Environmental Architecture The Glasgow School of Art

Overview

The Environmental Architecture from The Glasgow School of Art students use environmental data and simulation to inform design, testing architectural ideas for energy performance, climate adaptation, and regenerative potential. 

Studio projects are supported by workshops in energy modelling, daylight analysis and lifecycle assessment, ensuring that environmental evaluation is integral to the design process. 

Rooted in the Mackintosh School of Architecture’s strengths in sustainable design, the programme positions technology as a creative driver for low-carbon, adaptive architecture. Graduates emerge as agile, socially responsible designers with the technical and conceptual skills to lead change in the built environment.

The aims of the Programme are to enable students to:

• Critically engage with design practices that foreground environmental performance, climate adaptation, and regenerative design as central to contemporary spatial practice.
• Develop as environmentally literate, creative, and self-reflective designers whose architectural proposals are informed by inclusive, ethical, and collaborative design processes, rigorously tested through advanced environmental evaluation tools and performance-based methodologies.
• Develop emergent research skills that integrate environmental data, simulation, and material analysis to inform architectural decisions, evidenced through visual, and verbal outputs that address both experiential and technical aspects of building environments.
• Communicate environmentally driven architectural ideas and design strategies effectively to diverse audiences using a range of analogue and digital tools.
• Develop technical and representational competencies using digital and analogue tools, including specialist software for environmental modelling, enabling the design,development, and testing of adaptive, low-carbon, and contextually responsive architectural proposals.
• Build foundational knowledge of architectural design, environmental technology, and professional practice, with a focus on systems thinking, material provenance, and the role of architecture in shaping sustainable relationships between people, buildings, and the planet.