Projets novateurs réalisés

THE EUROPEAN COURT OF HUMAN RIGHTS AND TURKEY’S “KURDISH QUESTION”: THE ROLES OF LITIGANTS, HRO’S AND THE COURT IN FRAMING AND NARRATING RIGHTS

This qualitative socio-legal research focuses on the role of litigation at the European Court of Human Rights in framing and legally narrating the relationship between the Turkish state and its Kurdish minority, concentrating on cases having to do with prisons and hunger striking. It will investigate the arguments made by litigants and HROs, and decisions made and reasoning provided by the Court. The three primary expected outcomes of the research are: (1) to provide the necessary background research and a draft socio-legal report on these issues that will inform a subsequent publishable paper on supranational rights-claiming and its implications in the context of Turkish-Kurdish relations; (2) to provide broader context to Professor Bartholomew’s research project on Kurdish hunger striking in Turkey as a means of creating rights and demanding constitutional recognition; and, (3) to develop linkages with scholars in Istanbul whose research is on Turkish-Kurdish relations, the ECHR, and democratic politics.

High-fidelity simulation of multiphase and thermal processes in hydrogen storage and refueling

Hydrogen will play a key role in Canada’s transition toward low-carbon energy due to the possibility of carbon-neutral production, its clean combustion, and high energy content per unit mass. As hydrogen is typically stored at high pressure (700 bar or more), rapid compression during refueling can generate substantial heat, which can cause pressure overshoot, underfilling, and thermal stresses in composite or metal-lined tanks. This project will address the challenge of hydrogen storage through the development of high-fidelity computational fluid dynamics (CFD) simulations. In collaboration with U. Oxford, simulations of high-pressure hydrogen refueling will contribute to improving the efficiency and safety of hydrogen storage systems. Overall, the research directly contributes to Canada’s national hydrogen strategy and addresses broad challenges in hydrogen storage, which are also top priorities for the partnering university and nation (UK).

L2M – Validating Philosoph-AI’s AI Governance-as-a-Service (AI-GaaS) Platform

Project Overview – L2M – Validating Philosoph-AI’s AI Governance-as-a-Service (AI-GaaS) Platform / (Mitacs BSI 2026)

Philosoph-AI Consulting Inc., based in Calgary and Geneva, is an emerging advisory firm specializing in artificial intelligence (AI) governance, ethics, and regulatory alignment. This project, led by Sandrine Berezowski (PhD candidate, University of Alberta) under the academic supervision of Dre. Martine Pellerin, aims to transform Philosoph-AI’s consulting expertise into a scalable digital platform that enables organizations to implement responsible, transparent, and compliant AI systems.

As AI adoption accelerates, most organizations—especially small and medium-sized enterprises—lack structured frameworks to ensure ethical oversight and compliance with emerging standards such as the EU AI Act (2024), ISO/IEC 42001, and NIST AI RMF. The project addresses this gap by developing and validating a modular AI Governance-as-a-Service (AI-GaaS) solution that integrates diagnostics, policy templates, and measurable governance indicators.

Over four months (January–April 2026), the project will:
1. Conduct a market validation study with over 50 organizations across sectors;
2. Develop a viable business and pricing model for commercialization;
3. Design an intellectual-property and data-governance framework; and
4. Deliver a comprehensive commercialization roadmap for the 2026 launch.

Through this collaboration between academia and industry, Philosoph-AI will demonstrate how ethical and inclusive AI governance can be a driver of innovation, competitiveness, and public trust. The project strengthens Canada’s leadership in trustworthy AI by linking research excellence with practical business implementation.

Ultimately, this initiative positions Canada as a global hub for responsible AI governance—where ethics, transparency, and innovation converge to shape the next generation of digital decision-making.

