CUTRIC's Academic Directory 2025

2024/2025

ACADEMIC MEMBERS’ DIRECTORY RÉPERTOIRE DES MEMBRES ACADÉMIQUES

Canadian Urban Transit Research & Innovation Consortium (CUTRIC)

Consortium de recherche et d’innovation en transport urbain au Canada (CRITUC)

Release Date: May 2025

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Welcome to CUTRIC's directory of academic and research expertise across Canada.

This resource connects academia and industry, highlighting specialized research and workforce development programs in transit electrification and urban mobility innovation. It is your key to discovering experts and programs that can drive your organization's growth and advance sustainable transportation solutions. This directory fosters impactful partnerships for research, grant applications and commercialization of innovative solutions, making it easy to connect with

Welcome

professionals aligned with your goals. By using it, you join a national effort to accelerate transit innovation and shape Canada's sustainable urban mobility future.

Bienvenue au répertoire de l'expertise universitaire et de recherche de CRITUC à travers le Canada. Cette ressource stimule la collaboration entre le milieu universitaire et l'industrie, mettant en évidence les capacités de recherche spécialisées et les programmes de développement de la main-d'œuvre pour l'électrification des transports en commun et la mobilité urbaine. C'est la clé pour découvrir des experts et des programmes qui peuvent alimenter la croissance de votre organisation et faire avancer les solutions de transport durable. Ce répertoire

Bienvenue

simplifie la création de partenariats efficaces pour les demandes de subventions, la recherche conjointe et la commercialisation de solutions innovantes. En l'utilisant, vous participez à un effort national pour accélérer l'innovation dans le transport en commun et façonner l'avenir de la mobilité urbaine au Canada.

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Message from CUTRIC’s President and CEO Un message de la présidente et directrice de générale Dear valued Members, CUTRIC's first Academic Members' Directory is a testament to the pivotal role academic members play in driving forward innovation and sustainability. This is the starting point for groundbreaking research. It is the foundation for the skilled workforce that enables successful technology deployment and utilization in public transit.

Our academic members are catalysts for change. Their contributions drive the entire life cycle of innovation— from early research through to implementation. They ensure continuous improvement in technology development and help to make public transit more affordable and efficient. By showcasing their expertise, the Academic Members' Directory highlights the essential role academia plays in shaping the future. It also reinforces the powerful link between academia and Industry.

Our Academic Members at CUTRIC power the progress of transit innovation and ensure lasting and sustainable impact across our sector.

Sincerely, Josipa Petrunić, President and CEO

Cher(e)s membres, Le premier Répertoire des membres du milieu universitaire de la CRITUC témoigne du rôle central que jouent les membres du milieu universitaire dans la promotion de l'innovation et de la durabilité. C'est le point de départ d'une recherche novatrice. Il constitue le fondement d'une main-d'œuvre qualifiée qui permet le déploiement et l'utilisation réussis de la technologie dans les transports en commun.

Nos membres du milieu universitaire sont des catalyseurs de changement. Leurs contributions animent l'ensemble du cycle de vie de l'innovation, de la recherche initiale à la mise en œuvre. Ils assurent une amélioration continue du développement technologique et contribuent à rendre les transports en commun plus abordables et efficaces. En présentant leur expertise, le Répertoire des membres du milieu universitaire souligne le rôle essentiel que joue le milieu universitaire dans l'élaboration de l'avenir. Il renforce également le lien puissant entre le milieu universitaire et l'industrie.

Nos membres du milieu universitaire de la CRITUC propulsent le progrès de l'innovation dans le transport en commun et assurent un impact durable et pérenne dans tout notre secteur.

Sincèrement, Josipa Petrunić, Présidente et directrice de générale

Table of Contents

Welcome | Bienvenue Message from CUTRIC’s President and CEO | Un message de la présidente et directrice de générale ...........

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About CUTRIC | À propos de CRITUC Mission and vision | Mission et vision ..........................................................................................................

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Pillars of innovation | Piliers d’innovation ..................................................................................................

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Value of industry-academic collaboration | Valeur de la collaboration industrie-académique .......................

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Types of academic collaborations | Les types de collaborations académiques .............................................

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CUTRIC’s Academic Members | Membres académiques de CRITUC British Columbia Institute of Technology | Burnaby, BC ...............................................................................

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Centennial College of Applied Arts and Technology | Toronto, ON ...............................................................

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St. Clair College of Applied Arts and Technology | Windsor, ON ..................................................................

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Toronto Metropolitan University | Toronto, ON ...........................................................................................

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University of British Columbia - Okanagan | Kelowna, BC ...........................................................................

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University of Calgary | Calgary, AB ..............................................................................................................

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University of Manitoba | Winnipeg, MB ........................................................................................................

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University of Toronto | Toronto, ON ............................................................................................................

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University of Windsor | Windsor, ON ...........................................................................................................

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Western University | London, ON ................................................................................................................

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York University | Toronto, ON .....................................................................................................................

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Table of Contents

CUTRIC’s National Academic Strategy | Stratégie nationale de l'enseignement supérieur Key Initiatives | Initiatives clés .....................................................................................................................

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Academic Committee for Transit Innovation (ACTI) | Comité académique pour l’innovation dans le transport collectif (CAITC) ......................................................

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Partnering with CUTRIC | En partenariat avec CRITUC Membership value | Valeur de l'adhésion .....................................................................................................

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Project portfolio | Portefeuille de projets ......................................................................................................

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Consulting services and tools | Services et outils de consultation ................................................................

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Upcoming conferences | Conférences à venir ..............................................................................................

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2024 Sponsors | Commanditaires de 2024 ...................................................................................................

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Connect with us! | Contactez notre équipe ....................................................................................................

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About CUTRIC

The Canadian Urban Transit Research & Innovation Consortium (CUTRIC) is a member-based, non-profit organization that leads the development of advanced transit technologies in Canada.

With over 140 member organizations, including transit agencies, industry, software companies, utilities, government agencies and more, CUTRIC fosters collaboration through industry-led research and innovation. It focuses on advancing urban transit systems and developing nextgeneration mobility solutions that support smart, low-carbon technologies, contributing to longterm economic growth and job creation.

The needs of its diverse consortium drive CUTRIC's work as a member-based organization. Its projects aim to reduce fuel consumption, lower emissions and enhance road safety, all while improving transportation efficiency and quality of life for Canadians. By supporting digital and low-cost mobility solutions, CUTRIC helps pave the way for a sustainable, low-carbon economy in the 21st century.

Vision To make Canada a global leader in low-carbon smart mobility technologies across heavy-duty and light-duty platforms, including advanced transit, transportation and integrated mobility applications.

Mission To support the commercialization of technologies through industry-led collaborative research, development, demonstration and integration (RDD&I) projects that bring innovative design to Canada’s low-carbon smart mobility ecosystem.

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À propos de CRITUC

Le Consortium de recherche et d’innovation en transport urbain au canada (CRITUC) est une organisation à but non lucratif basée sur ses membres qui dirige le développement de technologies avancées de transport en commun au Canada. Avec plus de 140 organisations membres, y compris l'industrie, les sociétés de logiciels, les services publics, les agences gouvernementales et plus encore, CRITUC encourage la collaboration par le biais de la recherche et de l'innovation dirigées par l'industrie. Elle se concentre sur l'avancement des systèmes de transport urbain et sur le développement de solutions de mobilité de nouvelle génération qui soutiennent les technologies intelligentes et à faible émission de carbone, contribuant ainsi à la croissance économique à long terme et à la création d'emplois.

Les besoins de son consortium diversifié déterminent le travail de CRITUC en tant qu'organisation basée sur ses membres. Ses projets visent à réduire la consommation de carburant, à diminuer les émissions et à renforcer la sécurité routière, tout en améliorant l'efficacité des transports et la qualité de vie des Canadiens. En soutenant des solutions de mobilité numériques et peu coûteuses, CRITUC contribue à ouvrir la voie à une économie durable et à faible émission de carbone au XXIe siècle.

Vision Faire du Canada un leader mondial dans les technologies en mobilité durable et intelligente, incluant les véhicules lourds et légers, le transport public avancé et la mobilité intégrée.

Mission Soutenir les essais de commercialisation et les projets pertinents de recherche, de développement, de démonstration et d’intégration (RDD&I) par le biais de collaborations menées par l’industrie qui renforcent l’écosystème de mobilité durable et intelligente du Canada.

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Pillars of innovation Piliers d’innovation

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ZERO AND LOW EMISSIONS PROPULSION TECHNOLOGIES & SYSTEMS INTEGRATION Including battery electric and hybrid electric propulsion technologies, hydrogen fuel cell electric propulsion technologies, as well as grid-based smart management tools that balance electric fleet charging and/or hydrogen refuelling.

TECHNOLOGIES DE PROPULSION À ZÉRO ÉMISSION OU FAIBLE ÉMISSION DE CARBONE ET INTÉGRATION DE SYSTÈMES Technologie de propulsion électrique et hybride, technologie de propulsion électrique à pile à combustible (hydrogène), technologies de propulsion au gaz naturel comprimé et au gaz naturel renouvelable, technologie de propulsion à l’éther diméthyle (DME), ainsi que les outils de gestion “intelligents” basés sur les réseaux qui équilibrent la charge de la flotte électrique et/ou le ravitaillement en hydrogène.

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SMART VEHICLES & SMART INFRASTRUCTURE Including standardized and interoperable fleet management systems, vehicle-to-vehicle and vehicle-to-infrastructure communications systems, as well as intelligent transportation systems and smart mobility solutions.

TECHNOLOGIES DE VÉHICULES INTELLIGENTS ET D’INFRASTRUCTURE INTELLIGENTE POUR LES VÉHICULES AUTONOMES ET CONNECTÉS SUR Incluant les capteurs, les signaux et les systèmes de commandes qui permettent des communications standardisées et une interopérabilité de la communication de véhicule à véhicule (V2V) et véhicule à l’environnement (V2X).

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Pillars of innovation Piliers d’innovation

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BIG DATA FOR MOBILITY ANALYTICS AND MOBILITY AS A SERVICE APPLICATION Including initiatives to optimize public and private fleets through the use of descriptive, analytic and predictive data assessment and the integration of artificially intelligent decision-making systems that guide fleet managers in real-time.

STOCKAGE ET ANALYSE DE MÉGADONNÉES ET APPLICATION DE MOBILITÉ EN TANT QUE SERVICE (MOBILITY AS A SERVICE MAAS) Incluant des initiatives pour optimiser les flottes de transport privées et publiques grâce à l’évaluation descriptive, analytique et prédictive des données et l’intégration des systèmes décisionnels d’intelligence artificielle pour une gestion en temps réel.

