Engineering students frequently encounter barriers to studying abroad, including tightly sequenced curricula, heavy prerequisite structures, and the perception that time away from campus delays progress toward the degree. At [INSTITUTION], where the engineering program is fully integrated into the liberal arts, these challenges have historically limited students’ participation in international experiences. To address this limitation, we developed the [NAME] Foreign Study Program (FSP)—a joint initiative between the [ENGINEERING SCHOOL] and the [GERMAN DEPARTMENT]—designed to make global, interdisciplinary learning accessible to engineering students without compromising their technical coursework. The program—now preparing to launch its third cohort after two successful runs—has created new pathways for engineering students to study abroad while exploring sustainability and global citizenship in context.
The [NAME] FSP invites students to explore sustainability and sustainable urban systems through the technical and cultural double-lens. Participants take engineering courses focused on environmental systems and sustainable cities alongside either intensive German language study or cultural coursework taught in English. Based in Berlin—a global model for urban sustainability—the program integrates homestays, excursions, and co-curricular activities that connect engineering principles to lived experiences of sustainable design and everyday environmental practices. This approach enables students to experience sustainability not only as a technical challenge but also as a social, linguistic, and cultural construct.
This paper describes the program’s design and early outcomes, drawing on a qualitative analysis of anonymized student evaluations and application essays, as well as a new alumni survey examining qualitative and quantitative long-term impact. Findings indicate that the program meets or exceeds student expectations and produces transformative learning outcomes, including enhanced intercultural competence, global awareness, and motivation to apply engineering skills to sustainability challenges. At the same time, participation remains limited relative to demand, highlighting the need to expand such opportunities. By presenting both the model and the evidence of its impact, this paper contributes to broader conversations on how international and experiential learning can be meaningfully embedded in engineering curricula to foster globally competent, ethically conscious, socially engaged engineers.
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