Meet Robot Prints ‘Intelligent’ Bricks That Could Reduce Air-Con Use

Svetlana Ocuneva
September 11, 2018
Author: Svetlana Ocuneva

The University of Hong Kong’s robotics department has been printing bricks designed with game-changing cooling properties.

The university’s technology consists of an industrial-scale 3D printer, a software program to design the bricks, and a robotic arm to control the manufacturing process.

The one-of-a-kind 3D printer is run out of an experimental facility, called the Fabrication and Material Technologies Lab.

Researchers and lecturers have been working to understanding the role ceramics have played in shaping Chinese culture and aim to test the possibilities and limits of robotic fabrication and revitalise a long standing material system.

Related reading: Australian Bricklaying Robot Could Build 30 Million New Homes Globally

Senior lecturer in the school of architecture, Christian Lange, who also heads up the university’s robotics team, specified that the lab’s first piece of equipment should be a 3D printer that could print clay.

“This new technology, being able to print your own material, offers to the architect a whole new world of how to express your building,” Lange said.

Each brick takes three minutes to print and is unique. Bricks can be tapered, curved, perforated or angulated, giving rise to endless architectural possibilities.

Related reading: Elon Musk’s Plan to Create Bricks for Affordable HousingOver a period of three weeks, approximately 700 kilograms of raw terracotta clay were 3D printed into individual bricks.

Ceramic Constellation Pavilion

The first structure made using this innovative technology was a 3.8-metre-tall, brutalist-inspired twisted tower, known as the Ceramic Constellation Pavilion, believed to be one of the first of its kind in the world.

The project was led by Lange and fellow HKU lecturers Donn Holohan and Holger Kehne and displayed last year at Olympian City, a shopping and residential complex in Hong Kong.

The digital design and fabrication process of these unique bricks allow for the construction of brick facades that can respond intelligently to environmental conditions.

Bricks can be perforated to allow the movement of light and air through a building, or formed in such a way that water is channelled through or retained within the facade.

As the water seeps through the porous terracotta of the bricks and evaporates on their outer surface, it cools down the surrounding air – meaning such a brick facade could reduce the need to air-condition a building – handy for cities addicted to air conditioning.



Svetlana Ocuneva

A multi-lingual, prolific and diligent executive with incredibly acute business acumen, an extensive real estate career with unparalleled negotiation skills and extremely clear focus, Svetlana’s Project Management and Marketing record is impeccable.

Don't take our word for it

Join Our Monthly Newsletter

Stay up to date with the latest Melbourne property and investment insights
This field is for validation purposes and should be left unchanged.