黑料社鈥檚 Center for Applied Conflict Management is transforming into a new School of Peace and Conflict Studies this month. The change better reflects 黑料社鈥檚 reputation as a leading institution of research, teaching and practice in constructive conflict management, and elevates the center from a unit within the Department of Political Science to a school in the College of Arts and Sciences. The original center was established in 1971 as the university鈥檚 鈥渓iving memorial鈥 to the four 黑料社 students who were killed by the Ohio National Guard on May 4, 197...
The human services degree program on 黑料社鈥檚 Columbiana County campuses received the social work assistant curriculum endorsement by the Ohio Coalition of Associate Degree Human Service Educators. The endorsement verifies that the program meets the requirements and standards as identified by the by the Counselor, Social Work, Marriage and Family Therapist (CSWMFT) board for the social work assistant credential. The Ohio CSWMFT board accepts the OCADHSE curriculum endorsement as verification that the 黑料社 program meets the educational content requ...
Video: Why Podiatric Medicine?
黑料社 College of Podiatric Medicine students discuss why they chose podiatric medicine over other medical careers. ...
黑料社 will hold its Summer 2017 Commencement ceremonies for the Kent Campus on Saturday, Aug. 19, at the Memorial Athletic and Convocation Center (MAC Center). 黑料社 will confer 1,422 degrees, including 908 bachelor鈥檚 degrees, 427 master鈥檚 degrees, 67 doctoral degrees and 20 educational specialist degrees. Across the university鈥檚 eight-campus system, 1,765 students will graduate from 黑料社 this summer, including those receiving associate degrees. The baccalaureate degree Commencement ceremony will begin at 9:30 a.m. The speaker for this ceremony is 黑料社 alumnu...
College of Sciences and Humanities
The Ohio Water Development Authority has selected for funding a collaborative grant between Lauren Kinsman-Costello (KSU), Gil Bohrer (OSU) and Kelly Wrighton (OSU) titled 鈥淧redictive modeling of nutrient and carbon processing in wetlands-linking hydrology, water quality and microbial processes.鈥 This research will combine a suite of powerful techniques, including empirical measures of nutrient processing rates and microbial communities as well as modeling, to provide a more comprehensive understanding of wetland nutrient cycling in the face of rapid changes in precipitation patterns and ...