Banking on Breakthroughs
Three UMass Amherst campus research initiatives are among nine projects across the five-campus system that are sharing $735,000 in grants from the President’s Science & Technology (S&T) Initiatives Fund.
Announced by UMass President Marty Meehan, the projects showcase a range of cutting-edge faculty research being conducted across the UMass system, from enhancing clean-energy technologies to developing materials that can autonomously release drugs and precisely target tumors.
The Amherst campus projects include:
• The Center for Autonomous Chemistry, an initiative with UMass Lowell and UMass Medical School, and led by chemistry professor S. Thayumanvanan. The project will develop the molecular design fundamentals for autonomous chemical systems, inspired by the immune system. Fully developed, this will form the basis to develop materials that can autonomously release drugs in response to a specific trigger and precisely target tumors. The grant of $140,000 will be used to facilitate one or more proposed projects to federal research agencies.
• The UMass Unmanned Aerial System Research and Education Collaborative (UASREC), led by Michael Knodler of the UMass Transportation Center. A collaboration with UMass Dartmouth, UASREC is established to advance unmanned aerial systems, also known as drones, to advance interdisciplinary and collaborative research and education. With research already funded through the state Department of Transportation, $100,000 in S&T funds will help position UASREC to become the New England Transportation Center and develop other proposals to federal funding agencies.
• The Center for Smart and Connected Society (CS2), a project with UMass Medical School, is being led by Prashant Shenoy in Computer Science at UMass Amherst and David McManus in Cardiovascular Medicine at UMass Medical Center. The project, as part of the creation of the new interdisciplinary CS2, will focus on the advancement and application of smart and connected technologies. The smart-application domains include smart health and smart living, smart buildings and energy, smart and autonomous vehicles, and smart agriculture. The one-year, $25,000 S&T grant will advance the planning for CS2 and coordination with the medical school’s Center for Data Driven Discovery and HealthCare, which also received an S&T award.
Amherst campus researchers are also involved in another of the funded projects, the UMass MOVEment Research Center, which will explore the mechanics of movement and muscle function. Led by Matthew Gage of the UMass Lowell Chemistry department, the researchers will use the $25,000 grant to plan for a UMass system-wide research center for movement mechanics, focused on understanding movement in the aging population. Faculty from Lowell, Amherst, and the medical school will explore how to combine existing research strengths at all three campuses into a comprehensive program designed to approach research questions in the biomechanics of aging from a molecular to an organismal level.
“These funds empower our faculty, strengthen our research enterprise, and spur breakthroughs that boost the economy and improve lives,” Meehan said. “I’m proud to support our faculty while advancing our critical mission as a world-class public research university.”
Now in its 14th year, the S&T fund accelerates research activity across all five campuses, drives partnerships with state industry, and positions researchers to attract larger investments from external sources to expand the scope of their projects.
Since 2004, the fund has awarded nearly $12 million to faculty, helping to generate additional funding of more than $240 million in areas such as medical devices, nano-manufacturing, clinical and translational science, bio-manufacturing, data science, robotics, and personalized cancer therapy.
S&T awards have also helped to establish important research and development centers across the state, including the Center for Hierarchical Nanomanufacturing at UMass Amherst, the Center for Personalized Cancer Therapy at UMass Boston, the Center for Scientific Computing and Data Visualization Research at UMass Dartmouth, the Massachusetts Medical Device Development Center and New England Robotics and Validation & Experimentation Center at UMass Lowell, and the UMass Center for Clinical and Translational Science at UMass Medical Center.
“Since 2004, these grants have generated a tremendous return on investment to our campuses and to the Commonwealth, strengthening our engagement in key areas, including the life sciences, data science, climate science, and advanced manufacturing,” Meehan said. “This program underscores how critical a strong public research university is to the future of the state.”
The President’s Science and Technology Initiatives Fund is one of three sources of support that help advance the work of faculty members, along with the Creative Economy Initiatives Fund and the Technology Development Fund. u