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CYBERSECURITY IN ADVANCED MOBILITY APPLICATIONS Securing low-carbon smart mobility systems, including secure communications for autonomous and connected vehicles, given the susceptibility of new vehicle systems to malicious attack.

CYBERSÉCURITÉ DANS LES APPLICATIONS DE MOBILITÉ AVANCÉE Sécurisation des systèmes de mobilité intelligente à faible émission de carbone, y compris des communications sécurisées pour les véhicules autonomes et connectés compte tenu de la vulnérabilité des nouveaux systèmes aux attaques malveillantes.

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Pillars of innovation Piliers d’innovation

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ZERO EMISSION AND CYBER-SECURE RAIL Incorporating zero-emission propulsion technologies along with robust cyber-security frameworks that protect against threats to rail operations, ensuring the safe and efficient integration of innovative technologies in passenger and freight rail services.

UN RAIL À ZÉRO ÉMISSION ET CYBER-SÉCURISÉ Incorporer des technologies de propulsion à zéro émission ainsi que des cadres de cybersécurité solides qui protègent contre les menaces pesant sur les opérations ferroviaires, garantissant l'intégration sûre et efficace de technologies innovantes dans les services ferroviaires de passagers et de fret.

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POST-PANDEMIC RESEARCH FOR SAFER TRANSIT Including the development of technologies to enhance safety in public transit, such as advancements in air filtration and ventilation systems, antiviral surfaces, automated disinfection technologies and predictive models for optimizing airflow and minimizing contamination risks.

LA RECHERCHE POST-PANDÉMIQUE POUR DES TRANSPORTS PLUS SÛRS Y compris le développement de technologies visant à améliorer la sécurité dans les transports publics, telles que les avancées dans les systèmes de filtration de l'air et de ventilation, les surfaces antivirales, les technologies de désinfection automatisées et les modèles prédictifs pour optimiser le flux d'air et minimiser les risques de contamination.

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Collaboration is the fuel of progress in a constantly evolving world.

Value of industry-academic collaboration

Academic-industry collaboration accelerates sustainable transit innovation, combining research expertise and real-world application to drive Canada's net-zero goals and develop a skilled workforce.

National Impact

Skilled Workforce

This collaboration is crucial for advancing Canada's sustainable transit, achieving net-zero goals and fostering nationwide innovation.

Academics contribute cutting-edge research and educational programs to develop a workforce capable of implementing innovations.

Industry Access

Academic Growth

Industry gains access to the latest research, realworld testing and a pipeline of trained professionals, staying current with clean transit solutions.

Academic institutions test theories in real-world scenarios, expanding knowledge and strengthening their capacity to innovate and grow.

Theory to Practice The partnership effectively bridges theoretical advancements with practical applications in future transit technologies.

Future Preparedness These collaborations position Canada as a leader in transit innovation, preparing the future workforce and accelerating technology development for climate goals.

Partnerships power sustainable transit.

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Valeur de la collaboration industrie-académique

La collaboration entre le monde universitaire et l'industrie accélère l'innovation en matière de transport durable, combinant l'expertise en recherche et l'application concrète pour atteindre les objectifs de carboneutralité du Canada et développer une main-d'œuvre qualifiée.

Impact National

Main-d'œuvre Qualifiée

Cette collaboration est cruciale pour faire progresser le transport durable au Canada, atteindre les objectifs de carboneutralité et stimuler l'innovation à l'échelle nationale.

Les universitaires contribuent par des recherches de pointe et des programmes éducatifs pour développer une main-d'œuvre capable de mettre en œuvre les innovations.

Accès Industrie

Croissance Académique

L'industrie accède aux dernières recherches, aux tests en situation réelle et à un vivier de professionnels formés, restant ainsi à jour sur les solutions de transport propres.

Les institutions universitaires testent leurs théories dans des scénarios réels, élargissant leurs connaissances et renforçant leur capacité d'innovation et de croissance.

Théorie à Pratique Le partenariat relie efficacement les avancées théoriques aux applications pratiques dans les futures technologies de transport.

Préparation Future Ces collaborations positionnent le Canada comme un leader en innovation dans le transport, préparant la future main-d'œuvre et accélérant le développement technologique pour les objectifs climatiques.

Les partenariats propulsent le transport durable.

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Types of academic collaboration

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Research and development (R&D) partnerships Collaborate with academic members on cutting-edge R&D projects, such as grant-funded research, codevelopment of new technologies and knowledge transfer. Establish a partnership to solve industryspecific challenges and drive innovation.

Workforce development Partner with academic institutions to develop training programs, workshops and certifications that prepare the next generation of talent for careers in transit electrification and related fields. Upskill current employees and build a pipeline of future talent, ensuring that industry needs are met with well-prepared professionals.

Student internships and projects Engage with talented students through internships, capstone projects or real-world problem-solving collaborations under faculty supervision. Provide access to fresh ideas while helping students apply their academic knowledge in practical settings.

Joint grant applications Pursue joint government or foundation grants, especially in research areas that have shared interest between academia and industry.

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Les types de collaborations académiques

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Partenariats de recherche et développement (R&D) Collaborer avec des membres universitaires sur des projets de R&D de pointe, tels que la recherche financée par des subventions, le codéveloppement de nouvelles technologies et le transfert de connaissances. Établir un partenariat pour résoudre des problèmes spécifiques à l'industrie et stimuler l'innovation.

Développement du personnel Établir des partenariats avec des institutions académiques pour développer des programmes de formation, des ateliers et des certifications qui préparent la prochaine génération de talents à des carrières dans le domaine de l'électrification des transports en commun et dans des domaines connexes. Améliorer les compétences des employés actuels et constituer un vivier de futurs talents, en veillant à ce que les besoins de l'industrie soient satisfaits par des professionnels bien préparés.

Stages et projets d'étudiants S'engager auprès d'étudiants talentueux dans le cadre de stages, de projets d'excellence ou de collaborations visant à résoudre des problèmes concrets sous la supervision d'un professeur. Donner accès à des idées nouvelles tout en aidant les étudiants à appliquer leurs connaissances académiques dans des contextes pratiques.

Demandes de subventions conjointes Obtenir des subventions conjointes du gouvernement ou des fondations, en particulier dans les domaines de recherche qui intéressent à la fois le monde universitaire et l'industrie.

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CUTRIC’s ACADEMIC MEMBERS

DES MEMBRES ACADÉMIQUES DE CRITUC

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British Columbia Institute of Technology 3700 Willingdon Avenue Burnaby British Columbia V5G 3H2 http://www.bcit.ca/ British Columbia Institute of Technology (BCIT), one of the largest post-secondary institutions in British Columbia, is recognized for its commitment to providing industry-focused, hands-on education that drives innovation across sectors. With over 50 years of experience, BCIT offers a wide range of programs designed to meet the evolving needs of the workforce, making it a leader in applied learning.

BCIT’s Corporate Training & Industry Services BCIT corporate training solutions can be customized to meet your organization’s workforce training needs. BCIT can deliver a range of training from one hour workshops to a full credit training program. Accommodations can also be made to train one individual or a full team at a BCIT campus, at your workplace, or online.

Learn from BCIT corporate training instructors who are experts in their field. Let’s work together to provide your staff with gap training and life-long learning opportunities for them to excel in your organization.

Richard Haire Business Development and Industry Services Manager School of Transportation

Richard_Haire@bcit.ca (604) 451-7015

Anna Klonica Business Development and Industry Training Coordinator School of Energy

anna_klonica@bcit.ca (604) 453-4039

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BCIT School of Transportation

The BCIT School of Transportation stands as a prominent leader in transportation training across North America. It prides itself on consistently producing high-quality graduates who are fully equipped for the demands of various sectors such as Aerospace, Automotive, Marine, Motive Power and Rail. With its strategic location at the Asia-Pacific Gateway, the School of Transportation plays a vital role in delivering accredited and globally recognized programs.

These programs are meticulously tailored to address the specific human capital requirements of the ever-evolving transportation industry. BCIT’s Motive Power programs, which include courses in areas like automotive, heavy-duty, commercial transport and railway training, are located at the Annacis Island Campus in Delta, British Columbia.

1608 Cliveden Avenue Delta, BC V3M 6P1

http://www.bcit.ca/transportation

Steve Perry Dean

School of Transportation Steven_Perry@bcit.ca (604) 451-7130

Bruce Thompson Associate Dean, Motive Power School of Transportation

Bruce_Thompson@bcit.ca (604) 451-6818

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BCIT School of Energy

The BCIT School of Energy is home to some of the best hands-on training available. It provides education and research that focuses on increasing energy efficiencies in industrial processes and the development of cost-effective alternative energy sources. Programs range from Machinist to Digital Communications and Wireless Technologies, Chemical and Environmental Technology to Mechanical Engineering, Electrical Engineering and the Smart Grid Systems and Technologies Master Program.

BCIT's School of Energy is located primarily at the Burnaby Campus, the main campus of BCIT. 3700 Willingdon Avenue Burnaby, BC V5G 3H2

http://www.bcit.ca/energy

Dr. Andrea Frisque, P.Eng. Dean

School of Energy andrea_frisque@bcit.ca (604) 432-8542

Dr. Sanja Boskovic PhD Mechanical Engineering, PhD Educational Technology Associate Dean, Industrial & Mechanical Trades School of Energy sanja_boskovic@bcit.ca (604) 451-6964

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Centennial College 941 Progress Ave Toronto Ontario M1G 3T8 https://www.centennialcollege.ca/ Centennial College of Applied Arts and Technology is Ontario’s first public college primarily serving the eastern portion of the Greater Toronto Area through its five campuses. Centennial’s School of Transportation (SOT) is the largest transportation training facility in Canada, where labs mirror real-world environments for a realistic learning experience in the aerospace and aviation, automotive, motorcycle, heavy-duty and truck/coach sectors and electric light rail with industry-recognized programming.

Transportation and mobility research and training are key strengths of Centennial. The College brings its world-class learning facilities and faculty to collaborations with a wide range of stakeholders to develop solutions in urban transit and sustainable transportation, from industry leaders such as Bombardier to local small- and medium-sized enterprises. The College emphasizes leadership and workforce readiness, earning the #1 ranking for graduate satisfaction in the Greater Toronto Area. Students gain real-world experience through practical learning in classrooms, labs and communities.

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Centennial Innovates | Applied Research, Innovation and Entrepreneurship Centennial is one of Canada’s top colleges for research and innovation, ranked #1 for student engagement in applied research projects since 2021. Leading these activities is Centennial Innovates, the college’s Applied Research, Innovation, and Entrepreneurship department. Centennial Innovates collaborates with over 100 industry and community partners each year, helping them solve research-related challenges and grow their businesses.

