The Materials Research Science and Engineering Center is an interdisciplinary team of scientists and engineers working together to marry the science and technology of the two fields, biology and materials sciences and engineering, at the fundamental level. The GEMSEC, established with a $7.7M grant from National Science Foundation including the matching funds from the UW, covers 6 years. Faculty from five departments are involved in the GEMSEC. The center focuses on research to adapt and develop molecular biology and genetics protocols to engineer peptides and proteins as an utility to synthesize, morphogenize and assemble functional hierarchical structures for use in technologies and medicine.
Led by Professor Mehmet Sarikaya, the GEMSEC has one Interdisciplinary Research Group (IRG) which focuses on adaptation of molecular biology and genomics techniques to developing new materials and systems. The center has diverse partnerships and collaboration with other national and international universities, including New York University and Istanbul Technical University. The center also has close collaboration and partnerships with other centers at the University of Washington (such as Center for Nanotechnology, Center for Genome Sciences, and Center for Photonics), National Laboratories (e.g., Pacific Northwest Lab) and industry (e.g., Nanoink, Synthetec, and Biohesion).
An important aspect of the Center includes a range of education, human resources and outreach activities. The Center will run summer programs (e.g., Materials Camp for high school students and teachers), mentorship and research projects for high school and UG students throughout the year, Research Experiences for Undergraduates (REU), Research Experience for Teachers (RET) targeted for Seattle area science teachers. Working closely and collaboratively with local tribes in Washington State, a significant outreach goal of the Center is to attract, educate, and graduate Native American Students with BS, MS and Ph.D. degrees that focus on transferring Mother Nature's molecular ways to practical engineering.
Another important component of the GEMSEC is to develop and establish Shared Experimental Facilities to enable the GEMSEC members to carry out the cross-disciplinary research, central at the intersections of biology and materials sciences. The facilities also serve the needs of the medical and physical scientists at the University of Washington, associated institutions, and member industrial establishments.
National Science Foundation, Division of Materials Research 2005-20011
National Science Foundation
College of Engineering, Department of Chemical Engineering, Department of Bioengineering, Department of Electrical Engineering,
College of Arts & Science, Department of Chemistry,
School of Medicine, Microbiology
New York University
|Administering College/School:||College of Engineering|
|P.I. Home Department:||Department of Materials Science and Engineering|