The University at Buffalo is investing $25 million in an initiative that will harness the strengths of UB faculty from disciplines across the university to confront grand challenges facing humankind.
The university announced today the establishment of three new Communities of Excellence — an innovative and integrated approach to addressing critical societal challenges through impactful interdisciplinary research, education and engagement.
Through Communities of Excellence, teams of faculty will work together to find solutions, pushing the boundaries of human knowledge and understanding. Faculty leaders within communities plan to create new educational opportunities that cut across multiple academic disciplines in order to address the focus area of each community.
The three Communities of Excellence, chosen from nearly 100 initial concept proposals submitted by faculty teams, are:
- Global Health Equity. This community will work to address the challenge of global health inequity by bringing together faculty and students from the health sciences and disciplines that are focused on the social, economic, political and environmental conditions that lead to inequities. This community will tackle problems ranging from a lack of access to sanitation for women and girls in poor countries to high rates of non-communicable diseases due to complex sets of factors, including tobacco use and the environment.
- Sustainable Manufacturing and Advanced Robotic Technologies (SMART). This community will build upon UB’s reputation as a leader in advanced manufacturing and design by developing the next generation of manufacturing technologies, processes and education that enable sustainable, cost-effective production of high-quality, customizable products. SMART will leverage university and regional strength in manufacturing and partner with regional companies to educate future manufacturing leaders and shape national policy.
- The Genome, the Environment and the Microbiome (GEM). This community will work to advance understanding of areas that will enable development of personalized medicine and empower individuals to have greater control over and understanding of their health, the human genome and the human microbiome — the trillions of microorganisms living in and on the human body. Through collaboration among the sciences, social sciences, arts and humanities, GEM will enhance UB’s reputation in genomics to make UB a national model for promoting and increasing genomic literacy.