Scholarships

There are increasing concerns and support for sustainability in construction, spurring the development of innovative technologies targeted at reducing the environmental footprint and efficiency present in the construction sector. Sustainable technologies are described to be self-sustaining without compromising future efforts at using the same technologies. Digital fabrication processes like 3D concrete printing using modern industrial robotic applications have the potential to pursue sustainable construction by contributing to the effective management of building material, cost and performance.

This topic focuses on advancing the integration of 3D construction printing technologies with building energy efficiency strategies. By leveraging the capabilities of 3D printing and AI-driven design optimization, students will investigate how to create optimized building envelopes that enhance thermal insulation and passive design to significantly reduce energy demands in modern structures. This may include exploring advanced materials, AI-enhanced printing systems, and dynamic printing parametersor design that could regulate indoor temperatures and improve thermal performance, offering superior energy efficiency compared to conventional construction methods. By utilizing AI-powered simulations and developing real-world prototypes, the aim is to push the boundaries of energy-efficient, sustainable building technologies. We invite motivated researchers to join this pioneering effort in transforming the construction industry through cutting-edge innovation.