Concordia University

• Low Power / high sensitivity CMOS circuits to be used to build sensors
  
  
• Process for Thermo Catalytic Cracking (TCC) of heavy oils feeds to increase production of light olefins (Ethylene-Propylene) at low Temperature
  
  
• A library containing more than 3000 new enzymes produced by 14 fungi
  
  
• Process for the development of epoxy nanocomposites
  
  
• Planar waveguide grating device having Controlled Polarization Dependent Sensitivity and Method of Manufacturing thereof
  
  
• Immunoassay biophotonic plateform
  
  
• Silica nanoboxes as new nano-structured materials
  
  
• Synthesis of Colloidal Upconverting Monodisperse Nanocrystals for Biological Applications
  
  
  

University of Quebec in Montreal

• Automation of absorption testing of water in porous material : application to building material
  
  
• Catalytic coating for the cathode in an electrochemical photovoltaic cell
  
  
• Gastroresistant polymeric derivatives as carriers for bioactive agents and drug delivery
  
  
• Ergonomic sit-stand seating device
  
  
• In Vivo Anti-Tumor Properties of Melanotransferrin
  
  
• Plant Extracts as Cryoprotective Agents
  
  
• Adipotronics ^TM
  
  
  
  

University of Quebec in Rimouski

• Microalgae production
  
  
• Process for lipids and omega-3 fatty acids enrichment in algae culture
  
  
  

École de technologie supérieure

• Vddq Integrated Circuit Testing System and Method
  

• Time-Frequency Analysis of the Energy of Non-Stationary Signals
  

• A system for designing and fabricating a personnalized knee resurfacing implant
  
  
• Adjustable electronic duplexer
  
  
• Integrated Circuit Testing System and Method