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Univalor Science & Engineering department. Presented by : St éphane Deschamps and Didier Leconte. January 2007. Mission To market research results of university researchers.
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Univalor Science & Engineering department Presented by : Stéphane Deschamps and Didier Leconte January 2007
Mission To market research results of university researchers Univalor's mission is to commercialize the university research outcomes of a group of institutions, namely the Université de Montréal and most of its affiliated institutions. • Founded in April 2001 / 21 employees Université de Montréal • Annual Research Budget : 450 M$ CAD • Number of researchers : 2500 • Ranked 2nd in Canada for research financing
Université de Montréal Hospital Sainte-Justine École Polytechnique de Montréal University of Montreal School of Business (HÉC) Centre hospitalier de l’Université de Montréal (CHUM) Hospital Maisonneuve-Rosemont Montreal Heart Institute Hospital du Sacré-Coeur Institut universitaire de gériatrie de Montréal Sources of Inventions
Major Activities • IDENTIFY promising inventions • PROTECT intellectual property rights • DEFINE AND IMPLEMENT best strategy for transferring most promising inventions to the industry • FIND business and financial partners • GRANT licenses • CREATE spin-offs
Science & Engineering Technologies Background • Traditionally: Applied science, adapted to technology transfer • Mostly from École Polytechnique (engineering school), Physics & Maths dept from Université de Montréal, Software from HEC Montréal (business school) and other institutions • Approx. 50% of Univalor’s portfolio is Science & Engineering • Goal: Share with the market!
Civil Engineering Bracing technology for earthquake resistance Science & Engineering Technologies Overview • Material Science New injection molding for composites Porous and ultra porous polymers Filterless color imaging sensor Algorithms for image treatment Digitalization and simulation of spinal deformities Projection on arbitrary surfaces Magnetic Resonance Tracking • Imaging Error correction mechanisms Direct Laser Machining of Waveguides Quantum Cryptography Discovering Architecture of Geo-located Web Services for next generation of mobile networks Pr. Samuel Pierre Hollow core fiber pre-forms • Telecommunications
Science & Engineering Technologies Overview • Computer science Deep Information Extraction Tool (Search Engine) DIET Technology Pr. Samuel Pierre Error correction mechanisms Direct Laser Maching of Waveguides Sofware platform for the design of electronic embedded systems Digital calibration technology for ADCs • Electronics Compensation of probe tip radius Error measurements on 5-axis machine tools • Metrology Magnetic resonance submarine Plasma gas sterilization process Digitalization and simulation of spinal deformities Magnetic Resonance Tracking • Health care Direct Laser Machining of Waveguides Surface Plasmon Resonance sensors Optical filters used for Sensing Offset free amplifier • Sensing
Science & Engineering Technologies Next Steps • www.univalor.ca, articles, presentations . We can put you on our list of new periodic letter • Contact us : • Didier Leconte : (514) 340-3243 ext. 4224 didier.leconte@univalor.ca • Stéphane Deschamps : (514) 340-3243 ext 4450 stephane.deschamps@univalor.ca