Centennial engages students, faculty, staff, industry partners, community organizations, sector associations and innovation consortia in 8 diverse innovation areas: Aerospace Advanced Manufacturing Data Analytics and Artificial Intelligence Digital Healthcare Technologies Innovation and Entrepreneurship Social Innovation Sustainable Energy Systems Transportation and Low-Carbon Mobility https://www.centennialcollege.ca/about-centennial/centres-and-institutes/applied-research-innovation-andentrepreneurship/

Eric Blaise, PhD Director

Applied Research and Innovation eblaise@centennialcollege.ca (416) 289-5000 ext. 3347

Jonathan Hack Dean

Centennial Innovates | Applied Research, Innovation and Entrepreneurship jhack@centennialcollege.ca (905) 242-5860

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Transportation and Low-Carbon Mobility Centennial College has a strong research foundation, leveraging its expertise from the School of Transportation, home to Canada's largest on-site transportation training facility. Faculty and students collaborate with industry partners to drive innovation in smart, connected, autonomous and electric vehicle technologies, advancing the transition to a zero-carbon future.

Centennial offers cutting-edge facilities through its School of Transportation (SOT)—the largest provider of transportation maintenance and repair training in Canada—and School of Engineering Technology and Applied Science (SETAS). These include specialized labs for engines, heavy-duty vehicles, and a fleet of cars, buses, and industrial vehicles for technology testing. The College supports small- to medium-scale projects, providing industry partners with targeted innovation resources to develop, validate and commercialize new technologies, with collaborators retaining full ownership of their intellectual property.

Centennial College is part of SmartTO, a Regional Technology Development Site (RTDS) in partnership with York University. Supported by the Ontario Vehicle Innovation Network (OVIN), SmartTO supports the development, testing, validation, prototyping and commercialization of advanced automotive technologies and smart mobility solutions.

Centennial’s Transit Innovation Hub offers Transit Agencies the opportunity to evaluate new technologies prior to being deployed in service—from Camera Mirror and Driver Assistance Systems to blind spot evaluations on buses, connected and autonomous vehicles, cybersecurity and more.

Cybersecurity, artificial intelligence (AI) and connectivity for transportation and energy Augmented and virtual reality (AR/VR) Vehicle-to-grid (V2G)/ vehicle-to-home (V2H) technologies Electric Vehicle (EV) technologies and chargers Transit bus, truck and coach retrofitting and transformation Smart, Connected and Autonomous Vehicles (SCAVs) Greenhouse gas (GHG) calculations Software and hardware integrration https://www.centennialcollege.ca/about-centennial/centres-and-institutes/applied-research-innovation-andentrepreneurship/our-innovation-areas/transportation-and-low-carbon-mobility

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St. Clair College 2000 Talbot Rd. W. Windsor Ontario N9A 6S4 https://www.stclaircollege.ca/ St. Clair College is located in Southwestern Ontario, Canada, with its main campuses in Windsor and additional campuses in Chatham and downtown Windsor. Established in 1966, it offers a wide range of diploma, degree, certificate and post-graduate programs in various fields such as health sciences, business, technology, media, arts and social services.

St. Clair College has been making significant strides in research and innovation, particularly in the fields of transit and mobility, leveraging its geographical position in Windsor—a city known for its automotive industry—and its strong relationships with local industries. Through its Centre for Applied Research and Innovation and partnerships with companies like Ford and Stellantis, the college focuses on autonomous vehicles, electric vehicle (EV) technologies and smart transportation systems. Its Ford Centre for Excellence in Manufacturing provides state-of-the-art facilities for research on robotics, automation and advanced automotive systems, contributing to advancements in vehicle production and mobility solutions.

The college is also exploring green transit initiatives, such as the electrification of public transit and the development of renewable energy-powered transportation systems. With a focus on intelligent transportation systems (ITS) and smart cities, St. Clair is advancing research in real-time traffic management, connected vehicle technologies and sustainable mobility. These efforts make the college a leader in transit innovation, preparing students and the local industry for the future of transportation.

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Research and Innovation St. Clair College’s Department of Research and Innovation is dedicated to advancing academic excellence through a robust portfolio of research and development initiatives across various disciplines. Its focus areas encompass cutting-edge technologies and practical applications that drive innovation and address industry needs.

Advanced Automobility Advanced Manufacturing and Industry 4.0 Applied Nano Biotechnology Artificial Intelligence and Simulations Battery Research Cleantech Climate Change Cybersecurity Robotics and Automation Uncrewed Vehicles https://stclairresearch.ca/

Dr. Karmie Dhillon Director

Research and Innovation Dr. Karamjeet K. Dhillon specializes in sensory ethnography and post-intentional phenomenology, using arts-based approaches to explore lived experiences, particularly in physical activity and inclusive inquiry. Her research intersects creative processes with real-world settings, focusing on underserved populations such as immigrants, refugees, 2SLGBTQIA+ individuals, global Indigenous cultures and neuro-diverse groups. With over a decade of experience in program evaluation, organizational change and community programming, she has helped local organizations secure substantial grants to further their important work. kdhillon@stclaircollege.ca (519) 966-1656 ext. 4182 https://karamjeetkdhillon.academia.edu

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Sonja Popovski Business Development Manager Research and Innovation

Sonja Popovski holds the position of Business Development Manager, Research and Innovation at St. Clair College. She is responsible for the recruitment of industry partners in various disciplines of applied research and the development of collaborative partnerships within the community. Facilitating such research projects provides work integrated learning to students and a clear and positive impact on our community, our partners and the economy. Sonja comes to St. Clair College with experience in sales and marketing, account management and customer engagement. spopovski@stclaircollege.ca (519) 972-2727

Dr. Masoud Akhshik, PhD Program Manager

Research and Innovation Artificial Intelligence Automotive engineering Environmental Studies Machine Learning Robotics

Quality Control Sustainable production practices Nanobiotechnology research

Dr. Masoud Akhshik, a dual PhD holder in Environmental Studies and Nanobiotechnology, is a dedicated researcher specializing in robotics, machine learning and sustainable production practices. His expertise spans automotive engineering, AI and environmental sustainability, with a focus on mobile robotic platforms and agri-food robotics. Dr. Akhshik’s work integrates advanced technologies like microfluidics and nanomaterials to address environmental challenges and improve Canada's agriculture sector. With over a decade of experience, he drives innovations in automation and efficiency. His research advances both technological innovation and sustainability, making him a leader in multiple fields. makhshik@stclaircollege.ca (519) 972-2727 ext. 2769

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Toronto Metropolitan University 350 Victoria Street Toronto Ontario M5B 2K3 https://www.torontomu.ca/ Toronto Metropolitan University (TMU) is Canada's comprehensive innovation university. It engages in scholarly, research and creative (SRC) activities that address real-world challenges to drive economic growth and improve quality of life for Canadians. Innovation is at the core of its research mandate. Its centres and institutes bring together faculty and industry partners to solve research problems and provide opportunities for students to learn.

Its strong focus on innovation and evidence-based research has made it a preferred partner for government, industry, not-for-profit organizations, communities and individuals. Together, TMU is improving processes, developing new technologies and services, and creating new companies and social enterprises.

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Office of the Vice-President, Research & Innovation The Office of the Vice-President, Research and Innovation (OVPRI) is Toronto Metropolitan University’s central research administration office. The Office is responsible for advancing the research agenda at Toronto Metropolitan University and works with faculty, government and industry to help foster the creation of new knowledge and the establishment of innovative partnerships.

Toronto Metropolitan University’s 2020-2025 Strategic Research Plan (SRP) articulates the university’s strategic strengths and reflects the diverse scholarly, research and creative activity that is taking place across the institution. The six strategic themes outlined below highlight where the university is driving SRC intensity, impact and excellence, and the ways in which its SRC community addresses complex problems that demand bold and creative solutions.

Urban Innovation Justice, Equity & Society Culture & Creativity 1 Dundas Street West, 11th Floor Toronto, Ontario M5G 1Z3

Works, Skills, Industry Health & Well-Being Technology & Intelligent Systems https://www.torontomu.ca/research/

Steven Liss Vice-President

Research and Innovation

Steven N. Liss is Toronto Metropolitan University’s Vice-President, Research and Innovation, and a professor of Chemistry and Biology in the Faculty of Science. He is an experienced academic leader who has played a significant leadership role in the advancement of university education at the undergraduate and graduate levels at several universities. His return to Toronto Metropolitan University (formerly known as Ryerson University) in April 2017 follows a decade of distinguished service at the University of Guelph and at Queen’s University, where he served as Vice-Principal (Research) and a professor of Environmental Studies and Chemical Engineering since 2010.

steven.liss@ryerson.ca (416) 979-5000 ext. 555283

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Faculty of Engineering & Architectural Science (FEAS) At FEAS, we empower diverse minds to engineer and architect inclusive solutions for complex urban and global challenges.

From grassroots initiatives to multi-institutional international endeavors, our researchers, students and partners are responding to the world’s infrastructure and transportation needs with creative, thoughtful solutions.

We’re embracing interdisciplinary collaboration to tackle issues facing large cities.

Toronto Metropolitan University’s (TMU) Centre for Urban Innovation is a collaborative space where leading experts come together to champion Canada’s ever-growing cities – from alternative energy to smart urban infrastructure.

We’re advancing transportation research through new technologies.

Led by Bilal Farooq, a FEAS professor and Canada Research Chair in Disruptive Transportation Technologies and Services, our Laboratory of Innovations in Transportation (LiTrans) is creating a cyber-physical future of urban mobility using intelligent technologies & mathematics.

Your one-stop partner for research and collaboration.

The FEAS Research & Innovation Office can support partners from ideation and inquiry to conceptualization, testing, and implementation. We invite opportunities to partner in research, innovation, and education to help shape the future across the following areas: Energy & Sustainability Design Functional Materials Data Analytics & Artificial Intelligence

Biomedical Engineering Infrastructure & Transportation Advanced Manufacturing/ Robotics Information & Communications Technology/ Internet of Things

https://www.torontomu.ca/engineering-architectural-science/research-and-innovation/

Elvira Tabaku Partnership & Project Coordinator Research and Innovation Office (RIO) elvira.tabaku@torontomu.ca (416) 979-5000 ext. 553756

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University of British Columbia - Okanagan 3333 University Way Kelowna British Columbia V1V 1V7 https://ok.ubc.ca/ UBC Okanagan (UBCO) is a rapidly growing hub for research and innovation, especially in areas like sustainability, mobility and public transit. The campus, located in the heart of British Columbia’s Okanagan Valley, is well-positioned to collaborate with industry leaders in transit and mobility. With strong partnerships already in place, including with local governments and BC Transit, UBCO is actively involved in advancing solutions for sustainable transportation. The university is committed to reducing greenhouse gas emissions through initiatives like the UBCO Climate Action Plan, which targets significant reductions in emissions from commuting and campus operations by 2030.

