This project combines architectural design with energy research to explore how building form and renewable energy systems can support lower operational carbon emissions. Designed for Pardisan Park in Tehran, the Institute of Energy and Climate Change brings together spaces for research, education, professional exchange, and environmental awareness.
The 3,000 m² proposal is organised across three levels, accommodating conference facilities, classrooms, a library, research and administrative offices, and shared meeting spaces. An angled building envelope, extensive glazed façades, and a central circulation space define its architectural character.
The research approach prioritises reducing energy demand before introducing renewable energy generation. Building form was investigated through energy evaluation and simulation using Grasshopper and EnergyPlus, while an artificial neural network was trained to estimate building-related carbon dioxide emissions. Photovoltaic panels and a wind turbine were incorporated into the proposal as potential sources of renewable electricity.
Developed with a zero-carbon ambition, the project explores the relationship between architectural expression, environmental performance, and the functional needs of a research institution.
Master’s design thesis — graded 20/20 and selected as the best Master’s thesis at the university.
