Study abroad has long been promoted to aid the development of intercultural confidence, adaptability, and context awareness, necessary to work cross-culturally and in different environments. International travel, however, is increasingly at odds with the broader objectives of sustainability due to its climate impacts and uneven global availability. Collaborative online international learning (COIL) offers a potential solution to this issue, creating opportunities for students to engage with peers in a wide diversity of locations, increasingly reflective of contemporary team based engineering environments. To provide students with an opportunity to collaborate globally, the Department of Engineering at Nottingham Trent University introduced a virtual Engineering Research Online Summer School (EROS International) in 2021. EROS International connected engineering undergraduate students across different disciplinary backgrounds from Canada, Malaysia, India, Taiwan, and the UK, to collaboratively complete a one-week sustainability challenge on energy consumption and energy management. Students worked in multi-cultural groups across different time zones supported by an academic mentor. This paper explored the outcomes of this project by drawing on evidence from students’ pre- and post-activity self-assessments. At the beginning, students had little or no prior experience of sustainability in their engineering curriculum and limited understanding of engineering challenges associated with sustainable development. EROS International helped participants to increase their knowledge of sustainability and to recognise the importance of international collaboration for developing engineering solutions to sustainability problems. Students experienced challenges related to online and distributed workspaces but were also able to recognise the opportunities for sharing complementary knowledge, contextualising technical knowledge, and building strong communication skills.
CONNECTING ACROSS DIFFERENCES TO DEVELOP ENGINEERING SOLUTIONS TO SUSTAINABILITY CHALLENGES
Reference Text
Proceedings of the 18th International CDIO Conference, Reykjavik University, Reykjavik, Iceland, June 13-15 2022 Year
2022 Authors
Affiliations
Pages
372-384 Abstract
Keywords
Document
50.pdf
(409.22 KB)