This partnership leverages CSULB's status as an urban Hispanic-serving institution to build educational pathways at the undergraduate and graduate levels, including post-bachelors bridge programming and a research-based Master of Sciences degree.
This partnership aims to advance research in bioinspired and architected materials systems for energy, biomedical, and environmental applications while broadening the participation of students.
This partnership aims to retain and support underrepresented students in Puerto Rico pursuing energy materials research, leveraging educational and outreach programs at CHESS.
This collaboration leverages cutting-edge research in advanced materials and a seamlessly integrated education program in a pathway to provide financial support and mentoring for students, while establishing NCAT as a globally recognized hub for materials research and education.
This partnership will provide opportunities for participants historically underrepresented in STEM to become next generation materials scientists through innovative research and education in emerging research areas.
This partnership is designed to create clear, focused, high-impact materials research projects with inclusive, supportive research teams, and culturally responsive, community-reflective education opportunities.
This Partnership will build significant capacity and infrastructure for research and education in materials at NMSU, complementing an existing pathway towards careers in national nuclear security.
This partnership will offer materials research opportunities and training for potential and matriculating UCF students at the high school, undergraduate and graduate levels. It integrates innovative recruitment strategies and outreach to regional colleges and organizations.
This initiative aims to advance cutting-edge materials science while leveraging expertise in nanoscale synthesis, characterization, and device integration. PEAQS addresses challenges in nanotherapeutics, nanoelectronics, and thermoelectrics.
This partnership will establish an undergraduate-to-graduate materials research pathway with postdoc opportunities and career placement for students at UTA and GSU. Research focus: novel polymeric biomaterials and bioinspired materials used for drug delivery and tissue repair with biomedical applications.
Key initiatives of this partnership will include advancing materials research in multifunctional nanomaterials and machine-learning-informed design at both atomic and macroscale levels. The program will provide students with cross-institutional mentoring, joint-institution meetings, and exchange opportunities.
This partnership unites researchers from the University of Puerto Rico at Mayagüez, the UPR Medical Sciences Campus, and the University of Wisconsin-Madison MRSEC to advance groundbreaking materials researc
This collaboration will combine UHM’s strengths in materials synthesis and specialized techniques such as X-ray diffraction and hydrogen sorption with UW’s advanced resources for automating research processes and large data set analysis to advance materials science to address critical challenges in clean energy and sustainability.
This partnership fosters innovation in quantum and nanomaterials research while broadening participation in STEM. VISION supports collaborative projects on quantum emitters and light manipulation using colloidal quantum dots, aiming to advance cost-effective quantum materials.
This partnership aims to advance materials science while broadening participation in the field. Together, the institutions address critical challenges in energy storage while fostering educational initiatives, including K-12 teacher training, academic enrichment programs, and outreach through art to spark interest in materials science.
Tuskegee University and University of Nebraska-Lincoln’s new PREM partnership will address critical materials issues in research, education and outreach. This specific collaboration will involve faculty and students at these two universities working collaboratively in multiferroic materials.