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Serious Games for Empowering Teenagers: A STEAM Approach to Climate Change Reflection and Communication
Alternative Title
A transdisciplinary STEAM pedagogical framework for enhancing climate change reflection and communication ‘by’ teenagers ‘for’ teenagers
Author(s)
Date Issued
2024-06-27
Date Available
2025-02-27T17:32:29Z
Abstract
As a wide-ranging societal challenge characterised by complexity and uncertainty, confronting the problem of climate change can be an overwhelming experience for teenagers too young to vote, but too old not to care about the altered world of their inheritance. Consequently, some become activists, more disengaged, yet others become despondent in the face of this formidable predicament. This chapter responds to the needs of this cohort and their teachers by showcasing a design-thinking focused, transdisciplinary, pedagogical framework to enhance the climate change knowledge and communication skills of mature minors (14-17 years old). Coalescing around the co-design of a climate change adaptation game ‘by’ teenagers ‘for’ teenagers, the chapter describes a process-centred, self-paced STEAM pedagogy of problem solving. Drawing from a nationally funded work research project and illustrated via a case study, the chapter describes a replicable series of innovative pedagogical methods for stimulating collective creativity in resolving complicated climate change issues. The chapter will be of interest to educators and youth workers seeking to improve the engagement of teenagers with climate change, enrich the experience of those already interested in the topic, and reduce the sense of anxiety some may feel regarding the seemingly insuperable challenge left to their generation.
Type of Material
Book Chapter
Publisher
Springer
Language
English
Status of Item
Peer reviewed
Journal
Filho, W.L., Sima, M., Lange, Salvia, A., Kovaleva, M., Manolas, E. (eds.). University Initiatives on Climate Change Education and Research
This item is made available under a Creative Commons License
File(s)
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Name
McKeown et al._Book Chapter - Final.pdf
Size
1000.52 KB
Format
Adobe PDF
Checksum (MD5)
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