston | Mr David Moore | Centre for Cancer Research MBC | Determinations of whether specific DUB enzymes will be diagnostic prognostic or therapeutic agents |
| 7 | Dr Stephen Spence | Mr David Moore | Mechanical & Manufacturing Engineering | A prototype air cycle refrigeration system for ultra low temperature 'green' refrigeration |
| 8 | Dr David Artt | Mr David Moore | Mechanical & Manufacturing Engineering | A woodgas fuelled gas turbine engine turning wood into renewable electricity |
| 9 | Dr Graham Savidge | Dr Pat McComiskey | Marine Biology Station | A seaweed based system for the removal of nutrients from treated waste effluent |
| 10 | Dr Gary McVeigh | Mr David Moore | Ultrasound-based cardiovascular disease predictor | |
| 11 | Professor David Woolfson | Dr Pat McComiskey | Chemistry | Bioactive Composite Biomaterials for medical devices |
| 12 | Dr Mark Kelly | Dr Pat McComiskey | ECIT | A novel amplifier technology for mobile wireless communications applications |
| 13 | Dr Chris Allen | Dr Pat McComiskey | Pharmacy | Development of a novel biotechnology process for the production of catechol derivatives |
| 14 | Dr Andrew Doherty | Dr Pat McComiskey | Chemistry | Hydrogen Peroxide recovery from molten salt liquid catalyst media |
| 15 | Dr Chris Scott | Mr David Moore | Pharmacy | Development of novel, rapid discovery and identification technologies |
| 16 | Dr Nicholas Dunne | Mr David Moore | Mechanical & Manufacturing Engineering | Bone cement mixing system electron beam |
| 17 | Dr Fraser Buchanan | Mr David Moore | Mechanical & Manufacturing Engineering | Design of bioresorbable medical devices with unique degradation behaviour that ensures nature tissue |
| 18 | Professor Bob McCullough | Mr David Moore | Maths & Physics | Thermat damage free production of processed layers for 3-D semiconductor device stacking |
| 19 | Dr Laurent Wojcieszak | Mr Panos Lioulias | ECIT | Design and implementation of 20 times faster image and DVD video processing, brings it to Real Time. |
| 20 | Mr Alan Clarke | Mr Panos Lioulias | Polymer Research Centre | Material that provides biological and chemical protection and also is breathable. It removes the problems of protection clothing here with retention of internal humidity that causes skin blistering and heat stroke. |
| 21 | Dr Wolfram Meier-Augenstein | Dr Philip Graham | Forensic & Human Epidemiology | Non-invasive functional screening for reduced liver function and adverse drug effects |
| 22 | Dr sakir Sezer | Mr Panos Lioulias | ECIT | Design and implementation of a refresh scheduler that can support 50,000 x more quality of service queues than existing technology. |
| 23 | Dr Mark Kelly | Dr Pat McComiskey | ECIT | A novel system in package technology for mass volume low noise wireless components |
| 24 | Professor David Jones | Dr Pat McComiskey | Pharmacy | Antimicrobial |