2021 NSF PREM grants to broaden participation in cutting-edge materials research

2021 NSF PREM grants to broaden participation in cutting-edge materials research

News Release 21-010

NSF financial investment of $30 million will enhance collaborations and cooperation in between minority-serving universities and leading research study centers


July 12, 2021

Today, the U.S. National Science Foundation granted its newest grants through PREM, Partnerships for Research and Education in Materials, to support 8 collective research study groups throughout the United States that will increase variety in innovative products research study, education and occupations.

Each six-year award offers almost $4,000,000– for an overall NSF financial investment of more than $30,000,000– and will support products research study collaborations in between minority-serving organizations and massive, NSF-supported research study centers.

In addition to supporting brand-new discoveries, the PREM path supplies institutional assistance to increase recruitment, retention and degree-attainment by underrepresented groups, and supplies underserved neighborhoods with access to products research study and education. The awards are planned to support and inspire a varied friend of trainees through graduation, the pursuit of college, and fulfilling professions.

” A concentrate on variety of trainees, professors, and partners– paired with the revitalization of under-resourced research study– is the structure of PREM and has actually been the source of lots of effective results,” stated Debasis Majumdar, director of the NSF PREM program. “It broadens nationwide development capability and a much required, extremely trained and varied labor force, moving U.S. management in STEM fields.”

Since its start in 2004, PREM has actually effectively diversified research study professors and enhanced the possibility that underrepresented trainees and trainees from underserved neighborhoods pursued and finished a doctorate in products research study. The effort, anchored in research study, has actually produced a large range of outcomes, from brand-new products for quantum gadgets and electronic devices, to live-cell imaging. PREM has actually trained more than 125 postdocs, and has actually assisted more than 1,500 trainees finish with a bachelor’s, master’s or postgraduate degree– most from underrepresented minority groups.

Below are descriptions of the 2021 PREM awards.

  • NSF PREM for Vision of Excellence using Navajo Traditions and Understanding with Research and Education in STEM (NSF PREM VENTURES)

    Navajo Technical University (Crownpoint, New Mexico) NSF Materials Research Science and Engineering Center at Harvard University (Cambridge, Massachusetts) NSF PREM VENTURES will develop paths for Native American trainees in STEM, from K-12 to finish school, and address research study locations that are essential to the Navajo Nation, such as tracking of deserted mines, farming, older care, production and veterinary care. The collaboration will be co-funded by the NSF Division of Materials Research and the NSF Tribal Colleges and Universities Program.
  • NSF PREM for Fostering the Next Generation of Nanofiber Systems and Student Success

    University of Texas Rio Grande Valley (Edinburg, Texas) NSF Materials Research Science and Engineering Center at the University of Minnesota (Minneapolis, Minnesota) With the University of Texas Rio Grande Valley serving more than 31,000 trainees, 89%of whom are Hispanic, the NSF PREM for Fostering the Next Generation of Nanofiber Systems and Student Success will concentrate on assisting retention and graduation of underrepresented minority undergrads and increasing the registration of Hispanic trainees in graduate school. The research study will concentrate on establishing the next generation of nanofiber systems with significantly boosted performances and checking out unique applications, especially in energy-related fields.
  • NSF PREM for Advanced Interface Materials

    Clark Atlanta University (Atlanta, Georgia) Spelman College (Atlanta, Georgia) NSF Materials Innovation Platform for the Accelerated Realization, Analysis, and Discovery of Interface Materials at Cornell University (Ithaca, New York) and Johns Hopkins University (Baltimore, Maryland) The NSF PREM for Advanced Interface Materials will concentrate on the style, synthesis and characterization of brand-new oxide-based user interface products for the next generation of electronic, magnetoelectronic and optoelectronic gadgets. With Clark Atlanta University and Spelman College classified as Historically Black Colleges and Universities, this NSF PREM will increase the variety of undergraduate, and postgraduate (masters and doctoral) STEM degrees achieved by African Americans.
  • NSF PREM Southwest-Pacific Collaboration in Machine Learning Design, Synthesis and Applications of Metalorganic Hybrid Biomaterials