The campus is also a part of the Interior Universities Research Coalition (IURC), which fosters collaborative research across the BC Interior, tackling pressing regional issues like disaster prevention and climate resilience. UBCO’s focus on sustainable infrastructure, public transportation and community-based research makes it an ideal partner for mobility and transit collaborations. These efforts are supported by UBCO’s Innovation Precinct, which encourages partnerships with industry to drive the development of cutting-edge solutions in transportation and mobility sectors.

With a reputation for excellence in both research and industry collaboration, UBCO offers a fertile ground for developing innovative, practical solutions to the future challenges of urban transit and mobility.

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UBCO School of Engineering The School of Engineering is an integral part of the Faculty of Applied Science at UBC. It comprises award-winning faculty and researchers, staff and students, all engaged in a close-knit, inclusive learning environment with strong links to industry and government.

For over fifteen years, researchers at the School of Engineering on UBC’s Okanagan campus have been building partnerships to innovate in areas as varied as fuel-cell technology, composite materials, wearable devices, wastewater recovery, microfluidics, industry 4.0, intelligent systems, smart materials, transportation and nano-technologies.

World-class faculty and facilities support many stakeholders in the community including students, industry, not-for-profit organizations and the general public. Research has been concentrated into five key research clusters: Advanced Materials Advanced Systems Clean Technologies Health Technologies Urban Infrastructure The School of Engineering has world-class, state-of-the-art laboratory facilities. Interested collaborators can access these labs through formalized procedures. The facilities are available to external collaborators for joint research and innovation efforts, provided all safety and procedural guidelines are met.​ Advanced Materials for Energy Storage Lab Energy Systems and Power Electronics Laboratory Integrated Optics Laboratory Intelligent Sensing, Diagnostic and Prognostic Research Lab Life Cycle Management (LCM) Laboratory Sustainable Transport Safety Research Laboratory UBC integrated Transportation Research (UiTR) Lab https://engineering.ok.ubc.ca/

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Gordon Lovegrove, P.Eng., MBA, PhD, FITE, MCSCE Associate Professor, Civil Engineering Principal Investigator, Sustainable Transport Safety Research Laboratory SMARTer Growth Sustainable community planning & design Sustainable Transport & Safety

Hydrail powered, zero-emission regional passenger & freight rail Affordable housing & CoHousing

Dr. Gordon Lovegrove is a leader in sustainable civil engineering with over 30 years of experience in both research and practical application. He has played key roles in promoting sustainability, including leading the development of the UBC student U-Pass program, co-founding Kelowna’s Okanagan Car Share Co-Op, and contributing to hydrogen fuel-cell rail technology for zero-emission transport. As a professor at UBC Okanagan and a key figure in the Canadian Society for Civil Engineering, he actively engages in research and community initiatives that promote sustainable lifestyles and safer, greener communities. gord.lovegrove@ubc.ca (250) 807-8717 https://sustainablecommunities.ok.ubc.ca

Joshua Brinkerhoff, PhD Associate Professor, Mechanical Engineering Associate Director, Research & Industrial Partnerships Computational fluid dynamics Turbomachinery Multiphase turbulent flows

Hydrogen Wind energy Biofluid mechanics

Dr. Brinkerhoff received his PhD in Aerospace Engineering from Carleton University in Ottawa, Ontario. He is the Associate Director of Research and Industry Partnerships at the School of Engineering and leads the UBC-Okanagan Computational Fluid Dynamics Laboratory. His research involves high-fidelity numerical simulations of flow instabilities, phase instabilities, and turbulence in various applications, including biomedical, renewable energy, hydrogen safety, cryogenics and aerospace. joshua.brinkerhoff@ubc.ca (250) 807-8238 https://cfdlab.ok.ubc.ca

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Mahmudur Fatmi, PhD, P.Eng. Assistant Professor, Faculty of Applied Science, School of Engineering Travel demand forecasting Transportation and land use interaction Travel behaviour analysis Smart and shared mobility Urban system microsimulation Activity-based modelling

Transportation and residential emissions and energy modelling Econometric modelling Agent-based microsimulation Survey design and methods

Dr. Mahmudur Fatmi‘s research focuses on developing advanced econometric and agent-based microsimulation modelling techniques to inform transportation and land use policies, as well as infrastructure investment decisions. Dr. Fatmi’s work has earned recognition through several prestigious local, provincial and national awards, including the Transport Canada Scholarship and the Nova Scotia Research and Innovation Scholarship. His contributions are advancing the field of transportation planning and policy. mahmudur.fatmi@ubc.ca (250) 807-8428 https://uitr.ok.ubc.ca

Suliman Gargoum, PhD Assistant Professor, Civil Engineering Infrastructure Digitization Virtual Transportation Infrastructure Management Automated LiDAR Data Processing Road Safety Analytics

Roadway Design Smart Cities Resilient Transportation Infrastructure

Dr. Suliman A. Gargoum specializes in smart sensing technology for road safety and transportation infrastructure. He earned his PhD and MSc in Transportation Engineering from the University of Alberta and gained industrial experience as Chief Research Officer at Nektar Inc. His research has been widely recognized, resulting in numerous peer-reviewed publications and several prestigious awards from organizations like the Transportation Association of Canada (TAC), the Transportation Research Board (TRB) and the Canadian Society of Civil Engineers (CSCE). suliman.gargoum@ubc.ca (250) 807-8831

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University of Calgary 2500 University Drive NW Calgary Alberta T2N 1N4 http://www.ucalgary.ca The University of Calgary is a leading research institution in Canada, renowned for its unique position at the intersection of innovation, education and community engagement. With a strong emphasis on experiential learning, UCalgary offers a diverse range of programs across disciplines such as engineering, health sciences, business and environmental studies, ensuring graduates are well-prepared for the evolving job market. The university’s close ties with local and global industries foster valuable partnerships, enabling students to gain hands-on experience through co-ops, internships and applied research opportunities. UCalgary is particularly distinguished by its focus on energy and sustainability, making significant contributions to research and solutions in clean technology and renewable energy. By collaborating with the University of Calgary, organizations can access a talented workforce equipped with the skills and knowledge necessary to drive innovation and address pressing global challenges.

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Barry Phipps Strategic Research Initiatives and Urban Alliance Manager Office of the Vice-President (Research) The University of Calgary's Office of the Vice-President (Research) serves as a key gateway for industry partners looking to collaborate on innovative research and development initiatives. With a focus on fostering industry-academic partnerships, the office offers access to cutting-edge research expertise, world-class facilities and funding opportunities, helping companies drive innovation and solve complex challenges across sectors.

Barry contributes to the strategic planning and implementation of major initiatives within the VPR portfolio. Barry is responsible for the establishment of research and commercial collaborations with industry, government and other external partners. bphipps@ucalgary.ca (403) 220-8765

Dr. Lina Kattan PhD, P. Eng.

Professor, Schulich School of Engineering, Department of Civil Engineering

Transportation engineering Dr. Kattan's research program focuses on developing solutions to urban transportation problems, with a special focus on intelligent transportation systems, emerging vehicular technologies, connected and autonomous vehicles, equity and fairness in transportation, traffic flow theory and control, optimization of transportation networks, public transport operation, dynamic demand modelling and traveller's behavioural response to emerging transportation technologies.

lkattan@ucalgary.ca (403) 220-3010

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Dr. Saeid Saidi, PhD, P.Eng. Associate Professor Schulich School of Engineering, Department of Civil Engineering Intelligent and autonomous system Optimization and decision support Transportation systems analysis

Big data analytics Systems engineering Public transportation planning and operations

Dr. Saeid Saidi is an Associate Professor in the Department of Civil Engineering at the University of Calgary. Prior to joining the University of Calgary, he was a Postdoctoral Associate at the Institute for Data, Systems and Society (IDSS) at Massachusetts Institute of Technology (MIT) and a member of the MIT Transit Lab. He earned his PhD and MSc in civil engineering with transportation engineering specialization from the University of Calgary. He received his bachelor degree in industrial and system engineering from the Sharif University of Technology.

Dr. Saidi’s main research activities are on transportation network modelling, public transportation planning and operation, and big data analytics using mobility sensing data. He is working on different applications of data analytics in transportation systems to create actionable intelligence for cities and transportation authorities. ssaidi@ucalgary.ca (403) 220-7479

Dr. Merkebe Demissie, PhD Assistant Professor

Schulich School of Engineering, Department of Civil Engineering Big data analytics in transportation Travel demand modeling Emerging mobility services

Freight and commercial vehicles movement modeling Sustainable transportation systems

Dr. Demissie’s primary research focuses on understanding the impacts of emerging transportation services and technologies on transportation systems through datadriven models. His recent work addresses the challenges of mobility integration, which are crucial for achieving Mobility as a Service (MaaS) in various cities. His team has developed innovative frameworks for integrating emerging mobility services with public transit, representing a significant advancement in urban mobility research. merkebe.demissie@ucalgary.ca (403) 220-5328

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University of Manitoba 66 Chancellors Cir Winnipeg Manitoba R3T 2N2 https://umanitoba.ca/ The University of Manitoba (U of M) is a leading research-intensive institution in Western Canada, offering extensive collaboration opportunities across diverse industries. With a history of over 140 years, U of M is dedicated to advancing knowledge and innovation through its robust research and workforce development capabilities.

U of M excels in several key areas of research, including health sciences, environmental sustainability, engineering and Indigenous studies. The university is particularly renowned for its work in areas such as biomedical engineering, renewable energy technologies and transportation systems. With state-of-the-art facilities and a team of expert faculty, U of M is committed to addressing real-world challenges and fostering innovation.

Situated in a vibrant manufacturing ecosystem, the university enhances its collaborative potential by bridging the gap between academia and industry. This unique location allows U of M to support the growth and sustainability of various sectors by developing cutting-edge solutions and facilitating the transfer of knowledge and technology. Through its focus on impactful research and workforce development, the University of Manitoba is a strategic partner for organizations seeking to advance their goals in today’s dynamic landscape.

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Price Faculty of Engineering As the oldest engineering school in Western Canada and home to nearly 20 unique programs of study across multiple engineering disciplines, the University of Manitoba's Price Faculty of Engineering is a premier centre of engineering research and education in the prairies.

Whether building better bridges and roads, designing next generation antennas or growing crystals in a space shuttle flight, expertise within the Price Faculty of Engineering supports innovation and entrepreneurship in Manitoba and beyond.

Research within the faculty generates external support of approximately $14 million per year from public, private and government sources.

