What question did this study set out to answer?

This research aims to explore how parametric architecture can create sustainable buildings that respond effectively to extreme heat and solar radiation.

March 1, 2026Open Access

Parametric Architecture for Minimizing Extreme Heat and Solar Radiation in Building: Case Studies and Experimental Modelling

Key Points

This research aims to explore how parametric architecture can create sustainable buildings that respond effectively to extreme heat and solar radiation.
Analyzed five case studies: Heydar Aliyev Center, One Central Park, CCTV Headquarters, Al Bahar Towers, and The Interlace.
Utilized algorithm tools for dynamic and responsive structural modeling.
Examined sustainability features and resilience strategies in architectural designs.
Identified unique sustainability features in parametric architecture including efficient shape designs.
Demonstrated natural cooling methods that can significantly reduce energy consumption.
Highlighted the minimization of construction waste and pollutants through improved material efficiency.

Abstract

The study investigates the potentials of Parametric Architecture for producing dynamic and responsive structures that meets sustainability goals using case studies and algorithm tools. The five case studies namely Heydar Aliyev Center, One Central Park, The CCTV Headquarters, The Al Bahar Towers, and The Interlace reveals the unique PA sustainability features including structural mining of shapes and forms, use of natural cooling for energy reduction, minimization of construction waste from pollutants and material efficiency gained through series of iteration procedure. The case studies outline resilience strategies for integration in building structure leveraging innovative and environmentally friendly architecture designs

Parametric Architecture for Minimizing Extreme Heat and Solar Radiation in Building: Case Studies and Experimental Modelling

Key Points

Abstract

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