Reflection in co-action: AI joins the crit

This perspective explores how generative AI introduces new themes in architectural studio pedagogy and the meaning of “learning by doing”. Grounded in a reflection-in-action approach to design pedagogy, this perspective argues that studio work is increasingly shaped by interaction with AI systems, making “learning by co-doing” a useful lens for examining human–AI reflective practice in architectural education. The argument is supported by a scoping review in the Web of Science Core Collection, followed by title/abstract screening, full-text review, and finally, thematic exploration of 16 studies directly exploring GenAI and/or LLMs within the pedagogical framework of architectural education. Accordingly, four meta-themes were extracted through thematic synthesis: (1) phase-dependent integration across the design process; (2) necessity of new studio literacies in prompting, evaluation, and translation; (3) pedagogical scaffolds and formats that make human-AI collaboration teachable; and (4) governance questions around authorship, assessment integrity, bias, ethics, and boundaries. From this perspective, Schön’s paradigm may require new reinterpretation: “learning by doing” is increasingly enacted as “learning by co-doing,” in which agency and authorship are negotiated and design reasoning is mediated through ongoing interaction with AI. Ultimately, this perspective argues that the future of architectural education depends on cultivating a reflective praxis that negotiates the benefits and limitations of AI, while sustaining the central role of studio as a site of invention, dialogue, and ethical engagement.

Authors

Publication Details

Journal
International Journal of Technology and Design Education
Published
2026-03-09
DOI
https://doi.org/10.1007/s10798-026-10079-6
Primary Topic
Architecture and Computational Design
Type
article
Field-Weighted Citation Impact
0.00
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article

Reflection in co-action: AI joins the crit

Aminreza Iranmanesh
International Journal of Technology and Design Education
Architecture and Computational Design
article

Reflection in co-action: AI joins the crit

Aminreza Iranmanesh
article en

Abstract

This perspective explores how generative AI introduces new themes in architectural studio pedagogy and the meaning of “learning by doing”. Grounded in a reflection-in-action approach to design pedagogy, this perspective argues that studio work is increasingly shaped by interaction with AI systems, making “learning by co-doing” a useful lens for examining human–AI reflective practice in architectural education. The argument is supported by a scoping review in the Web of Science Core Collection, followed by title/abstract screening, full-text review, and finally, thematic exploration of 16 studies directly exploring GenAI and/or LLMs within the pedagogical framework of architectural education. Accordingly, four meta-themes were extracted through thematic synthesis: (1) phase-dependent integration across the design process; (2) necessity of new studio literacies in prompting, evaluation, and translation; (3) pedagogical scaffolds and formats that make human-AI collaboration teachable; and (4) governance questions around authorship, assessment integrity, bias, ethics, and boundaries. From this perspective, Schön’s paradigm may require new reinterpretation: “learning by doing” is increasingly enacted as “learning by co-doing,” in which agency and authorship are negotiated and design reasoning is mediated through ongoing interaction with AI. Ultimately, this perspective argues that the future of architectural education depends on cultivating a reflective praxis that negotiates the benefits and limitations of AI, while sustaining the central role of studio as a site of invention, dialogue, and ethical engagement.

International Journal of Technology and Design Education
Quality Education
Openalex Percentile: Top 30%
Architecture and Computational Design
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Reflection in co-action: AI joins the crit — Aminreza Iranmanesh · International Journal of Technology and Design Education (2026) | TGRS Research Map | TGRS