Abstract
The need for transformative change in architecture education has arisen due to the phenomena of escalating climate crisis, rapid urbanization, and ever-increasing socio-environmental inequality.
Traditional pedagogy in architecture, especially in the Indian context, insists on object-oriented design while relegating ecological systems, climate responsiveness and multi-discipline thinking. Therefore, this paper is propounding the idea of integrating systems thinking and climate literacy into the core syllabus of architecture for creating architects who can take care of numerous environmental and social problems.
The paper is based on contemporary studies in sustainability education, architecture education, ecological design and systems theory and focuses on how climate-responsive and system-oriented approaches are likely to change studios, theory courses and institutional practices. It elaborates on a comparative review of global and Indian examples like MIT, TU Delft, CEPT, SPA and University of British Columbia, Canada of planning strategies and learning methods which can help in the introduction of simulation techniques, lifecycle thinking, interdisciplinary approach and practical issues into the study of architecture.
The research concludes that the integration of systems thinking and climate literacy into the education of architects is necessary for professional credibility as well as ecological commitments and climate resilience in the built environment.
Traditional pedagogy in architecture, especially in the Indian context, insists on object-oriented design while relegating ecological systems, climate responsiveness and multi-discipline thinking. Therefore, this paper is propounding the idea of integrating systems thinking and climate literacy into the core syllabus of architecture for creating architects who can take care of numerous environmental and social problems.
The paper is based on contemporary studies in sustainability education, architecture education, ecological design and systems theory and focuses on how climate-responsive and system-oriented approaches are likely to change studios, theory courses and institutional practices. It elaborates on a comparative review of global and Indian examples like MIT, TU Delft, CEPT, SPA and University of British Columbia, Canada of planning strategies and learning methods which can help in the introduction of simulation techniques, lifecycle thinking, interdisciplinary approach and practical issues into the study of architecture.
The research concludes that the integration of systems thinking and climate literacy into the education of architects is necessary for professional credibility as well as ecological commitments and climate resilience in the built environment.
Keywords
architectural educationclimate literacysystems thinkingsustainability pedagogyecological designcurriculum reform
Cite this article
Ar. Atiksha Kundu (2026). Designing the Future Architect: Integrating Systems Thinking and Climate Literacy into Architectural Education. International Innovations & Scholarly Trends Journal, 2(10), 1–12. https://doi.org/10.5281/zenodo.23100471
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