About GSD Project

The GSD project  

The design exploits the fundamental principles of physics and biology, achieving the organic wholeness of a biotic environment as a functional energy-generating, self-sufficient unit.

The project, as 'engineering for extremes', was undertaken in the Department of Civil Engineering at Monash University, renowned as the top academic engineering department in the country.

 Why are we unique?

 Unlike other dwellings, this mode of construction and design permits the calibration of the building along scientific lines, specific to site and micro climate, and to minimise environmental impacts. This solves that "elusive constellation of a lightweight construction with minimal primary energy expenditure, maximum durability, simplest upkeep, and widest possible flexibility” (Revedin 2009).    

The GSD structural formation deliberately coincides  with the stress gradients, (Circular Force, Line of Thrust, Horizontal Thrust, Peripheral Tension) by countering these through ring beams & buttresses. Thus the GSD achieves a balance of these forces giving it exceptional rigidity, and  obviating the complexity of geodesic domes.  

The dome is designed and constructed optimising physics and ecological principles and is optimally calibrated (in terms of wall openings to volume). By using its circular moat system, which functions as a water reservoir, ground radiation filter, vegetation growth area, heat bank and waste disposal unit,  the system's functionality could become a model for building design, materials and other construction uses.  

This modular construction forms part of 21st century’s building technology and is capable of delivering housing anywhere in the world.