Rep. Tim Ryan Announces National Science Foundation Grant for Youngstown State University

Sep 7, 2012 Issues: Helping Working Families

 

FOR IMMEDIATE RELEASE
SEPTEMBER 7, 2012
Contact: Ryan Press Office
202-225-5261
ryan.press@mail.house.gov

 

Rep. Tim Ryan Announces National Science Foundation Grant

for Youngstown State University

Funds will support multidisciplinary research and collaboration

YOUNGSTOWN, OH – Today, Congressman Tim Ryan announced a National Science Foundation (NSF) grant award of $444,555 to Youngstown State University for the acquisition of a variable scanning electron microscope. This equipment will be fully integrated into undergraduate and graduate programs and be used by hundreds of students at YSU and partner institutions. The microscope will also be used to train future educators in Science, Technology, Engineering and Math (STEM) curricula.

“The NSF award for YSU will have an immediate, direct impact for hundreds of students in universities and community colleges in our area. This grant is in addition to the millions of federal research dollars Youngstown has received in the past decade that has made it a major urban research university,Rep. Ryan said. “The positive impact of having this kind of advanced scientific equipment available will be multiplied when current students graduate and use the skills they’ve developed to implement science and engineering programs in our local school districts, or to expand the capabilities of our already thriving Tech Belt.  Keeping this type of federal funding in place is critical to providing our students with the most cutting-edge equipment so they can be trained in, and therefore help us grow and attract, the jobs of the future. "

According to the NSF:

“The integration of the instrument with the YSU CyberInstrumentation Consortium (STaRBURSTT@YSU) will ensure sophisticated access to the SEM and other lab instruments for a large number of external users, most of whom are at community colleges (CC), or other primarily undergraduate institutions (PUI) - an outreach activity for which YSU is well known. The SEM will provide training and education opportunities to K-12, undergraduate and graduate students, to high school science teachers, and to CC and PUI faculty through: (1) collaborative STEM projects between YSU, Westminster College, Eastern Gateway Community College, Poland Seminary High School and LaBrae High School, Trumbull Career & Technical Center, and Mahoning Valley Historical Society; (2) Summer Materials Camp for High School Science Teachers; and (3) YSU Engineering Explorers and related programs.

“Thanks to its relative ease of use and impressive imaging capabilities at nanoscale resolution, the SEM will be one of the core attractors in YSU's outreach programs for K-12 & community college students and teachers, especially those at minority serving institutions that often have the desire but lack opportunities to pursue STEM careers.

“The microscope will be used for multidisciplinary research from several science and engineering disciplines, including: Material Science, Mechanical and Electrical Engineering, Chemistry, Physics, Biology, Geology, and Forensic Sciences. The instrument will be used in more than 10 research projects involving over 30 graduate students and postdocs, and more than 300 undergraduate students per year will have access to it.

“Proposed interdisciplinary research projects include: mono-crystalline ferromagnetic shape memory alloy micro-particles for energy and micro-electro-mechanical systems (MEMS) applications; synthesis and characterization of rear-earth oxide nanocatalysts; grain orientation and grain boundary microstructure in ceramic-metal composites; nanolayered ceramic precursors; nanofabrication and study of wide bandgap semiconductor devices; e-beam lithography of polymer microlenses and 2-D/3-D photonic crystals on multilayer polymeric systems; characterization of collagen deposition in scar tissue; design of commercially important rare earth materials; fuel cell electrolyte membranes; and, bio-chemical detection properties of carbon nanotubes.”

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