58th Canadian Chemical Engineering Conference in Ottawa, Ontario, October 19-22, 2008  

  

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  |    PROGRAM  |    REGISTRATION  |    TRAVEL/HOTELS  |    EVENTS/MEETINGS  |    SPONSORS  |    EXHIBITION  |    CAREERS  |    GRADS  |    UNDERGRADS  | 
 |  Energy  |  Materials  |  Clean Water-Clean Air-Clean Earth  |  Industrial Biotechnology  |  Partnerships  | 
Partnerships: Policy and Research at the Crossroads

 

Partnerships: Policy and Research at the Crossroads

 

A country’s standard of living is dependent on its ability to innovate and then commercialize those innovations. As a result, we all have an interest in seeing that innovations are more efficiently brought to the marketplace. Universities want to more swiftly commercialize discoveries from their labs, business and industry want to capitalize on the products and services that result from breakthrough research and VCs want to pluck the most promising investment opportunities.

However, the need to identify solutions that will allow Canada and global economies a more abundant flow of discoveries into the marketplace has never been more critical. There is little doubt that ours is increasingly a knowledge economy in which intellectual property is the dominant force, the capital that will continue to drive economic growth. Our ability to remove the barriers that inhibit the transformation of knowledge into products and services that improve the way we live, work, and play will greatly determine the long-term prosperity of our nation.

University-based research plays a central role in the innovation process. Basic research that leads to fundamental discoveries provides the underpinning of more applied technologies. Residing in universities are a significant number of innovations either mired in the depths of bureaucracy or paralyzed by a lack of applied skills and resources, slowly struggling their way to the commercial forefront. Worse, many never make it at all. The reality is a great deal of promising research consistently fails to be developed and brought to market for practical use. This includes research in the life sciences that could lead to vital new drugs and medical therapies. It includes research in computing and engineering that could lead to useful new products and job-creating new firms.

While universities have been given the opportunity and obligation for commercialization, we are not seeing the full potential of this federally funded research. Instead, a much clearer result has been the ramp-up of university technology transfer offices with the expectation that the office, in and of itself, is a sufficient resource to meet the government’s mandate to innovate and commercialize.

Be sure to attend this symposium and hear leading international experts from industry, government and academia address the issue of creating an environment that is conducive to innovation and commercialization. Learn how a coordinated science and technology policy can be effective in driving innovation and commercialization. Hear case studies on successful industry-university collaborations. And get the latest information on best practices for international partnerships.

 

     


 58th Canadian Chemical Engineering Conference
Ottawa, Ontario, Canada

info@csche2008.ca

Organized by the Canadian Society for Chemical Engineering
130 Slater Street, Suite 550, Ottawa, ON, Canada  K1P 6E2
T.1-888-542-2242  F. 613-232-5862
www.chemeng.ca