OTCO structure

Computational Design


Digital technology is currently reshaping society, our cultures and our experiences. The deepening complexity of our living environment, the rapid growth of human population, the development of computational intelligence, and the constant pursuit of efficiency will inevitably change the paradigms of architecture and design.


We hope to remain at the frontier of this change.

00-ABA-indexes2124

Our team has been engaged in many challenging projects from architectural design and product design, to kinetic and interactive installations. We have had the opportunity to apply emergent technologies in everyday practice, and have developed new methodologies to enhance efficiency in the design, construction and delivery process.

HELIOLAR-PHOTO123

We have expertise in creating performance-driven design, environmental and physical simulations and architectural optimisation, all developed as output from the computational systems built in-house, tailored to the specific task at hand.
Through implementing machine learning and robotic fabrication into the design process, we aim to help our client’s to find novel, more relevant solutions.

It all starts by talking,
so please get in touch.

Computational Design


Digital technology is currently reshaping society, our cultures and our experiences. The deepening complexity of our living environment, the rapid growth of human population, the development of computational intelligence, and the constant pursuit of efficiency will inevitably change the paradigms of architecture and design.

We hope to remain at the frontier of this change.
OTCO structure

Our team has been engaged in many challenging projects from architectural design and product design, to kinetic and interactive installations. We have had the opportunity to apply emergent technologies in everyday practice, and have developed new methodologies to enhance efficiency in the design, construction and delivery process.

00-ABA-indexes2124

We have expertise in creating performance-driven design, environmental and physical simulations and architectural optimisation, all developed as output from the computational systems built in-house, tailored to the specific task at hand.
Through implementing machine learning and robotic fabrication into the design process, we aim to help our client’s to find novel, more relevant solutions.

HELIOLAR-PHOTO123

It all starts by talking,
so please get in touch.