Steve Waslander has taken over as director of the Robotics Institute at the University of Toronto.

New leader of the institution with experience in real autonomous systems.

Steve Waslander, who has been working at the University of Toronto since 2018, was officially appointed as director of the Robotics Institute (RI), beginning a five-year term in July 2026. His academic career has been accompanied by work on specific, functioning systems - in particular, the first autonomous vehicle created at a Canadian university that could operate on public roads. This is not only a technical breakthrough but also proof of his ability to combine research with practical applications.

His international recognition is confirmed by the fact that in 2023 he was recognized as one of the 100 most cited roboticists in the world. This is not only a personal achievement, but also a signal for institutions that his approach to the development of autonomous systems - especially in real and complex conditions - has a real impact on the global scientific community.

Research scope: from vehicles to physical AI

Waslander's research focuses on autonomous systems that allow robots and vehicles to safely perceive, navigate, and operate in complex real-world environments. His work combines robotics, artificial intelligence, and transportation - which makes it possible to develop technologies ranging from all-weather autonomous vehicles to systems supporting the fight against the consequences of climate change.

In the context of his new role, Waslander emphasizes the importance of integration between universities and industry. His vision is not only to develop research, but also to build bridges between academic talent and companies that want to introduce robotics into various sectors - from logistics to healthcare.

Collaboration as a key development mechanism

The new director emphasizes that the Robotics Institute plays an important role as an academic community connecting students from different programs. Thanks to programs such as Collaborative Specialization in Robotics or MEng Emphasis in Robotics, as well as events such as the Toronto Robotics Conference, the institution supports the development of competencies and creates a space for collaboration.

Waslander also encourages university staff from robotics-related fields to join the Institute. His argument is that robotics is an interdisciplinary field - combining different experts can lead to new partnerships and strengthen the impact of research on the entire national ecosystem.

Prospects for Canada: from innovation to technological leader

In the context of a national priority in robotics, Waslander sees the Institute as a potential national voice - not only in research, but also in shaping the future of physical technologies. His vision includes leveraging advances in AI, especially large language models, to improve robots' perception, reasoning, and communication.

This could have real consequences for Canada - from reducing labor shortages and improving healthcare quality to increasing productivity in industry. It is crucial that these innovations do not remain in laboratories but are implemented in real-world conditions.

Prospects for Canada: from innovation to technological leader

In the context of a national priority in robotics, Waslander sees the Institute as a potential national voice - not only in research, but also in shaping the future of physical technologies. His vision includes leveraging advances in AI, especially large language models, to improve robots' perception, reasoning, and communication. This could have real consequences for Canada - from reducing labor shortages and improving healthcare quality to increasing productivity in industry. It is crucial that these innovations do not remain in laboratories but are implemented in real-world conditions.

Collaboration with the industrial sector is key to transforming academic research into practical solutions. Waslander emphasizes that the institution can act as a bridge between theory and the market, supporting start-ups and large corporations in integrating robotics into production processes, logistics or healthcare. As a result, Canada can not only maintain its position as a technology leader but also attract investment and talent from around the world. An increase in partnerships between the university and companies can contribute to building a modern innovation ecosystem that will be resilient to global changes and ready to develop in areas such as smart cities or sustainable logistics.