Brock University
ON, Canada
Connect with researchers at Brock University
grant_single_labels|summary
grant_single|eligibleFinancing
- grant_single|noCondition
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- grant_single|openingDateJanuary 25, 2022
grant_single|financingType
Researchers And Facilities
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- grant_single|allIndustries
grant_single|grantors
- Cognit.ca
- Brock University
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grant_card_status|open
grant_single_labels|preview
Get access to world-class expertise, facilities and IP when you form a partnership with a university, college or health institution. Use the partnership to help solve complex problems, build proofs-of-concept, improve processes and performance, validate y
grant_single_labels|projects
grant_single|admissibleProjectsExample
$125,000
Creating solar-powered water purification systems in collaboration with University of British Columbia
$90,000
Studying the impact of microplastics on marine life with a university
$150,000
Developing an AI-based medical diagnosis tool in partnership with University of Toronto
$135,000
Developing a sustainable packaging solution with Carleton University
$110,000
Developing a mobile healthcare app for rural regions, in partnership with University of Ottawa
$100,000
Enhancing agricultural productivity with IoT sensors, in collaboration with McGill University
grant_single_labels|admissibility
grant_eligibility_criteria|who_can_apply
The available context does not provide specific details regarding who can apply for this grant. Typically, such grants may be targeted towards research institutions, universities, or principal investigators leading projects in specified areas of research, but the given information does not outline these specifics.
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This grant supports various research initiatives across Brock University, focusing on disciplines such as organic synthesis, biocatalysis, literacy development, environmental ergonomics, and health. The eligible projects have been undertaken by different researchers contributing to their respective fields of study.
- Chemoenzymatic synthesis of alkaloids and medicinal agents, development of new chiral building blocks, asymmetric protocols, and reagents.
- Organic synthesis and biocatalysis explorations.
- Use of maker literacies to build learning opportunities in early childhood education.
- Investigating dopamine effects on neuromuscular function in hyperthermia and related conditions.
- Synthesis and application of siloxane elastomers for material science advancements.
- Assessment and analysis of climate change impacts on northern ecosystems.
- Adolescent development research focusing on social brain shaping and stressors.
- Physical literacy and health projects targeting youth and new immigrant families in Canada.
- Advancement in palliative care approaches in long-term care settings.
Apply to this program
Exploring Opportunities for Advanced Research at Brock University
This intricate grant framework focuses on supporting high-caliber research projects conducted at Brock University across various fields such as chemistry, pedagogy, engineering, and biosciences. With a total funding pool comprising several million dollars over a decade, these grants are pivotal in advancing groundbreaking scientific discoveries and innovative educational programs.
Diving Deep Into the Nuanced Grant Structure at Brock University
The grant initiatives at Brock University predominantly aim to bolster research excellence and foster innovations that address both scientific and social imperatives. These research grants span diverse areas, including organic synthesis, neuromuscular function, childhood development, biomaterials, and climate impact on northern ecosystems, highlighting the university's commitment to multidisciplinary exploration.
One of the standout programs includes chemoenzymatic approaches led by Professor Tomas Hudlicky, which delve into the synthesis of alkaloids and medicinal agents. Such projects underline the drive to develop new methodologies and frameworks that could revolutionize pharmaceutical manufacturing and treatment protocols. Another substantial grant supports Jennifer Rowsell's work on literacy and family narratives, emphasizing the importance of cultural and educational research in shaping societal frameworks.
Similarly, substantial funding is allocated to advance the study of neuromuscular functioning under different environmental conditions, with Professor Stephen Cheung exploring the effects of temperature and oxygen levels. This research is crucial for understanding adaptive biological mechanisms, which could have significant implications in fields ranging from healthcare to aerospace engineering.
In addition, the research grant landscape at Brock University extensively supports innovative studies into biomaterials and silicon biotechnology, an area helmed by Paul Zelisko. His research on self-healing elastomers and silicon materials paves the way for new industrial applications, effectively bridging theoretical research with practical innovations.
Such diverse funding opportunities not only underscore Brock University's strategic focus on advancing knowledge but also enhance its role as a hub for cutting-edge research. The grants are meticulously structured to facilitate not just academic inquiry but also the translation of knowledge into real-world applications, driving economic and social transformation.
Overall, these grants augment researchers' capacities to undertake transformative projects that combine empirical research with state-of-the-art technological advancements. Furthermore, they ensure that Brock University's research addresses pertinent global challenges, encompassing issues as varied as healthcare innovation, environmental sustainability, and educational enhancement.
The competitive grant application process also ensures that only rigorous and impactful projects receive funding, thereby optimizing research outcomes. Such stringent selection criteria enhance accountability and promote excellence, ensuring that funded projects contribute significantly to Brock University's mission of pioneering impactful research.
Through these funding avenues, Brock University reaffirms its dedication to enhancing its research ecosystem, supporting scholarly endeavors that not only advance scientific frontiers but also contribute positively to societal benefits on a broader scale.