Advanced Manufacturing Technologies and Materials Agricultural and Food Engineering Biomedical engineering Civil Infrastructure and Construction Communication and Sensor Technologies Energy and Power Systems Environmental Engineering Informatics and Computing Systems Water Resources and Systems https://umanitoba.ca/engineering/

Marcia Friesen Dean, Price Faculty of Engineering Professor, Center for Engineering Professional Practice and Engineering Education NSERC Chair in Design Engineering for Sustainable Development & Enhanced Design Integration Marcia Friesen, P.Eng., serves as the Dean of the Price Faculty of Engineering at the University of Manitoba, holding a doctorate in Biosystems Engineering. She possesses extensive experience in engineering education and qualifications recognition, having previously directed the Internationally Educated Engineering Qualifications Program and served as Associate Dean for Design Education. Her research, supported by over $2 million in funding, focuses on engineering qualifications for newcomers, health applications and sustainable design principles, with a particular emphasis on integrating Indigenous knowledge into engineering curricula. As the NSERC Chair in Design Engineering, she prioritizes advancing students' design skills in sustainable development and social inclusion, addressing critical issues such as energy independence, food security and infrastructure development. marcia.friesen@umanitoba.ca (204) 474-9806

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Jonathan Regehr, PhD, P.Eng. Professor Department of Civil Engineering Dr. Jonathan D. Regehr, P.Eng., is a Professor and Associate Head (Undergraduate) in the Department of Civil Engineering at the University of Manitoba, specializing in transportation information systems, railway engineering and traffic safety. He codirects the Urban Mobility and Transportation Informatics Group, collaborating with various governmental and private sector partners to enhance transportation engineering practices. Additionally, Dr. Regehr holds leadership roles in several transportation forums, including Vice-President (North America) of the Heavy Vehicle Transport and Technology Forum.

Jonathan.Regehr@umanitoba.ca (204) 474–8779

Babak Mehran, P.Eng. Associate Professor Department of Civil Engineering Transportation network resilience and reliability analysis Applications of big data analytics, spatial data science, and artificial intelligence in transportation operations planning Applications of autonomous and connected vehicles in traffic management Modelling and design of autonomous shared mobility services Optimization of traffic operations and public transportation systems Traffic flow modelling and simulation

Babak.Mehran@umanitoba.ca (204) 272-1629

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University of Toronto 27 King's College Cir Toronto Ontario M5S 1A1 https://www.utoronto.ca/ The University of Toronto is globally recognized as one of Canada’s leading academic institutions, renowned for its excellence in research, innovation and academic diversity. What makes the university unique is its rich history, cuttingedge facilities and its role as a hub for groundbreaking discoveries across multiple fields. The university particularly excels in research related to transit and mobility. It is home to world-class scholars and research centers dedicated to addressing the challenges of urban transportation, developing sustainable mobility solutions and advancing smart transit technologies. Through partnerships with governments, industries and international organizations, the University of Toronto has become a leader in shaping the future of cities, focusing on everything from autonomous vehicles to integrated public transportation systems. Its interdisciplinary approach fosters innovation, making it a key player in driving progress in the fields of transit and urban mobility on a global scale.

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Mobility Network Transportation systems connect us to almost every important aspect of our modern lives. As populations grow, we will need more capacity to move people and the goods from where the are to where they are going. But, as we build additional capacity, we need to ensure that each dollar spent increases prosperity, reduces our climate impact, increases resilience to climate impacts, enhances equity and improves health outcomes.

The Mobility Network brings together researchers from various fields, including engineering, urban planning, economics, and computer science, to address contemporary challenges in transportation. Their research focuses on areas like mobility technologies, urban equality, freight systems and behavioral analysis. This broader initiative builds on the University of Toronto’s Transport Research Institute’s legacy, expanding the scope of research to include a wider range of mobility solutions and technological innovations.

Urban Equality & Inclusion Climate Change and Health Mobility Technologies & Services Freight & Urban Goods Movement c/o Dept. of Civil & Mineral Engineering 35 St. George St., Toronto, Ontario M5S 1A4

Land Use Planning & Economy Behavioural Analysis & Modelling Governance, Policy Analysis & Managing Change https://www.mobilitynetwork.utoronto.ca/

Dr. Amer Shalaby, PhD, P.Eng. Professor, Department of Civil & Mineral Engineering

Director, Transit Analytics Lab (TAL) Co-Director, Centre for Automated and Transformative Transportation Systems (CATTS) Public Transportation Intelligent Transportation Systems with emphasis on advanced public transit systems

Transportation planning of large-scale events and mega cities Simulation and modelling of transportation systems

Professor Amer Shalaby focuses his research on crowds and congestion, both at the local and global levels, with particular emphasis on disruption management. This work intends to help transportation authorities to respond more effectively to unexpected impediments or crises within a network and permit the rerouting of passengers without seriously affecting migration patterns. As this work continues to evolve it will have ramifications for predicting crowd behaviours on micro levels, such as subways and other public transit applications, where large crowd congestions occur. amer.shalaby@utoronto.ca (416) 978-5054

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Dr. Eric Miller Professor, Department of Civil & Mineral Engineering

Founding Director Emeritus, U of T Mobility Network & University of Toronto Transportation Research Institute (UTTRI) Microsimulation modelling methods Analysis of transportation - land use interactions

Development and applications of disaggregate travel choice models Transportation energy/emissions modelling Analysis of transit demand and operations

Professor Eric Miller's research focuses on transportation modelling and sustainable urban design, particularly through the development and application of agent-based microsimulation models in large urban contexts. He serves as the Research Director of the Data Management Group (DMG), which has supported various travel behavior analyses for over 30 years, and is the Founding Research Director of the Travel Modelling Group (TMG), aimed at improving travel modeling practices through interagency collaboration in the Greater Toronto and Hamilton Area (GTHA). Professor Miller has received multiple prestigious awards, including the 2009 Institute of Transportation Engineers (ITE) Wilbur S. Smith Distinguished Educator Award and the 2018 International Association for Travel Behaviour Research (IATBR) Lifetime Achievement Award. eric.miller@utoronto.ca (416) 978-4076

Khandker Nurul Habib Professor, Department of Civil & Mineral Engineering Transportation Planning Travel Demand Modelling Choice Modelling Activity-Based Modelling

Integrated Land Use and Transportation Modelling Survey Design, Stated Preference (SP) Experiment Transport Policy and Transport Economics Transportation in Developing Countries

Professor Khandker Nurul Habib specializes in transportation modelling and simulation, developing mathematical and behavioral models to understand human mobility and responses to changes in urban infrastructure. His research group uses activity-based travel modeling to analyze the choices people make and the reasons behind those choices. Municipal planners often reference these models to inform evidence-based planning decisions. khandker.nurulhabib@utoronto.ca (416) 946-8027

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Marianne Hatzopoulou Professor and Department Chair, Department of Civil & Mineral Engineering Tier 1 Canada Research Chair in Transportation Decarbonization and Air Quality Director, Positive Zero Transport Futures Head of the Transportation and Air Quality research group TRAQ Traffic-Related Air Pollution Urban Air Quality

Transportation Engineering Transportation Planning

Marianne Hatzopoulou is a Professor in the Department of Civil and Mineral Engineering at the University of Toronto and holds a Tier 1 Canada Research Chair in Transport Decarbonization and Air Quality. She leads the Transportation and Air Quality (TRAQ) research group, focusing on the interactions between transportation, air quality, climate change and public health, with over 150 publications on these topics. Prof. Hatzopoulou is also the Director of Positive Zero Transport Futures, a living lab for testing transport decarbonization innovations, and has received multiple accolades, including the NSERC Brockhouse Canada Prize for Interdisciplinary Research in Science and Engineering in 2021 and the University of Toronto Engineering Alumni Network 2T5 Mid-Career Achievement Award in 2022. marianne.hatzopoulou@utoronto.ca (416) 978-0864

Olivier Trescases Professor, Department of Electrical & Computer Engineering Director, UofT Electric Vehicle Research Centre Canada Research Chair in Power Electronic Converters High-efficiency switched-mode power converters Energy management systems High-frequency and high-density power electronics Battery management systems

Electric vehicles Power integrated circuits Wide bandgap semiconductors Renewable energy applications

Olivier Trescases is a Full Professor at the University of Toronto and holds a Canada Research Chair in Power Electronic Converters. He received his PhD in electrical engineering from the University of Toronto in 2007 and previously worked as a Concept Engineer and mixed-signal IC Designer at Infineon Technologies, specializing in safety-critical automotive applications. He has published over 115 papers in peerreviewed venues. ot@ece.utoronto.ca (416) 978-2274

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Climate Positive Energy The Climate Positive Energy Initiative at University of Toronto is developing social, scientific, technical, economic and policy solutions to transform our energy systems, ensure energy access and production is equitable, and help Canada become a global clean-energy model.

Climate Positive Energy (CPE) works to build partnerships with community groups, government and industry experts, aiming to focus on establishing and supporting meaningful long-term engagement and collaboration with indigenous partners. CPE is currently seeking to expand industry partnerships that support smarter grids, commercialization, transportation, buildings, embodied carbon, engaging youth and women from marginalized communities in science, technology, engineering and math (STEM), and other topics advancing equitable clean energy solutions.

Envision research includes: Developing equitable & just policy Assessing economic, environmental and emission reduction potential of systems and technologies Promoting social and technological demandside management Ensuring the global reach of climate mitigation solutions

info@cpe.utoronto.ca.

Empower research includes: Efficient & affordable low-carbon generation technologies Community informed high- and low-tech solutions for energy production, distribution and efficiency Economic CO2 capture and conversion technologies Energy-efficient cities, transport and building Carbon negative chemicals & materials High energy density, low-cost sustainable batteries and liquid fuels for storage https://cpe.utoronto.ca/

Colin Campbell Associate Director of Partnerships Climate Positive Energy Initiative

Driven with a passion to positively impact the world, Colin focuses on projects making the world a better place for future generations. Colin has worked in sustainability his entire career with experience in the charitable, not-for-profit, corporate and startup spaces. He is leading the collaboration with industry and engagement among government and foundations with the University of Toronto’s Climate Positive Energy Initiative. colinlamont.campbell@utoronto.ca (647) 380-9333

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University of Toronto Co-op U of T Co-op is a community of co-op programs where employers can go to meet all their hiring needs in one place.

