Building Decarbonization Potential in 3D Printing and Modular Housing Presented by Experts in the Field
February 12, 2026 11am-12pm PT
Large-Scale Additive Construction
This presentation provides a technical review of real-world applications, ranging from mass-scale residential developments to critical infrastructure, to assess the viability of 3D printing in diverse environments. Emphasis is placed on empirical data, including independent lifecycle assessments (LCA) regarding embodied carbon and energy efficiency comparisons between printed wall assemblies and standard wood-frame construction. We will explore how automated construction ecosystems are being utilized to address housing scalability, affordability, and performance challenges inherent in traditional building methods.
As Sr. Director of Building + Construction Science at ICON, Bungane Mehlomakulu leads the development of the engineering and performance fundamentals of the core building blocks for structures created with ICON’s technology. His focus is on establishing the core building and construction science principles and approaches that advance the construction industry.
Carbon and Off-Site Construction
This presentation will cover the advancements and advantages of off-site construction in housing. Jenkins will discuss how Clayton Homes has implemented renewables, advanced construction techniques, and improved home energy efficiency to help tackle common and tangible sources of embodied carbon. Efficiency, Scalability, and Affordability all have a role to play in the future of the homebuilding industry.
As Vice President of Sustainability at Clayton Homes, William Jenkins leads enterprise-wide efforts to advance home energy efficiency, reduce construction waste, and optimize energy consumption. He partners across teams to help drive building innovations, optimize resource stewardship, and embed responsible practices throughout Clayton’s operations.
