Co Operation Student – Deep learning applications in multispectral retinal imagery

The internship opportunity involves active participation in an agile AIS AI team dedicated to advancing the DeepMSI AI product. The intern will engage in impactful research under the AI team lead, focusing on refining core AI algorithms with a special emphasis on multispectral retinal image processing and deep learning. The objectives include exploring advancements in […]

Read More
Amélioration de la circularité tout au long de la chaîne d’approvisionnement des MCS – recyclage des résidus de sulfate de sodium issu de l’extraction et la transformation des MCS via l’électrolyse membranaire

La filière de production des MCS comporte plusieurs sous-produits qui devront être enfouis, traités ou transformés. Le présent projet s’attarde sur le sulfate de sodium issu de la neutralisation de lixiviats d’acidesulfurique présents dans plusieurs procédés hydrométallurgiques. Bien qu’une partie des centaines de milliers de tonnes annuelle puisse être revalorisé (détergents en poudre en Amérique […]

Read More
Evaluation of Humaterra Regen Ag (HRA) bioinoculants’ impacts on agronomic yield and soil health under greenhouse conditions

In response to Canada’s ambitious environmental targets, this research explores the efficacy of compost-derived complex bioinoculants (H-Start products) developed by HumaTerra as a viable complement to chemical fertilizers in sustainable agriculture. This proposed study will be under a greenhouse setup that complements the ongoing field research to evaluate the impact of these bioinoculants on the […]

Read More
New Methods for Molecular Simulation of Polymeric Materials

This collaborative research, hosted by Carleton University and featuring an intern from Jagiellonian University, aims to deepen our understanding of polyurethane copolymers, specifically focusing on their shape memory properties. The project employs Neural Network Potentials (NNPs) for advanced computational simulations. The intern will be trained on molecular simulations using Neural Network Potentails using Digital Alliance […]

Read More
Our Mutual Friend: Developing collaborative tools to increase researcher & practitioner networking.

This project will create three online tools to help researchers initiate collaborations, decrease the hassles of project management during collaborations, and reduce the time spent applying for research grants. The first tool will help researchers find new partners for collaborative efforts by asking them a series of questions about their research interests and collaborative style, […]

Read More
Evaluation of the effects of modified micronized copper azole (MCA) and chromated copper arsenate (CCA) on decay resistance and mechanical properties of selected Canadian timber species

The proposed research project aims to work alongside Canada’s largest wood preservation company, Stella-Jones, to help solve an ongoing industrial challenge. Since phasing out the popular wood preservative chromated copper arsenate (CCA) for residential use in the early 2000’s, the wood preservation industry has begun to formulate new wood preservatives as an alternative. Since these […]

Read More
Stage de recherche sur la caractérisation de tisanes du petit thé du Labrador

Le petit thé du Labrador, Rhododendron subarcticum (tiirluk en inuktitut; wiisichipikuush en langue crie) est un arbuste retrouvé à travers le Nunavik qui est consommé de manière importante, principalement sous forme de tisane, par les communautés cries et inuites du Nord du Québec. Malgré son importance, les tisanes de petit thé du Labrador ont très […]

Read More
Cosmological perturbations from quantum gravity

The last century substantially advanced our understanding of the laws of physics and the cosmos, but many questions still remain unanswered. This project aims to bring us a step closer to unravelling the details of the beginning of our universe. Many researchers expect that gravity has a quantum nature, but a concrete theory is yet […]

Read More