U of T Co-op includes: Arts & Science Co-op program at U of T Scarborough Arts & Science Internship Program (ASIP) at St. George campus Engineering Professional Experience Year (PEY) Co-op program at St. George campus Management Co-op program at U of T Scarborough University of Toronto Mississauga Co-op Internship Program By partnering with U of T Co-op, you get access to thousands of qualified students from more than 100 disciplines across three campuses through one talent hub. You can recruit students year-round with flexible work-term options, so that you really reap the benefits of having a co-op student in your workplace.

https://hireuoftcoop.utoronto.ca/ https://www.linkedin.com/company/university-of-toronto-co-op

Panna Chauhan Lead, Business and Partnership Development Arts & Science Internship Program (ASIP) A partner of U of T Co-op

The U of T’s Arts & Science Internship Program (ASIP) follows a selective admissions process, placing a strong emphasis on candidates who exhibit demonstrated leadership, communication, teamwork and community-building qualities, among others. In addition, every student receives extensive professional development training, workshops and one-on-one coaching to ensure they are prepared and equipped to make a difference during their co-op work term with your organization. panna.chauhan@utoronto.ca (416) 946-3937

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University of Windsor 401 Sunset Avenue Windsor Ontario N9B 3P4 https://www.uwindsor.ca/ The University of Windsor (UWindsor) is a forward-thinking, research-intensive institution recognized for its commitment to innovation and industry collaboration, particularly in the areas of transit and urban mobility. With a diverse student body of over 18,000 enrolled in programs spanning Engineering, Business, Law, Science and Social Work, UWindsor provides a multidisciplinary approach to addressing the challenges of modern urban infrastructure.

Located at North America’s busiest international border crossing, UWindsor is strategically positioned near key automotive and transportation hubs, making it an ideal partner for industries focused on urban mobility solutions. The university’s researchers and faculty lead cutting-edge initiatives in transportation systems, smart cities and sustainable mobility, delivering expertise and insights that drive advancements in the sector.

Known for its strong emphasis on student-faculty collaboration and a globally engaged campus, UWindsor connects industry partners with research, talent and innovative solutions, fostering impactful partnerships in the transit and urban mobility fields.

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SHIELD Automotive Cybersecurity Centre of Excellence SHIELD Automotive Cybersecurity Centre of Excellence is dedicated to the advancement and development of security solutions for the automotive sector. The Centre is the first and only of its kind, with the goal of ensuring vehicles of tomorrow are safe and secure. SHIELD focuses on these three main priority areas: Research and Innovation Education and Training Knowledge Transfer and Awareness The Centre is hosted at the University of Windsor, in the Windsor-Essex region, the Automobility Center of Canada.

It is driven by partnerships and real-world applications.

401 Sunset Avenue Windsor, Ontario N9B 3P4 https://www.shieldautocybersecurity.com/

Dr. Mitra Mirhassani Professor, Electrical and Computer Engineering Co-Director, SHIELD Automotive Cybersecurity Centre of Excellence Hardware realization of neural networks Hardware Security Analog and Mixed-Signal Integrated Circuits mitramir@uwindsor.ca (519) 253-3000 ext. 2585

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Office of Research & Innovation The University of Windsor places a high priority on research and collaboration with industry, non-profit organizations, government and community partners. Its world-class researchers work together to bring innovative ideas and technologies to local, national and global markets. The university’s Research Partnerships team oversees intellectual property (IP) management and service contracts, facilitating mutually beneficial partnerships.

Key advantages of partnering with the University of Windsor include access to expert researchers, a talented pool of graduate and undergraduate students, state-of-the-art research centers and government programs that help maximize R&D investments.

Cross-Border Institute (CBI) Centre for Computer Vision and Deep Learning Centre for Hybrid Automotive Research and Green Energy (CHARGE) Clean Combustion Engine Lab Clean Powertrain Research Lab I-FuELs Intelligent Fuels and Energy Laboratory Laboratories for Autonomous Systems and Energy Research (LASER) SHIELD Automotive Cybersecurity Centre of Excellence Sustainable Engineering and End-of-Life Management Lab Joyce Entrepreneurship Centre 2455 Wyandotte Street West Windsor, Ontario, N9B 3B3

https://www.uwindsor.ca/vp-research/

Dr. Narayan Kar Professor, Electrical and Computer Engineering Tier 1 Canada Research Chair in Electrified Vehicles Director, CHARGE Lab

Next-generation electric machines for electric vehicles Intelligent traction motor control and power converters Innovative test solutions for motors, drives, and electric vehicles Permanent magnet and induction machine design Control and testing for electric vehicle application Torque ripple and cogging torque determination, analysis and minimization Advanced and new materials for stator and rotor core and winding Power Electronics design and development nkar@uwindsor.ca (519) 253-3000 ext. 4796

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Dr. Edwin Tam Department Head, Civil and Environmental Engineering Sustainability and resiliency in infrastructure systems and engineering Circular economy applications in engineering Materials end-of-life waste management Life cycle inventory assessment and environmental assessment applications edwintam@uwindsor.ca (519) 253-3000 ext. 5024

Dr. Chris Lee Professor, Civil and Environmental Engineering Traffic operation and control Traffic safety and driver behaviour Intelligent transportation systems

Highway design Traffic simulation Machine learning

cclee@uwindsor.ca (519) 253-3000 ext. 2544

Dr. Hanna Maoh Professor, Civil and Environmental Engineering Associate Director, Cross-Border Institute (CBI) Integrated transportation & land use models Freight transportation analysis, travel demand modeling & forecasting GIS & big-data analysis, environmental impacts of transportation, sustainable transportation Microsimulation methods & models in land use & transportation maohhf@uwindsor.ca (519) 253-3000 ext. 4987

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Dr. Rupp Carriveau Professor, Civil and Environmental Engineering Director, Environmental Energy Institute (EEI)

Terrestrial and Offshore Energy Systems Energy Storage Energy Markets Advanced Mobility Systems Optimization Innovative Agricultural Energy and Production Systems Cybernetics Applied Human Performance rupp@uwindsor.ca (519) 253-3000 ext. 2638

Dr. Balakumar Balasingam Associate Professor, Electrical and Computer Engineering Battery Management Systems Human Machine Systems Signal processing Machine learning Information fusion singam@uwindsor.ca (519) 253-3000 ext. 5431

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Western University 1151 Richmond St London Ontario N6A 3K7 https://www.uwo.ca/ Western University combines research excellence with a transformational student experience to create a meaningful impact in our communities and beyond. It ranks as one of Canada’s top research-intensive universities. From fundamental to applied discovery and other scholarly activities, its scholars advance knowledge that provides tangible benefits for the economic, social, health and cultural development of citizens in London, in Canada and around the world.

Western is at the forefront of transportation and mobility research, focusing on sustainable and smart transportation solutions. The university's experts work on a range of projects, from optimizing public transit systems and integrating multi-modal transportation to advancing autonomous vehicle technologies. Researchers are developing innovative methods to improve urban mobility through data-driven approaches, including machine learning and big data analytics, with an emphasis on reducing carbon emissions and enhancing operational efficiencies.

Western's leadership in transportation research is also highlighted by its collaboration with industry and public partners to drive innovation in Mobility-as-a-Service and autonomous mobility systems. These efforts position the university as a key player in shaping the future of smart and sustainable transportation​.

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Western Research https://www.uwo.ca/research/

Western University is home to a vibrant and diverse community of researchers, scholars and artists, all contributing to knowledge advancement through fundamental and applied research, creative endeavors and innovative discoveries.

Grounded in the university’s strategic plan, Towards Western at 150, the Mobilize for Impact! initiative accelerates the momentum of Western’s research activities. This plan serves as Western Research’s commitment to fostering inclusivity, collaboration and success, reflecting both the university's past achievements and future potential. It aims to guide Western’s role in producing research, fostering innovation and shaping society at local, national and global levels.

A Healthy Future A Sustainable & Resilient Future A Technologically-informed Future

A Creative Future A Just & Equitable Future

Western Research Parks Western Research Parks, one of Canada’s leading science and technology parks, is the catalyst for commercialization, partnership development, research translation and entrepreneurial learning opportunities at Western University. For over three decades, Western Research Parks has served as a strong link between academics and commerce and is a key contributor to the movement of an idea or a discovery from concept to the marketplace.

Western Advanced Manufacturing Park Western Discovery Park Western Sarnia-Lambton Research Park

info@westernresearchparks.ca https://www.westernresearchparks.ca/

Erin Azzopardi Director of Strategic Partnerships Research and Innovation

eazzopar@uwo.ca (519) 661-2111 ext. 82770

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David Muir Associate Vice-President, Innovation & Strategic Partnerships Research and Innovation dmuir3@uwo.ca (519) 661-2111 ext. 85330

Western Engineering Western Engineering conducts research directed towards benefiting society. Its cutting-edge research provides the foundation for graduate student training and undergraduate learning. Its faculty members are actively involved in projects at the frontier of knowledge.

Looking ahead, Western Engineering has identified four major research themes that will continue to be areas of strength and priority for the faculty: Sustainability, environment, resiliency and adaptive systems Biomedical engineering, technology in health and medicine Innovative materials and biomaterials Ubiquitous information and communication

weresearch@uwo.ca https://www.eng.uwo.ca/research/

Ken Coley Dean

Faculty of Engineering Nationally renowned researcher, educator and administrator Ken Coley is the current Dean of the Faculty of Engineering. Prior to Western, he served as Associate Dean (Academic), Chair and professor of Materials Science and Engineering at McMaster University, where he held the ArcelorMittal Dofasco Chair in Ferrous Metallurgy and served as Director of the Steel Research Centre in Hamilton. Prior to joining McMaster, Coley was the British Steel Lecturer in Process Metallurgy at University of Strathclyde and a senior scientific officer at the National Physical Laboratory (UK).

Sue Chapman, Assistant to the Dean: schapma2@eng.uwo.ca (519) 661-3102

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Miriam Capretz Professor and Associate Dean (Research) Faculty of Engineering

Dr. Capretz has over 30 years of involvement in software development, research and teaching in software engineering. Her industry experience includes working as a software engineer from 1984 to 1988 at the Technological Center for Informatics-CTI in Campinas/SP, Brazil, and as a system analyst from 1981 to 1984 at a computer company in Sao Paulo, Brazil. Dr. Capretz is a senior member of IEEE and a member of the Association for Computing Machinery (ACM). She also serves as an Associate Scientist with the Lawson Health Research Institute. mcapretz@uwo.ca (519) 661-2111 ext. 85478

Andrew Hrymak Professor, Chemical and Biochemical Engineering Deputy Director of the Fraunhofer Project Centre for Composites Research Faculty of Engineering Andrew Hrymak served as Dean of the Faculty of Engineering at Western University from 2009 to 2018. Before this, he was at McMaster University, where he was Professor and Department Chair of Chemical Engineering, Director of the McMaster Manufacturing Research Institute and Director of the Walter G. Booth School of Engineering Practice.

His research focuses on modelling, design and optimization of materials processing systems, including composites processing and complex rheology.

