The primary objective of this Task Group is to foster collaborative research and to systematically disseminate knowledge for optimizing smart buildings and infrastructure. This initiative seeks to advance both the understanding and practical application of advanced learning algorithms in the development and enhancement of smart infrastructure systems.

The primary objective of the 3S Task Group is to stimulate collaborative research efforts and to systematically disseminate knowledge pertaining to the integration of smart technologies in the construction sector. This initiative seeks to advance the understanding and application of these technologies in improving site safety and occupational health.

The Task Group aims to map emerging technologies to core competency areas and redefine the skills framework for construction management education. This will guide the development of curricula that prepare students for future roles in a rapidly evolving industry.

Develop advanced cementitious composites with enhanced hydration and durability through nanocellulose modification.
Apply intelligent modeling and sensing technologies for predicting and optimizing performance.
Promote circular economy approaches by converting construction and demolition waste into high-value materials.
Foster global collaboration between academia and industry to accelerate sustainable and intelligent construction.

Digital Twins and BIM for Circularity: The Task Group will explore the application of digital twins and BIM as foundational tools for enabling circular construction practices. This includes advancing material, and digital product passports, lifecycle tracking, and end-of-life planning through integrated digital workflows that support reuse, refurbishment, and deconstruction strategies.