    New Mexico Highlands University (Las Vegas, New Mexico) The NSF BioPolymers, Automated Cellular Infrastructure, Flow, and Integrated Chemistry Materials Innovation Platform at the University of California, Santa Barbara and the University of California, Los Angeles The NSF PREM Southwest-Pacific Collaboration in Machine Learning Design, Synthesis and Applications of Metalorganic Hybrid Biomaterials will concentrate on artificial intelligence, products synthesis, high-throughput automatic chemistry/biosynthesis, and organic-inorganic products applications. The collaboration will be co-funded by the NSF Division of Materials Research and the NSF Established Program to Stimulate Competitive Research program.
  • NSF PREM for Hybrid Nanoscale Systems

    North Carolina Central University (Durham, North Carolina) Pennsylvania State University (University Park, Pennsylvania) The NSF PREM for Hybrid Nanoscale Systems in between Penn State and North Carolina Central University, a traditionally Black organization, will improve achievement of undergraduate and academic degrees in materials-related disciplines by females and underrepresented minority trainees. The collaboration’s research study will concentrate on hybrid product systems incorporating nanostructures of various dimensionalities or classes of products to check out unique phenomena and engineer brand-new performances. The collaboration will be co-funded by the NSF Division of Materials Research and the NSF Historically Black Colleges and Universities Undergraduate Program.
  • NSF PREM Center for Intelligent Materials Assembly (NSF PREM CIMA)

    Texas State University (San Marcos, Texas) Center for Dynamics and Control of Materials, an NSF MRSEC at the University of Texas at Austin With Texas State University serving almost 38,000 trainees, consisting of 39%Hispanic and 11?rican American, the NSF PREM CIMA will offer path for underrepresented minority trainees into postgraduate degrees and professions in products science. NSF PREM CIMA will carry out research study in locations of reconfigurable soft products and nanostructure control to establish innovative products for biomedical, energy, electronic devices and ecological applications.
  • NSF PREM for Device Innovation through Inclusive Research and Education

    University of Puerto Rico at Humacao University of Puerto Rico at Cayey NSF Materials Research and Science and Engineering Center at the University of Pennsylvania (Philadelphia, Pennsylvania) The NSF PREM for Device Innovation through Inclusive Research and Education will engage Hispanic, ladies, and Afro-Latin trainees from disadvantaged backgrounds– consisting of low-income trainees, first-generation university student, and those residing in backwoods– in products science and engineering. The research study focus will be charge characteristics in shift metal and carbon-based products, and surface-functionalized nanomaterials for picking up applications.
  • NSF PREM for Innovations in Materials, Processes, and Applications for Quantum Technologies (NSF PREM IMPAQT)

    Florida International University (Miami, Florida) Penn State 2D Crystal Consortium (University Park, Pennsylvania) NSF PREM IMPAQT will concentrate on basic and useful elements of brand-new 2D products and procedures that can be transformative in the quantum science field. With practically 80%of its trainee body formed of minority trainees, FIU, a Hispanic Serving Institution, is distinctively placed to hire and train a varied college student population in products for the future quantum science labor force.

– NSF-

Media Contacts


Media Affairs, NSF, (703) 292-7090, e-mail: media@nsf.gov

The U.S. National Science Foundation moves the country forward by advancing basic research study in all fields of science and engineering. NSF supports research study and individuals by supplying centers, instruments and moneying to support their resourcefulness and sustain the U.S. as a worldwide leader in research study and development. With a 2021 spending plan of $8.5 billion, NSF funds reach all 50 states through grants to almost 2,000 colleges, universities and organizations. Each year, NSF gets more than 40,000 competitive propositions and makes about 11,000 brand-new awards. Those awards consist of assistance for cooperative research study with market, Arctic and Antarctic research study and operations, and U.S. involvement in global clinical efforts.

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