He served as Editor of Computers and Chemical Engineering and Editor-in-Chief of International Polymer Processing, and was President of the International Society of Coating Science and Technology. Currently, he is Deputy Director of the Fraunhofer Project Centre for Composites Research at Western. He has also served on several fellowship selection committees and was past Chair of the Board of Directors of the Chemical Institute of Canada. ahrymak@uwo.ca (519) 661-2128

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At the Fraunhofer Innovation Platform for Composites Research at Western University, our technologies and skilled technical team support industry develop materials and products that incorporate the strength of aerospace composites and the fast cycle time of automotive components.

R&D Services Provided: Material Formulation and Selection Process Development and Simulation Product and Mould Design Support Full Scale Prototyping Short Production Runs

www.eng.uwo.ca/fraunhofer

York University 4700 Keele Street Toronto Ontario M3J 1P3 www.yorku.ca York University conducts purposeful research that advances knowledge and creates positive change. It is committed to excellence in research and scholarship in all its forms. Informed by a strong commitment to shared values, including the promotion of social justice, diversity and the public good, it aspires through its research to better understand the human condition and the world around us and to employ the knowledge we gain in the service of society. Intensive engagement in research is a core institutional value that permeates the fabric of the University, and it is this foundation on which York’s vibrant and exciting academic environment is built.

The university stands out for its pioneering work in transit decarbonization and urban mobility, particularly through initiatives like the SARIT (Safe, Affordable, Reliable, Innovative Transit) project, which transforms York's campuses into living labs for next-generation electric vehicles, and SmartTO (Smart Mobility Applied Research and TestingToronto, Toronto’s newest transportation and mobility hub. SmartTO is led by York University in partnership with Centennial College, empowering startups and SMEs to develop, test and prototype advanced automotive technologies and smart mobility solutions.

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Paulina Karwowska-Desaulniers Executive Director, SmartTO Innovation York If you are an Ontario-based startup or SME with an innovation or technology in the areas of smart mobility, smart materials and light weighing, system reliability, battery testing or Smart Grid Integration, SmartTO can help you access the right network and mobility ecosystem to grow. With a highly customized approach, we can better serve your needs, connecting you with the right programs, services, equipment and advisory support to fuel your growth and amplify your impact.

Whether you need assistance to develop or prototype a new connected technology, are looking to build or commercialize your existing innovation, or you need assistance developing your pilot project, our team is fully equipped to support you. paulina.karwowska-desaulniers@lassonde.yorku.ca (416) 889-3653

Hany E. Z. Farag Associate Professor, P.Eng

Lassonde School of Engineering, Department of Electrical Engineering & Computer Science Design and Deployment of Advanced Distributed Energy Resource Management Systems (DERMS) and Microgrid Controllers Strategic Infrastructure Planning for Electrified Transportation Systems Design of Green Hydrogen Systems Cross-Disciplinary Innovations for Cyber-Secured Digital Energy Systems Applications of Multi-Agent Control and Blockchain for Peer-to-Peer Energy Transactions Dr. Farag is the Principal Investigator of the Smart Grid Research Lab (SGRL) and a pivotal figure in shaping the Electrical Engineering program at the Lassonde School of Engineering. As York Research Chair in Integrated Smart Energy Grids (2019-2024), Dr. Farag has made significant contributions to advancing research aligned with the United Nations SDG#7, which focuses on affordable and clean energy. With over 130 peerreviewed publications in high-impact journals and top-tier conferences, two authored books, and numerous technical reports and guides prepared for industry partners, Dr. Farag has established himself as a leading voice in the field of sustainable energy systems.

hefarag@yorku.ca (403) 220-3010

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CUTRIC’s NATIONAL ACADEMIC STRATEGY

STRATÉGIE NATIONALE DE L'ENSEIGNEMENT SUPÉRIEUR

CUTRIC’s National Academic Strategy The National Academic Strategy underscores CUTRIC’s dedication to enhancing the value for our academic members while driving innovation across Canada’s transit sector. Centered on five key initiatives, the strategy bridges the gap between academic research, industry partners and transit agencies across the country.

With a focus on national collaboration, CUTRIC ensures that partnerships extend beyond provincial borders, fostering groundbreaking research and innovation on a nationwide scale.

Stratégie nationale de l'enseignement supérieur La Stratégie nationale de l'enseignement supérieur souligne l'engagement de CRITUC à accroître la valeur pour nos membres universitaires tout en stimulant l'innovation dans le secteur du transport en commun canadien. Axée sur cinq initiatives clés, la stratégie jette un pont entre la recherche universitaire, les partenaires industriels et les agences de transport en commun à travers le pays.

En mettant l'accent sur la collaboration nationale, CRITUC s'assure que les partenariats s'étendent audelà des frontières provinciales, favorisant ainsi une recherche et une innovation novatrices à l'échelle nationale.

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5 Key Initiatives Academic sessions The academic sessions will regularly bring together members of the academic community to share the latest advancements in transit and related innovations, while also uniting their voices to advocate for funding and support from key stakeholders.

Academic directory The academic directory will showcase research capabilities across Canada, enabling transit agencies, manufacturers and industry suppliers to easily connect with academic institutions and researchers specializing in transit electrification and innovations.

Return to Transit fund Securing funding for early- to mid-stage transit technology research will drive innovations that advance zero emission solutions and improve transit systems, ensuring they better serve communities and align with Canada's climate and sustainability goals.

Training programs We will collaborate with academic partners to enhance and develop training and internship programs for electric bus maintenance and operations, addressing the needs of transit agencies at various stages of electrification.

Innovation Day We will host a Transit Innovation Day to showcase cutting-edge transit products and solutions, featuring a formal pitch competition that will highlight academic teams' innovations and provide valuable engagement opportunities with industry partners.

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5 Initiatives clés Séances académiques Les séances académiques réuniront souvent universitaires pour partager les progrès en transport et innovations liées, et unir leurs voix pour le financement des acteurs clés.

Le répertoire académique L'annuaire académique montrera les recherches au Canada, liant facilement réseaux, fabricants et fournisseurs aux universités et chercheurs en électrification et innovations.

Fonds de retour au transport en commun Financer la recherche précoce à intermédiaire en transport stimulera l'innovation zéro émission et améliorera les réseaux, servant mieux les communautés et l'écologie du Canada.

Programmes de formation Collaborerons avec universités pour améliorer et créer formations et stages en entretien et exploitation d'autobus électriques, répondant aux besoins des réseaux à divers stades d'électrification.

Journée de l'innovation Organiserons une Journée Innovation Transport pour présenter produits et solutions de pointe, avec concours de présentations des innovations universitaires et rencontres enrichissantes avec l'industrie.

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Designed to bridge academia and industry, this committee prioritizes the advancement of research and development (R&D) in low-carbon, smart mobility. It encourages partnerships that leverage academic expertise to tackle real-world challenges, fostering transformative innovations for the transportation sector.

Committee Purpose

1 2 3

Create a national forum for CUTRIC’s academic members to share up-to-date information and data related to transit research and workforce development.

Provide access to the highest quality academic-led knowledge and research related to transit innovation in Canada and the United States.

Provide resources for advanced technical workforce development focused on next-generation transit operations and maintenance, including low-carbon and automated systems.

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Comité académique pour l’innovation dans le transport collectif (CAITC) Conçu pour rapprocher le monde académique et l'industrie, ce comité priorise l'avancement de la recherche et du développement (R&D) dans le domaine de la mobilité intelligente à faible émission de carbone. Il encourage les partenariats qui exploitent l'expertise universitaire pour s'attaquer aux défis concrets, favorisant des innovations transformatrices pour le secteur des transports.

Objectif du comité

1

Créer un forum national pour que les membres universitaires de CUTRIC partagent des informations et des données actualisées concernant la recherche en transport en commun et le développement de la main-d'œuvre.

2

Offrir l'accès aux connaissances et à la recherche de la plus haute qualité menées par des universitaires en matière d'innovation dans le domaine du transport en commun au Canada et aux États-Unis.

3

Fournir des ressources pour le développement avancé de la maind'œuvre technique axé sur l'exploitation et la maintenance des transports de nouvelle génération, y compris les systèmes à faible émission de carbone et automatisés.

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PARTNERING WITH CUTRIC EN PARTENARIAT AVEC CRITUC

CUTRIC is your Gateway to Transit Innovation CUTRIC empowers organizations to lead the transition to zero-emission transit through collaboration, innovation and strategic partnerships.

Membership value Unleash the power of zero emission transit with CUTRIC Membership Ready to accelerate your organization's impact on the future of transportation?

CUTRIC membership empowers you to lead the charge in zero-emission transit.

Here's how:

1. Become a zero emissions expert: Access CUTRIC's extensive knowledge base, including zero emission bus (ZEB) modelling, cutting-edge research and critical data on zero emission transportation across Canada.

Tap into the expertise of our team to develop and refine your zero emission transit strategies and propel your projects forward.

2. Accelerate commercialization: Participate in groundbreaking research, development, demonstration and integration (RDD&I) projects alongside key industry players.

Gain a competitive edge by being at the forefront of zero emission transit advancements.

3. Expand your network: Forge powerful connections with industry leaders, researchers and policymakers at high-impact events and targeted networking opportunities.

Cultivate partnerships, explore new markets and unlock business development opportunities by connecting with a diverse ecosystem of stakeholders committed to advancing zero emission transit.

4. Collaborate and innovate: Join a unique network where academia, industry and transit agencies converge to drive innovation.

Contribute to the development and deployment of zero emission transit solutions through knowledge exchange and collaborative problem-solving.

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5. Elevate your brand: Align with CUTRIC's trusted leadership in zero emission transit planning and benefit from our strong government partnerships and commitment to the public good.

Gain credibility and recognition as a leader in sustainable transit.

6. Amplify your message: Increase your visibility through CUTRIC's powerful online presence, engaging events and targeted outreach.

Leverage our strategic communications and marketing expertise to connect with a wider audience of stakeholders interested in zero emission transit.

7. Shape the future: Influence policy and advocate for a sustainable transit future in Canada.

Partner with us to advance the transition to a sustainable transit future.

8. Partner with purpose: Drive impactful change through CUTRIC's collaborative and responsive environment.

Maximize your impact with CUTRIC's efficient and adaptable structure, ensuring your contributions directly advance zero emission transit.

Ready to electrify your impact?

Join CUTRIC today and become a leader in the zero emission revolution.

Inquire about membership

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Project portfolio

Pan-Canadian Battery Electric Bus Demonstration and Integration Trial

Accelerating the adoption of zero emission transit This groundbreaking project is the world's first to integrate battery electric buses (BEBs) and standardized charging systems from different manufacturers, driving down the cost of transit electrification and paving the way for a cleaner, more sustainable transportation future.

Accelerating the adoption of zero emission transit Launched in 2016, the Pan-Canadian BEB Demonstration and Integration Trial addressed a critical challenge: the lack of standardization in charging systems, which hindered BEB deployment and limited competition in the market.

