Canadian Science Policy Centre
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Innovation Policy refers to policies and public strategies, regulations, and initiatives aimed at promoting the development, diffusion, and application of new ideas, technologies, products, and services. It seeks to enhance capacity for innovation to drive economic growth, competitiveness, and social well-being. Innovation policy encompasses support for research and development (R&D), entrepreneurship and education, digital infrastructure, social innovation and collaboration between industry, academia, and government.
Science for Policy refers to the use of scientific knowledge, evidence, and expertise to inform and support decision-making in public policy. It involves translating complex scientific research into accessible insights that can guide the development, implementation, and evaluation of policies across various sectors, including (but not limited to) health, environment, technology, security, education, justice. Science for policy emphasizes evidence-based policymaking, where decisions are grounded in reliable data and research and knowledge rather than opinion or ideology.
Policy for Science refers to the set of governmental policies or institutional strategies, decisions, and frameworks that shape the funding, priorities, infrastructure, and governance of scientific research and development. It involves creating conditions that support scientific innovation, including investments in research institutions, training of scientists and development of science infrastructure, research integrity, EDIA, and international collaboration, ultimately aiming to strengthen the scientific enterprise to advance knowledge,economic development, and societal well-being.
Science for Policy refers to the use of scientific knowledge, evidence, and expertise to inform and support decision-making in public policy. It involves translating complex scientific research into accessible insights that can guide the development, implementation, and evaluation of policies across various sectors, including (but not limited to) health, environment, technology, security, education, justice. Science for policy emphasizes evidence-based policymaking, where decisions are grounded in reliable data and research and knowledge rather than opinion or ideology.
Science & Society refers to areas that strengthen public understanding and engagement with science, including the relationship between science and society. This includes but is not limited to science communication, education, journalism, public engagement, and citizen science and more.
Organized by: Innovation, Science and Economic Development Canada (ISED)
Panel Date: November 15th, 2023
Speakers:
David Golding
Dr. Lakshmi Krishnan
Francisco Diaz-Mitoma
Isabelle Caron
Ritu Banerjee
Valérie Laflamme
Panel Abstract:
The Office of Life Sciences and Biomanufacturing Readiness within Innovation, Science and Economic Development Canada (ISED) proposes a session that aims to portray the transformation happening within the Canadian biomanufacturing sector by highlighting the Biomanufacturing and Life Sciences Strategy (BLSS), providing an update regarding its accomplishments, and, using as a case study the recently signed Memorandum of Cooperation between Canada and the UK, providing an overview of both the on-going and potential research and innovation collaborations that this work is enabling. Experts from Canada (including ISED, the Biologics Manufacturing Centre, the National Research Council of Canada, the Social Sciences and Humanities Research Council and Variation Biotechnologies Inc.) and from the United Kingdom (Innovate UK) will jointly present regarding the activities and progress of the BLSS and the Canada-UK Biomanufacturing Collaboration. This session will offer attendees the opportunity to learn about the BLSS, including activities from Canadian Government partners and highlight how the Government of Canada is supporting the sector and addressing gaps through international partnerships.
Summary of Conversations:
The panel discussed Canada’s strategy to advance its biomanufacturing and life sciences ecosystem through government funding and coordination between research facilities. Speakers addressed leveraging global collaboration, ensuring supply chain resilience, and overcoming challenges facing smaller markets like Canada. There was emphasis on facilitating partnerships between companies and researchers, particularly in crises, and on government support to move Canadian innovations through development phases. Lessons from past failed government initiatives were raised to avoid hollowing out capacity. Additional subjects included improving pandemic preparedness through supply chain and clinical trial coordination, simplifying tech transfer between facilities, and prioritizing antimicrobial resistance. The discussion highlighted progress made in biomanufacturing while acknowledging room for further improvement through continued investment and global cooperation.
Take Away Messages/ Current Status of the Challenges:
Recommendations (or Next Steps):
* Panel summary generated by OLGOO.com
Panel Abstract:
Since 2018, members of the Canada Research Coordinating Committee have been guiding important changes in their organizations and the research community, working ever more closely together, engaging researchers and institutions, to support for an increasingly equitable, connected and innovative research enterprise. Join in conversation with the Chair, and leading researchers from different disciplines and different communities, as they consider the impact of CRCC initiatives and the challenges ahead for Canadian research. To learn more about the Committee, please visit www.canada.ca/crcc
Depuis 2018, les membres du Comité de coordination de la recherche au Canada (CCRC) orientent d’importants changements au sein de leurs organisations et de la communauté de la recherche, en collaborant encore plus étroitement et en mobilisant les chercheurs et les établissements, pour favoriser un milieu de la recherche de plus en plus équitable, connecté et innovant. Participez à la conversation avec le président et des chercheurs de premier plan issus de différentes disciplines et communautés alors qu’ils se penchent sur l’impact des initiatives du CCRC et les défis à venir pour la recherche canadienne. Pour en savoir plus sur le Comité, veuillez visiter le www.canada.ca/ccrc
Summary of Conversations:
The panelists discussed initiatives to promote equity, diversity, and inclusion (EDI) in research. Professor Lewis explained how considering EDI in project proposals encourages researchers to address these issues in their work. However, a panelist noted that little progress on EDI has been made over the past decade. The application process and review criteria for the New Frontiers Exploration Fund were discussed. While the paperwork was reasonable, concerns were raised about low salaries and high tuition costs threatening researcher retention. Legal restrictions in Quebec posed challenges for including certain EDI components. Supporting early career researchers through the program aims to help establish new investigators, though collaboration requirements may burden them. Open science practices and transparency have progressed but more work is still needed on data sharing and publishing costs. Respect for Indigenous research methodologies and languages was discussed in the context of validation. Overall, the panelists agreed on the importance of continuing to prioritize and foster EDI in the research environment.
Take Away Messages/ Current Status of the Challenges:
Recommendations (or Next Steps):
* Panel summary generated by OLGOO.com
Organized by: National Research Council of Canada | Conseil national de recherches Canada
Speakers:
Andrea Johnston
Danial Wayner
Dave Watters
Fassi Kafyeke
Karen Schuett
Panel Date: November 15th, 2023
Panel Abstract:
Canada has slow productivity growth compared to many of its peer nations. With lower productivity, Canadian industries are at greater risk of falling behind international competition, affecting Canada’s long-term relative standard of living. Experts have suggested several contributing factors, including: low business enterprise R&D (BERD) investments and weak commercialization, lack of incentives for innovation, slow adoption of new technologies, and inadequate policy instruments to encourage productivity growth. This panel will explore how research and innovation drive productivity, what can be done to reverse this longstanding issue in Canada, and touch on the role of research and technology organizations and other public sector institutions in raising Canadian productivity.
Summary of Conversations:
The panel discussed balancing innovation in Canada between technology push from research and demand pull from industry. An example was given of a water recycling company developing university research to convert manure into water. They export internationally but face pressure from US investors to move operations. More college funding was advocated since colleges work faster with companies than universities. Supporting high-growth startups to scale up in Canada was raised as a key issue, along with building large companies from research in a balanced way. Entrepreneurial culture shifting to retain large Canadian companies was discussed. Challenges were noted for exporters and manufacturers to stay based in Canada, but desires existed with more Canadian growth funding. Overall the subjects focused on policies and programs to drive innovation, support high-growth companies, fund colleges for applied research, and foster a culture retaining large anchor firms in Canada.
Take Away Messages/ Current Status of the Challenges:
Recommendations (or Next Steps):
* Panel summary generated by OLGOO.com