Research projects
Innovation zones have several important mandates to achieve their wealth creation objectives. One of these objectives is to develop knowledge to propel innovation in companies and, thus, accelerate the commercialization of new products.
Research projects are important for developing a highly qualified workforce. They strengthen the network between research players and industry, thus facilitating the transition from the idea to the market. It is also a tool of choice for attracting talent from here, but also from around the world.
The research projects currently underway in the Technum Québec ecosystem are carried out in particular in collaboration with the University of Sherbrooke, a founding member of the Bromont innovation zone. This strategic collaboration leverages the expertise and advanced infrastructure of the integrated innovation chain, which includes not only the university but also 3IT and C2MI, thus promoting innovation and technological development in the region. Through this synergy, Technum Québec and the University of Sherbrooke work together to push the boundaries of scientific and technological research, aligning their efforts to meet the current and future needs of the industry.
Are you a graduate student looking for a stimulating research project? Consult the list of projects for which 3IT is currently actively recruiting.
New projects, carried out with other Quebec academic partners, will soon be announced.
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Research project SoZI
The result of a research partnership between universities, businesses, municipal administrations and innovation zones in Quebec, SoZI (for: Social dynamics of innovation zones) is a research project which aims to ensure that stakeholders of innovation adopt social anticipation practices that are inclusive, reflexive and reactive.
Holders
Marie-Luc Arpin and Serge Ecoffey
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Research Chair on Nanomaterials for Integrated Photonics
This research chair is to exploit the extraordinary properties of graphene to increase the performance of integrated photonic circuits and extend their fields of application.
Holder
Mathieu Massicotte
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Research Chair in Microelectronic Assembly Technologies for Energy and Optoelectronics
The research programming of this chair consists of developing a Fan-Out Wafer Level Packaging platform at C2MI and applying it to opto-electronic applications, and thus opening the way towards the integration of heterogeneous chip systems from different technologies (III-V, Si materials).
Holder
Gwenaëlle Hamon
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C2MI Research Chair in Microfabrication and Integration
Research aimed at developing materials and innovative microfabrication and integration processes that will add to C2MI’s current capabilities
Holder
Serge Ecoffey
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NSERC-Teledyne DALSA Industrial Research Chair in Next Generation MEMS and Microphotonics
Research aims to integrate new or improved materials, manufacturing processes and components into the industrial production of next-generation high-performance MEMS and microphotonic devices.
Holders
Paul Charette and Luc Fréchette
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C2MI Research project in Advanced Microelectronic Encapsulation
Research Chair in advanced microelectronic encapsulation to strengthen the vitality and sustainability of the C2MI ecosystem.
Holder
Dave Danovitch
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NSERC-IBM Canada Industrial Research Chair on High-Performance Heterogeneous Integration
Research aimed at using advanced encapsulation technologies for performance scaling.
Holders
Dominique Drouin and Julien Sylvestre
