|
Poster Abstracts Syracuse University The Central New York – Puerto Rico AGEP
M. Glauser, P. Stith, D. Freund, S. Tice and G. Lee-Glauser In this age of accelerated technological advances, increasing career specialization and extremely competitive job opportunities, society has a vested interest in promoting graduate and professional education in the STEM areas as never before. The need for specialized knowledge and the acquisition of professional credentials place increasingly high demands on all college graduates, yet documented evidence shows that there exists a disparity in the opportunities for certain populations to gain access to programs conferring advanced degrees in science, mathematics and engineering. Member institutions in the alliance spearheaded by Syracuse University with the collaboration of Rensselaer Polytechnic Institute, Cornell University, and Puerto Rico-Mayaguez called the Central New York to Puerto Rico-Mayagüez (CNY-PR) are confronting the challenge of making graduate study in the STEM disciplines more available to reportedly underrepresented populations through our NSF funded AGEP. The CNY-PR alliance is based on mutual commitment to research experiences for undergraduate and graduate students, faculty development programs in an environment where recruitment, retention and mentoring are essential. The CNY-PR alliance brings valuable experience and resources for the enhancement of minority graduate education that contributes to the diversification of the professoriate. The CNY-PR alliance uses holistic approaches to substantially increase minority STEM Ph.D. degree recipients entering academic positions. The CNY-PR alliance is implementing the following to achieve its goals:
Each component of the program builds on the previous, creating a corridor the student moves through that motivates, guides, and supports them from K-12 to Ph.D. to a successful career in academia or industry. |
|
If you have questions, comments, or have trouble accessing these pages, please e-mail info@cirtl.net This material is based upon work supported by the National Science Foundation under Grant No. 0227592 Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation. Copyright 2004, The Board of Regents of the University of Wisconsin System |
|