CANADIAN ROBOTICS COUNCIL
Sep 22 | National Arts Centre | Ottawa
The Canadian Robotics Council was formed with a mission: to help Canadians benefit from the robotics technologies that are poised to fuel economic development, global competitiveness, productivity, and improved safety.
Early and sustained investments in robotics, starting in 1975 with the Canada Space Arm, established Canada’s reputation as a key international player in robotics. More recently, complementary initiatives such as the Pan-Canadian Artificial Intelligence Strategy, the Supercluster Initiative (now Canada’s global innovation clusters), and the Canadarm3 program promise to continue this trend.
But the hard truth is that Canada is not adopting existing and readily available robotics technologies that could help Canadian businesses be more productive and resilient, and help Canadians be safer. Furthermore, this lack of basic adoption is hurting us when it comes to developing and deploying next-generation robotics technology.
A regular and sustained national dialogue on robotics must take place between industry, researchers, policy makers, and investors if Canadian industries are to remain globally competitive. In our inaugural Canadian Robotics Council Symposium, we aim to answer three simple questions:
What can robots do for Canada right now?
Why aren’t Canadian industries using more of them?
What actions can we -- as technology leaders from industry, government, and research -- collectively take to help Canadian industries leverage robotics to their fullest?
Please join us on September 22 at the National Arts Centre in Ottawa as we convene robotics thought leaders from across the country for a frank discussion. We look forward to your input as we shape the Council’s priorities for the coming years!
University of Toronto Robotics Institute
Snapshot of the Canadian Robotics Ecosystem
Be among the first to get a snapshot of the Canadian robotics ecosystem commissioned by Innovation, Science and Economic Development Canada (ISED).
Avascent will present an overview of the robotics ecosystem in Canada based on a study commissioned by Innovation, Science and Economic Development Canada (ISED). The presentation will highlight key metrics unique to the Canadian robotics industry, including geography, size, sector and type. It will touch on some of the unique challenges and opportunities most relevant to senior decision-makers. An open Q&A with ISED and Avascent will follow.
Kyle Van Hooren
BIO: Kyle Van Hooren is a Senior Manager for Avascent's Ottawa office, where he provides advice to clients in government and industry on key challenges with innovative markets. In the past 18 months he has led and managed multiple engagements across the space, quantum, robotics, and cleantech value chains. Prior to joining Avascent Kyle graduated from the University of Toronto with a Masters of Global Affairs.
BIO: Riley White is a Senior Analyst out of Avascent's Ottawa office, and a leading member of Avascent Digital. He provides clients with rigorous data analytics to help inform decision-makers in government and industry. Prior to joining Avascent Riley graduated from the Ivey School of Business with a dual degree in Civil Engineering and Business.
Robotics Cluster Development:
International Examples and Best Practices
Discover the gold standard in robotics ecosystem development from German and US robotics cluster experts.
McGill Centre for Intelligent Machines
Pan-European Robotics Research Networks: An Insider's Perspective
How Open-Source Standards
Help to Grow Robotics Ecosystems
Germany Aerospace Centre (DLR)
BIO: Florian Krebs helped to establish the DLR-Center of Lightweight Production Technology in Ausberg, Germany, where he now serves as deputy head and leads a team concerned with flexible automation systems. Previously he spent two years in the research and development department of KUKA Roboter GmbH in Germany gaining hands-on industrial experience. Krebs’ major research areas lie in industrial robotics, automation technology and data-driven production technology. Currently his main interest lays in the development of Industry 4.0 inspired manufacturing technologies for future aerospace manufacturing scenarios. He is also a member of many networking, standardization, and strategy initiatives, most notably the Bavarian Zentrum Digitalisierung, Bayern German Plattform Industrie 4.0, European euRobotics, and European Open Science Cloud.
BIO: Brian Gerkey is co-founder and CEO of Open Robotics, which drives the development and adoption of open software and hardware for robotics. Prior to Open Robotics, Brian worked at Willow Garage, SRI, Stanford, and USC. Brian is a strong believer in, frequent contributor to, and constant beneficiary of open source technology.