GausLight Splatting

Le projet GausLight Splatting vise à mettre au point une nouvelle façon de transformer les données recueillies par des capteurs laser 3D (appelés LiDAR) en modèles numériques réalistes et faciles à explorer. Ces capteurs produisent des nuages de points, un peu comme des milliards de petites coordonnées dans l’espace, qui sont très précis mais difficiles à utiliser directement. Le projet propose d’adapter une technologie récente, appelée Gaussian Splatting, afin de convertir ces nuages de points en images 3D continues, interactives et rapides à visualiser sur ordinateur ou dans un navigateur web. Pour l’organisation partenaire, cette innovation permettra de gagner du temps et de la qualité dans le traitement de ses données, en facilitant la création d’expériences virtuelles immersives destinées aux musées, aux événements et à la mise en valeur du patrimoine. À terme, cette recherche contribuera à accroître la compétitivité de l’entreprise tout en ouvrant la voie à de nouveaux usages de la 3D dans les milieux culturels et créatifs.

Development of a microbe granulation technology for the increased treatment of organic wastewater, removal of emerging containments and digestion of sludge

Today we are failing to properly and completely treat organic wastewater which results in large amounts of sludge buildup and many untreated emerging contaminates that are shaping and changing our environment. If we ignore this problem: we will see an increased need for resources to development new and very expensive mechanical processes to manage sludge, wildlife will experience further side effects, and the appearance of emerging containments that are causing additional side effects to the surrounding population will also continue to increase. It is expected that this project will deliver a new combined technology that will be able to effectively treat and clean organic wastewater in both aerobic and anaerobic conditions. The results of this study should enable us to advance and provide this new technology, in an economical way, to municipalities throughout North America in an effort to reduce emerging containments in the environment and solve the growing problem of sludge management.

Interactive ‘digital’ education for multilingual, multicultural, and transnational business practices: The framework for industrial EFL education in internationalism and glocalisaion

This project will bring to the international society a framework for “international-minded” education for business people and industrial entities. Such industrial entities may include ones that aim to start or enhance their international trading businesses, and study-abroad support businesses. The target entities may also include public educational institutions, and federal/state/municipal governmental entities that deal with international public relations, marketing, or communication. The framework provides the public with free referential resources for language and cultural management of international businesses and practices, which could be significantly supported and enriched by the in-depth understanding to the multi-facets of multilingual communication in transnational corporations, and the role of English as a global language in these complex new configurations, including digital communication. As its initial stage, the project aims to create resources to guide best practice for the education of transnational actors who need to deal with Canadian and Japanese customers, fulfilling the needs of the partner organization.

Investigating atmospheric chlorine chemistry in Cape Verde

Using simplified language, please provide a general one-paragraph description of the proposed project including the expected benefit to the participating institutions.

My project aims to better understand the impacts and significance of chlorine and chlorine-containing compounds in the atmosphere of Cape Verde. This will be conducted as part of the University of York’s Chlorine Enhancement by Mineral Dust and its Effect on Methane (CEMDEM) campaign, which will investigate the effects of mineral dust on chlorine concentrations and the subsequent impacts on methane levels. I will operate various instruments equipped to measure chlorinated compounds, and use this data to identify any chlorine-driven chemical pathways and elucidate their mechanism. This project combines York University’s strengths in conducting laboratory and field measurement studies on chlorinated compounds, with the University of York’s expertise in the measurement and modelling of chlorine chemistry, strengthening their ongoing collaboration. With this, we will provide insight into the complex processes occurring in the air that we breathe, and support the work of researchers and policymakers in protecting our air quality, which has direct implications to society from a health and policy perspective.