Phase I: Building the foundation Completed in early 2024, Phase 1 involved successful deployments with Brampton Transit, York Region Transit and TransLink.

This phase provided invaluable insights: Standardized communication protocols are essential for seamless interoperability between buses and chargers.

Precise equipment placement requires careful site planning to address physical and operational challenges.

Optimized charging strategies and accessible spare parts maximize efficiency and minimize downtime.

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Project portfolio

Phase II: Expanding the impact Building on the success of Phase I, Phase II brings together even more transit agencies nationwide to: Generate in-depth reports on key areas, including vehicle efficiency, battery recycling opportunities, thermal management, addressing range barriers, cybersecurity standards, support for expanded operations, in-depot pantographs and vehicle-to-grid (V2G) integration.

Conduct empirical analysis focusing on transit agency performance, battery degradation and diesel-to-electric powertrain conversion efficiency Develop a comprehensive data repository to share findings and inform best practices for BEB deployment across Canada.

Phase III: Exploring new frontiers Recognizing the diverse needs of transit agencies across Canada, Phase III explores innovative technology solutions to address location-specific challenges and advance the future of zero-emission bus deployment. This phase focuses on: Inductive/wireless charging system implementation: Evaluating the feasibility and benefits of wireless charging technology to optimize operations and reduce infrastructure requirements.

In-depot deployment of a battery-electric bus with autonomous driving (Level 4) capabilities: Investigating the potential of autonomous driving technology to enhance efficiency, safety and accessibility in transit operations.

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Project portfolio

Pan-Canadian Hydrogen Fuel Cell Electric Bus Demonstration And Integration Trial

CUTRIC’s Pan-Canadian Hydrogen Fuel Cell Electric Bus Demonstration and Integration Trial represents a groundbreaking initiative to decarbonize public transit in Canada.

Taking place in Mississauga, Ontario, the project involves the deployment of ten hydrogen fuel cell electric buses (FCEBs) in collaboration with leading partners including MiWay, New Flyer, Ballard and Enbridge.

Objectives and benefits This project is designed to deliver transformational benefits to public transit and the environment through a series of key objectives: Accelerating zero emission transit: Demonstrate the feasibility, environmental benefits and performance outcomes associated with hydrogen-powered transit systems reinforcing their role in Canada’s sustainable transportation future.

Developing operational guidelines: Create best practices for the deployment of FCEBs in Canada and provide valuable insights and operational knowledge to transit agencies across Canada seeking to use FCEBs in the future to ensure successful and sustainable adoption of this technology nationwide.

Creating local jobs: Stimulate local hydrogen supply industry and foster new transit opportunities to contribute to economic growth and job creation in Ontario and beyond.

Driving broader deployment: Serve as a model for the widespread adoption of hydrogenpowered buses as part of the national decarbonization initiative to achieve Canada’s Paris Climate Commitments, starting in the Greater Toronto and Hamilton Areas (GTHAs) and encourage similar projects across Canada.

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Project portfolio

ACES Big Data Trust for Data-Driven Mobility Innovation

The ACES CloudTransit Data Trust (ACES) is the national component of a cloud-based data trust framework that will securely and confidentially collect, cleanse and analyze input data from zero emission buses (ZEBs) and associated assets (chargers, hydro meters, fuel dispensers, electrolyzers) presenting indicators in an interactive and user-friendly online interface.

ACES will collect, cleanse and present data on an expanded list of key performance indicators across additional technologies and propulsion systems.

ACES will enable users to obtain timely ZEB analytics from transit agencies across Canada in a user interface geared toward ease of use and clear presentation of data.

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Consulting services CUTRIC offers a comprehensive suite of consulting services to guide your transition to zero emission transit.

We provide data-driven insights, strategic guidance and expert support to help you achieve your sustainability goals.

Simulation projects

Explore the benefits of electric buses, optimize routes and plan charging infrastructure using our sophisticated simulation tools.

Strategic vision setting

Craft and refine your electrification roadmap with our expert guidance, merging transit innovation with the latest sustainable technologies.

Total cost of ownership & benefits analysis

Accurately estimate the capital and operational costs of deploying zero emission buses and infrastructure.

Site & infrastructure needs assessments

Develop scientifically accurate charging and refueling strategies that incorporate on-site and en-route infrastructure needs.

Empirical analytics & reporting

Collect, integrate and analyze real-time operational data to compare actual performance against predicted results.

ZEB implementation & rollout planning

Develop in-depth rollout strategies to achieve your transit decarbonization and climate action goals.

Procurement planning

Create a comprehensive procurement plan that considers future passenger demands and includes vehicle assets and infrastructure purchases.

Risk identification, quantification & analysis

Conduct evidence-based risk assessments using Failure Mode and Effects Analysis (FMEA) and develop best practices and risk mitigation strategies.

Lifecycle carbon emission reduction analysis

Gain insights into current and future lifecycle greenhouse gas (GHG) emissions in various scenarios.

Social impact analysis & prioritization

Analyze socio-economic factors, noise sensitivity and air pollution to provide neutral recommendations for route prioritization.

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Research tools CUTRIC's suite of cutting-edge research tools empowers the transition to zero emission transportation.

From simulating electric bus performance and optimizing charging infrastructure to analyzing social equity and workforce impacts, our tools provide data-driven insights for informed decision-making and effective implementation of sustainable transportation solutions.

RoutΣ.i™ 3.0 simulates the real-world conditions of your transit system to optimize zero emission bus deployment. Plan for a successful transition with advanced feasibility analysis and rollout planning guidance.

deCarbonify™ helps you compare your transit agency's energy intensity and pollution levels to other Canadian systems. Measure carbon dioxide equivalent (CO2e) emissions per passenger, revenue kilometre and other key metrics to determine the most effective strategies for reducing your environmental impact.

ZEVMapper™ helps cities and municipalities determine the ideal locations for EV charging stations based on resident needs, traffic patterns and future EV adoption rates. The tool considers a range of factors, including driver behavior, vehicle capabilities and charging times, to map optimal locations for Level 1, 2 and 3 charging stations.

CloudTransit™2.0 collects real-time operational data from zero emission buses and infrastructure to provide insights into performance, challenges and risks. This cloud-based platform enables data comparison and analysis across different cities and utility partners, facilitating knowledge sharing and best practice development.

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Research tools RoutΣ.i™ Social identifies socio-economically disadvantaged areas, noisesensitive zones and high-pollution areas to recommend optimal routes for zero emission bus deployment. This tool analyzes social and environmental factors to ensure that the benefits of zero emission transit reach the communities that need them most.

RoutΣ.i™ Truck simulates the performance of battery-electric and hydrogen fuel cell trucks. Analyze the economic, environmental, technical and social impacts of transitioning to zero emission trucking technologies.

RoutΣ.i™ SchoolBus is a performance simulation tool for modelling the energy transition for school buses. Evaluate the technical, social, public health and environmental benefits of electrifying your school bus fleet.

RoutΣ.i™ Rail is a data-driven, empirically validated tool for modelling the energy transition for electrified trains, including both battery-electric and hydrogen-propelled rail systems. Model the transition to zero emission rail, optimize your rollout strategy, and analyze the economic, environmental and technical benefits with this comprehensive tool.

RoutΣ.i™ Workforce is a data-driven, analytics tool that identifies the strategic and technical human resource needs for a carbon-neutral transition at public transit agencies, including rail operators. Analyze workforce transition costs, identify essential skills for a zero emission vehicle (ZEV) team, and recommend training programs to ensure a smooth shift to sustainable transportation.

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Upcoming conferences

Okotoks, Alberta

The Western Transit Innovation Summit 2025 aims to bring together transit professionals, policymakers and industry leaders to discuss innovative solutions and strategies shaping the future of public transportation in the region.​Attendees can anticipate engaging sessions on topics such as zero-emission transit technologies, energy-as-a-service models, fleet electrification strategies and advancements in charging infrastructure.

Register now! https://cutric-crituc.org/western-transit-innovation-summit-2025/

October 22-23, 2025 | Burlington, Ontario

CUTRIC’s annual ZETM conference provides industry-leading content, aimed at enriching attendees’ technical knowledge and equipping them with the resources to initiate or advance their zero emissions strategies.

Register now! https://cutric-crituc.org/zero-emission-transit-conference-2025/

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Thank you to our 2024 sponsors!

Transport Canada is the federal department responsible for transportation policies and programs, promoting safe and efficient transportation systems across Canada.

NFI Group Inc. is a leading global bus manufacturer offering a comprehensive suite of mass mobility solutions under brands like New Flyer® and MCI®.

NFI leads the evolution to zero emission mobility with its wide range of electric, natural gas and clean diesel buses.

Tourism Burlington is the official tourism organization for the City of Burlington, promoting the city's attractions, events, and vibrant cultural scene.

Leitner-Poma of America is a global leader in ropeway transportation, providing innovative and sustainable solutions for urban and mountain environments.

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Thank you to our 2024 sponsors!

ZEV Clean Power is a provider of zero-emission power solutions, specializing in hydrogen fuel cell technology for transportation and industrial applications.

Siemens is a global technology powerhouse, providing innovative solutions for infrastructure, mobility, and automation, including electrification and digitalization of transportation systems.

Schneider Electric is a global specialist in energy management and automation, offering digital solutions for efficiency and sustainability across various sectors, including transportation.

Alectra Energy Solutions is a provider of comprehensive energy solutions, including electric vehicle charging infrastructure and grid modernization services.

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Thank you to our 2024 sponsors!

Centennial College is a leading Canadian college offering a range of programs in transportation, technology, and sustainability, preparing students for the future of the industry.

CSA Group is a global organization dedicated to developing standards and providing testing and certification services to enhance safety, sustainability, and performance across various industries, including transportation.

Elevate your brand. Drive transit's future. Sponsor CUTRIC. Position your organization at the forefront of sustainable transportation.

CUTRIC's high-profile events and national initiatives provide exceptional visibility and networking opportunities. Align your brand with innovation and make a lasting impact.

Contact us to learn more about our sponsorship packages and how we can help you reach your business goals.

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Connect with our team Jenny Bo-ot

Project Lead: Academic and Commercial Innovation jenny.bo-ot@cutric-crituc.org (647) 971-4022

Majdi El-Sadek

Business Development & Membership Engagement Officer majdi.elsadek@cutric-crituc.org (647) 919-4020

Morgane Kuyl

Strategic Partnerships Lead morgane.kuyl@cutric-crituc.org (403) 604-7952

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https://cutric-crituc.org linkedin.com/company/cutric/ info@cutric-crituc.org 18 King Street East, Suite 1400 Toronto, ON M5C 1C4 80