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In 1997 ERPE invented a novel automatic machining feature recognition technology which has been incorporated into the Pathtrace EdgeCAM Solid Machinist Computer Aided Manufacture (CAM) package, now owned by Planit plc. EdgeCAM is considered as one of the leading independent solid machinist CAM package, with 10 - 15% of the world market. Related ERPE feature recognition in shape representation and characterisation has enabled the design of a 3D shape browser for product data management systems. Commercialised in 2005 as ShapeSpace with £0.7M current market value, for application to the parts industry in automotive markets, it has attracted the US Actify Inc., as an equity sharing partner to aid ShapeSpace to access worldwide markets.
The impact relates to improved productivity, operational efficiency, working practice and knowledge management within the European maritime industry through the use of a Virtual Integration Platform (VIP). The platform is a software package developed within the University of Strathclyde that has been used by eleven European ship design, engineering and project management consultancies, which specialise in the application of advanced computational design, analysis and physical modelling techniques within projects on an international scale. Specific company benefits of using the VIP include: 67% reduction in process time; guaranteed data consistency; additional productivity of 15 hours/day from automated over-night operation; capturing and reuse of expertise; cost effectiveness (lack of data consistency typically costs €100k per project); and ease of operation within complex design processes.
Through the introduction of innovative design approaches, processes tools and methods into the research of complex healthcare issues, a range of individuals — including members of professional groups, e.g., in nutrition management and physical rehabilitation, clinical trials managers, healthcare professionals and patients (involved, e.g., in random controlled trials), are now able to consider and use tools and approaches that they did not use previously. These, policy-makers, leads in research councils, charities, and members of lay user representative groups have seen, through demonstrations, national and international presentations and professional publications, advantages of these innovative tools and approaches that enable more patient-centred treatment and enhanced patient-professional relationships.
Green and Lilley's research on the management of innovation within creative organisations, with a specific focus on people-centred and socio-technical systems design of digital technology, has benefitted two companies significantly through two knowledge-transfer partnerships. One company — Bulb - more than doubled its staff numbers from 8 to 18 and increased turnover from £700,000 to £1.2 million. This research contributed to the basis for a new company — CrowdLab - now worth £1.5 million. Both companies have been short-listed for a number of awards, one recently winning the 2013 Leicester Mercury Innovative Company category. The School has embraced the University's Knowledge Exchange provision to respond effectively to the Government's economic development agenda which has placed HEIs `centre stage' to deliver private-sector led innovation and economic recovery.
Research work in the University of Cambridge Department of Engineering (DoEng) created a formal methodology for eco-design, based on lifecycle thinking that can be implemented during product design. This methodology and supporting reference data have been commercialised by DoEng spin-off company, Granta Design Limited, within Granta's software solutions: for engineering and product design in industry, integrating with the CAD environment; and for materials education. These products are incorporated in software suites that have over 200,000 users. Industry case studies demonstrate their value to end customers.
This case study highlights research excellence in health design by a Group of four multi-disciplinary researchers. Collectively the Group of researchers apply user-centred approaches to design and evaluation of products and services which improve health and wellbeing. The Group employs user-engagement throughout the design lifecycle to achieve societal benefits through improved products, information, services, and systems. The research has delivered:
Beneficiaries include end-users of assistive technology, patients with long-term conditions and their carers, medical practitioners, policy makers and commercial organisations.
Gage's research in interactive architecture since the 1990s has influenced the working methods of a sizeable community of SME architectural and environmental design practices, mainly in London, and in some cases significantly extended the scope of their services. The research has established and strengthened innovative exchange between academia, professions and creative industries and led to the creation of a number of new specialist and award-winning design companies with international profiles. One of these developed intellectual property sold in 2011 for over $15m, while another won a RIBA National Award for design excellence in collaboration with Bartlett staff.
"We've currently made a 40 per cent reduction on last year's infection figures ... the commode is definitely part of that", said an Infection Prevention and Control Clinical Nurse Specialist for Scarborough and North East Yorkshire NHS Trust. The commode referred is the result of a joint effort between Brunel University, Kirton Healthcare and PearsonLloyd, in responding to the Design Council's `Design Bugs Out' competition. Designed for thorough cleaning, easy maintenance, and patient dignity, the commode has been widely exhibited in the UK and Europe, and was shortlisted for the BRIT Best Design of the Year (2009) award. Now over 2,000 have been sold to more than 60 hospitals in the UK.
New visualisation approaches have been used to turn complex data into actionable knowledge by:
These applications of new visualisation methods have had impact on the environment, economy, defence and security, society and public debate. In each case users of our methods report on their positive impact as we help them identify visualisation possibilities, understand their data and use this knowledge to inform their activity. In many cases our work has resulted in important insights, improved exploitation of data and further investment in visualisation with organisational implications in terms of using data for intelligence.
The development of a novel 3D inverse design method for turbomachinery aerodynamic design at UCL has led to important design breakthroughs for pump and compressor applications. The resulting IP and software has been commercialised by a UCL spinout company Advanced Design Technology Ltd (ADT), which is now considered a global leader in advanced turbomachinery design software. Since 2008, the 3D inverse design codes embedded within ADT's TURBOdesign™ suite of software have been adopted by many of the leading turbomachinery equipment manufacturers in Europe, Japan and the US. These companies are using the TURBOdesign suite to achieve significant improvements in the time taken to design their turbomachinery components. It has also helped them unlock major efficiency gains and hence achieve a reduction in CO2 emissions. [text removed for publication]