New program will grow advanced materials education, research, economy statewide
CLEMSON, South Carolina — South Carolina’s position as a national leader in advanced materials just got a giant boost.
A team of researchers from 10 universities across the state has received a $20 million, five-year grant from the National Science Foundation’s Established Program to Stimulate Competitive Research (EPSCoR) to establish a new initiative: Materials Assembly and Design Excellence in South Carolina, or MADE in SC.
“The vision of MADE in SC is to discover and establish new and sustainable approaches for the design and assembly of advanced materials that serve South Carolina’s STEM research, education and workforce needs, and to invigorate economic development,” said Rajendra Bordia, professor and chair of the materials science and engineering department at Clemson University and the co-principal investigator and scientific director for the statewide program.
Other collaborating colleges and universities are the University of South Carolina (USC), the Medical University of South Carolina, the College of Charleston, Furman University, USC Beaufort, Winthrop University, Claflin University, South Carolina State University and Florence-Darlington Technical College.
With the EPSCoR grant, MADE in SC is committed to hiring 17 new researchers over five years at five institutions. The universities will also invest in training postdoctoral fellows, graduate and undergraduate students; outreach to K-12 schools and the public; and developing new facilities.
Clemson will receive $5.9 million of the grant and will hire five new faculty members, support 12 new doctoral students to work with 17 faculty members from six departments, and invest in new equipment for materials research.
The science will address four areas:
- discovering and developing new optical and magnetic materials for next-generation information and computing systems;
- responsive polymers, new materials that interact and respond to the environment like “self-healing” materials and paints, and lightweight, low-cost sensors;
- biomaterials that interact with the human body, such as new coatings for joint implants and materials for tissue engineering and regeneration; and
- building infrastructure for computational modeling to accelerate materials research and development.
MADE in SC underscores how important academic research is to economic development, said James P. Clements, president of Clemson University.
“Universities are hotbeds of innovation and as Clemson’s research enterprise grows, so grows the South Carolina economy,” Clements said. “Our incredibly talented faculty, staff and students allow us to conduct valuable research that our partners in industry can build upon and which will continue to benefit the residents of South Carolina for decades to come.”
“Advanced materials has historically been a strength and key innovation cluster at Clemson,” said Tanju Karanfil, vice president for research at the university. “Choosing Dr. Bordia to lead this program’s scientific efforts is a signal of Clemson’s leadership and a testament to all of our talented faculty, students and staff. Our responsibilities to MADE in SC are significant, from attracting and educating the brightest students to building South Carolina’s advanced materials industry. We are excited to be part of this important initiative to benefit South Carolina and we are certain our efforts will impact companies and individuals around the world.”
Among the current corporations in South Carolina for which MADE in SC will provide support and future employees are AVX, BMW, Boeing, CuRE Innovations, GE, IBM, Michelin, Milliken, Poly-Med, Savannah River National Laboratory and Tetramer, Bordia said.
Anand Gramopadhye, dean of Clemson’s College of Engineering, Computing and Applied Sciences, said the project will strengthen industries already in South Carolina while attracting new ones.
“MADE in SC supports the state’s goal of recruiting research and development in addition to manufacturing,” Gramopadhye says. “The project also positions South Carolina to be a world leader in advanced materials research. I congratulate Dr. Bordia on serving as co-principal investigator and scientific director for the program.”
New undergraduate degree programs at USC Beaufort and the College of Charleston and expanded curricula at Furman, Winthrop, Claflin and USC will be developed to create a new pipeline of highly skilled workers from South Carolina’s higher education institutions into the current and future thriving industries. The grant will also provide funding for summer programs to train high school teachers to deliver engaging materials science content to better prepare students for a future in advanced materials and manufacturing.
This material is based upon work supported by the National Science Foundation under Grant No. 1655740. Any opinions, findings and conclusions or recommendations expressed in this material are those of the authors and do not necessarily reflect the view of the National Science Foundation.