UNIVERSITY PARK, Pa. — The opportunity to study off campus is a perfect way for students to broaden their educational experience. But study abroad may not be appropriate for all students: Some may not be able to afford the costs while others may not be ready to travel out of the country.
That’s where domestic “study away” programs like Penn State’s Study Away Pittsburgh fit in. The program is designed to give students an immersive, semester-long opportunity to study urban sustainability while living in Pittsburgh.
The program combines three components: an embedded field experience or internship with a community partner, a residential course in urban sustainability challenges and solutions, and online courses.
Three students, Erifili Draklellis, James Tierney and Jordyn Hinkle, from Penn State’s College of Earth and Mineral Sciences, recently participated in the program during the 2018-19 academic year.
“I wanted to study somewhere that was a little familiar,” said Tierney, a rising senior in geosciences. “Pittsburgh allowed me to stay close to friends at Penn State and close to home in Cleveland. Gaining an understanding of Pittsburgh’s sustainability issues helped me to understand what was going on in my own home city.”
For Draklellis, the program’s adaptability was also was a perk.
“I didn’t want to fall behind on my academic plan, and Pittsburgh Study Away allowed me to keep up with my major courses while I gained professional development experience through my internship,” said Draklellis, who graduated this May with a bachelor of science degree in earth science and policy and a minor in sustainability leadership.
Study Away also exposes students to real-world examples of sustainability practices. A trip to Phipps Conservatory and Botanical Gardens showed them the world’s only Leadership in Energy and Environmental Design (LEED) platinum-certified greenhouse. Students also visited the conservatory’s LEED platinum and net-zero-energy sustainability building — the Center for Sustainable Landscapes — that generates all of its own energy and treats all storm and sanitary water captured onsite.