Evaluation of a ships hull through ice

The overall project is dedicated to energy efficient ship design for Arctic operations. Therefore, the causes for ice loads need to be understood, and also the properties of the prevailing sea ice conditions need to be determined. This has been done with multiple voyages, and now the data needs to be analyzed and put into context. Specifically, this project part refers to measurements conducted aboard ships and related ice property measurements in the Arctic. One part of the project is the analysis of measurements that are taken on the ship. The combination of acceleration measurements and ice thickness measurements has been done before and needs to be refined and re-applied to recent measurements. Additionally, the previous and upcoming analysis results need to be compared with available remote sensing information on sea ice deformation. On the sea ice, samples are taken and ice properties are measured. The measurements need to be processed and the data stored in a database. The data refer to two seasons (2024 and 2025) and will be compared. The measurement hardware needs to be refined and supported, combined with experiments in the laboratory. Her assistance is required, and her own ideas and developments can be included.

Honouring the Waters: Indigenous-Led Insights on Marine Shipping and Community Sovereignty – Marine Based Learning for Indigenous youth 12 and under

The Clear Seas Indigenous Internship Program aims to provide support to First Nations, Métis, and Inuit communities across Canada by helping them build the necessary internal capacity to research and protect their territories through a re-imagined internship program. Clear Seas provides mentorship to the interns and uplifts existing internal capacity within Indigenous communities. The Clear Seas Internship Program is tackling the real-world impacts of marine shipping on Indigenous communities, with significant cultural, social, and economic consequences. While shipping is vital for trade and economic growth, it often disrupts marine ecosystems, interferes with traditional fishing and hunting practices, and undermines Indigenous governance structures. This project’s scope is to be a leader for more holistic, respectful, supportive, responsive, equitable, and inclusive relationships between Indigenous communities and marine ecospheres through co-produced research spaces. The research centres around the marine ecosphere as Clear Seas can leverage their vast network of marine-related industries and partners. The knowledge developed through these projects will inform future Clear Seas research and guide marine-related policy and strategies.

Antenna Array Feasibility Study

Disruptive antenna technologies are required to provide performance and fabrication advantages in developing broadband wireless application products in emerging upper microwave and millimeterwave radio bands. The internship will investigate the feasibility of applying Polymer-based Dielectric Resonator Antenna (PRA), technology developed at the University of Saskatchewan, to commercial antenna array applications

Scalable Quantum Computing – Part B

Ruken Family Office Corporation is an investment firm specializing in data-driven strategies, risk modeling, and computational finance. As financial markets become increasingly reliant on high-performance computing, emerging technologies like quantum computing have the potential to reshape computational methodologies. However, the scalability and practical viability of quantum computing remain uncertain.
This project aims to identify which finance workloads suit quantum methods under realistic constraints. The work will account for full costs from data loading, state preparation, memory access, communication, and error correction, not only idealized circuit depth. It will produce fair, reproducible comparisons with CPU and GPU approaches at matched accuracy and runtime targets, characterize scaling with problem size and precision, and isolate the bottlenecks and the conditions that remove them.
The anticipated benefits include gaining access to research-based tools that assess the performance of commercial quantum platforms on financial workloads, provide insights into their scalability potential, and enhance understanding of future computational paradigms.

Development of Hybrid Tannin and Reduced Graphene Oxide Cryogels for Environmental Remediation of Aquatic Pollutants

The contamination of aquatic ecosystems by heavy metals and organic pollutants represents a global environmental challenge, threatening human health and ecological balance. Conventional treatment methods, such as chemical precipitation and membrane separation, are costly, ineficient at low concentrations, and generate secondary waste. Adsorption emerges as a promising alternative due to its simplicity and eficiency; however, its success depends on the development of sustainable, cost-effective, and high-performance adsorbent materials. This project proposes the development of a tannin–reduced graphene oxide (A-T/rGO) composite cryogel as an innovative and sustainable solution for the removal of heavy metals and organic dyes from aqueous efluents. The research aims to optimise synthesis parameters (particularly the tannin/GO ratio) to correlate structural properties (morphology, porosity) with adsorption performance. Furthermore, it seeks to achieve a deep understanding of adsorption mechanisms through kinetic and isotherm studies. The ultimate goal is to create a high-performance, low-cost, and eco-friendly material capable of promoting eficient and sustainable remediation of contaminated water.