Research Themes

Transformative Technology

This work brings together artificial intelligence, cybersecurity and secure cloud infrastructure with capabilities in drones, autonomous systems and advanced sensing. 

These technologies are developed as integrated systems, where data is collected, transmitted, interpreted and acted upon in conditions that are dynamic and often unpredictable.

Applications span infrastructure monitoring, emergency response and environments where timely, trusted information is essential. Work in aerospace-related systems supports capabilities in hard-to-reach settings.

Advanced Manufacturing and Production

Our research connects materials, design and specialized manufacturing, integrating innovative, digitally-driven technologies like AI, robotics and 3D printing, to contribute to manufacturing systems that strengthen Canada’s production, maintenance and scaling capacity. This includes applications related to broader production environments in land and marine systems. 

Work in this area is closely aligned with advanced manufacturing lifecycle performance and long-term system reliability.

Climate, Environment and Sustainability

Using approaches such as digital twins (a virtual version of an actual object, system or process created using real-world and real-time data) and advanced modelling, TMU works with partners to simulate infrastructure performance, assess risk and support planning and response. This includes applications aligned with sensing technologies and system-level monitoring.

These efforts contribute to energy system resilience, mobility networks and person-made environments.

Health and Wellbeing

Work in this area contributes to medical countermeasures, emergency response capacity and health system resilience. Research is designed to respond to real-world conditions, supporting the ability of our health systems to maintain function during disruption and recover effectively.

Research in health and wellbeing can help to advance solutions that protect personnel in complex and high-risk environments. Innovations in areas such as wearable health monitoring, disease detection and rehabilitation can support population resilience and enhance long-term wellbeing.

This research aligns with national priorities related to personnel protection and system-level preparedness. 

Resilient, Inclusive Communities

Cross-disciplinary research connects sensing technologies, data systems and infrastructure design to improve situational awareness and decision-making. These capabilities support how communities anticipate, respond to and recover from complex events.

Our research leverages digital twins, advanced computing, immersive tools, and interdisciplinary collaboration to model how people, infrastructure and the environment interact, turning those insights into action.

Future of Work

This work is grounded in responsible and inclusive innovation, informed by ethical and EDI considerations in how technologies are developed and deployed. 

Work in this area prepares talent to operate in complex environments involving digital systems, automation and integrated technologies, with an understanding of the social, economic and policy contexts in which these systems function.

We aim to support in building resilient, efficient and sustainable systems that can adapt to global disruptions and shifting market demands.

Democracy, Justice and Governance

We integrate expertise in policy, ethics and data governance with technical development, supporting secure data environments and responsible system design. This includes work aligned with high-assurance communications, information integrity and secure data sharing across organizations.

These capabilities are essential to maintaining trust in systems that support safety and security.