Ontario Tech University Leaders in AI in Advanced Manufacturing

New research in artificial intelligence and its application are driving innovation, while at the same time creating risk and mistrust, in all sectors of the economy. The use of generative AI is revolutionizing diverse sectors of Canadian society ranging from cybersecurity and gaming to public education and health care. The integration of Ontario Tech University’s existing capacities in fundamental AI research, related emerging technologies, software testing,  as well as enabling technologies, and immersive technologies such as augmented reality, wearables, robots, games, digital and virtual simulations, and custom chatbots are important strengths to build on. At the same time, we also focus on ethical considerations of AI such as the risk of racial bias and social exclusion. Consistent with our concern with sustainability and clean energy, we also value research on the disruptive and environmentally destructive potential of the AI revolution.

At MAIRI, we tackle today’s complex AI challenges through a multi-disciplinary approach, bringing together expertise from Business and Information Technology, Science, Engineering, Social Science and Humanities, Health Science and Education.

The MAIRI vision is a future of Intelligent Machines that:

• Think critically and adaptively
• Are built with responsibility and inclusivity at the core
• Are used thoughtfully to drive real world value
• Help solve global problems and empower people

Our Research themes:

• Developing AI that is self-aware, socially intelligent and capable of collaboration – A smarter and more human AI.

• Building safe, explainable and energy-efficient systems using ethical and inclusive design – Responsible AI Innovation.

• Creating solutions that respect culture, improve education and benefit communities and the planet – AI for positive impact.

Why MAIRI?

Building on Ontario Tech University's commitments to ‘Tech with a Conscience’ and our research strengths, which lie in combining deep technical expertise - AI, robotics, smart devices, and data science with the human and societal insights needed to create truly mindful AI solutions.

Partner with Us

We are looking for forward-thinking partners to collaborate with us on research projects, pilot programs and workforce training initiatives. If you are looking to enhance existing systems, our experts can help you identify opportunities to integrate AI to streamline operations and responsibly improve efficiencies.

Canada Research Chairs:

• Peter Lewis (FBIT): Canada Research Chair in Trustworthy Artificial Intelligence, Artificial Intelligence, Big Data
• Khalid Elgazzar (FEAS): Canada Research Chair in the Internet of Things, Big data, intelligent software systems
• Adam Dubrowski (FHS): Canada Research Chair in Health-Care Simulation, Simulation in Health Care
• Jannette Hughes (FEd): Canada Research Chair, Technology and Pedagogy, focus on how AI is changing education

The Advanced Manufacturing Research Centre (AMRC) brings together a diverse and multidisciplinary community of researchers focused on exploring the evolving needs of the manufacturing sector. Their work addresses key aspects such as Predictivity, Agility, Reconfigurability, Sustainability, and Intelligence (PARSI).

Why AMRC?

Our research enhances productivity, optimizes operations and promotes sustainable growth. With expertise in AI, robotics and smart manufacturing, we help you stay ahead of your competition by offering practical solutions with real-world impact.

Our core research areas

• Predictivity – Advanced data analytics for precision manufacturing.
• Agility – Flexible production systems for rapid adaptability.
• Reconfigurability – Self-adjusting manufacturing setups to identify the best ways to use available resources.
• Sustainability – Environmental impact and efficient processes to minimize waste.
• Intelligence – AI-driven decision-making in manufacturing.

Industry partnerships & collaborations

Collaborate with us on research projects, pilot programs and workforce training initiatives. Industries that have engaged with us include automotive, sports, defence and renewable energy.

Partner with us to transform your manufacturing business. Explore opportunities for funding, collaboration and innovation that advance industry success.

Gerdau, a global steel company, is collaborating on a project with Whitby-based cleantech startup Ekstera, which was founded by an engineering team at Ontario Tech University (OTU). Ekstera CEO and co-founder Brendan MacDonald, an associate professor of Mechanical Engineering at Ontario Tech, aims to harness the waste heat from furnaces and reuse the energy for use within the factory.

The solution: 

• Heat recovery technologies – Capture and repurpose excess energy.
• Circular energy systems – Turn industrial by-products into power.

Industries with high potential for waste heat utilization include:

• Heavy Industry and Manufacturing – steel, cement, chemicals
• Energy and Power Generation – oil & gas refineries or natural gas pipelines
• Data Centers and IT Infrastructure
• Pulp and Paper Mills
• Food Processing Plants

Waste-to-energy innovation is a transformative opportunity across industries. Early adopters can lower costs, reduce emissions and gain a competitive advantage in the evolving energy landscape.

Visit Brendan McDonald at the Canadian Pavilion in Hall 2 Stand B42 in the Startups Section.