Artificial Intelligence in Transforming Transdisciplinary Education

What if we stopped looking at Artificial Intelligence (AI) as a threat to higher education and started viewing it as a playground? This paper offers a refreshing and optimistic perspective, arguing that AI goes beyond a tool for efficiency and automating tasks. Instead, it can be part of the environment that completely transforms how students learn, collaborate, and respond to complex global challenges.

By treating AI as a transdisciplinary playground, universities can teach students to use technology with empathy, care, and a deep sense of social responsibility.

The “Playground” Metaphor

A playground is a space of exploration, trial and error, and imagination. When we bring AI into the mix, it acts like the swings, slides, and sandboxes of the academic world. AI systems, from large language models (LLMs) to image generators, allow students to safely experiment and cross boundaries of knowledge domains. In this playground, AI is an active playmate. It can aggregate massive amounts of data from different fields, helping students find surprising connections between, say, historical climate records and sociological behaviour.

Because AI models are trained on vast amounts of diverse human knowledge, they don’t naturally adhere to traditional university department boundaries. A student can use an AI agent to simulate different stakeholder perspectives on an urban planning issue, or use multimodal AI to turn a complex engineering concept into a visual story.

Teachers as Curators

Instead of AI making teachers obsolete, teachers shift from being the sole “experts” lecturing at the front of the room to acting as curators and facilitators. They set the stage for play, guide students through AI’s ethical limitations (like inherent biases), and facilitate deeper critical thinking.

Making an Impact

Perhaps the most exciting application of AI in this educational playground is its ability to help students make things. In the past, building a functional app or digital solution required months of coding experience. Today, AI coding assistants allow students to rapidly prototype solutions in a matter of days. This speed encourages a “hackathon” mindset, where students can quickly test, fail, iterate, and deploy real solutions/ responses. Students aren’t just passive consumers; they become active participants in society.

Read more:

Tsao, J. (2026) Artificial Intelligence and Transdisciplinary Playgrounds in Kochhar-Lindgren, G. and Sims-Schouten, W. and Tsao, J. (Eds). Transdisciplinary Experiments: Research, teaching and institutionalisation. [Book]. UCL Press: London, UK. https://doi.org/10.14324/111.9781806550616