This course explores the critical role of embodied carbon in the building life cycle, addressing the environmental impacts of material extraction, construction, maintenance, and eventual disposal. The course introduces key methodologies for assessing embodied carbon, discusses current strategies for minimizing carbon emissions, and highlights the importance of resilient building design in reducing the need for future repairs. Through detailed case studies, participants will learn how to incorporate sustainable practices into building design, material selection, and structural retrofitting to reduce carbon footprints and enhance building resilience. This course is intended for architects, engineers, building designers, and sustainability professionals looking to deepen their understanding of embodied carbon, life cycle assessments, and sustainable design. It is also suitable for policy makers and industry stakeholders involved in building standards and environmental policy. Participants will gain actionable knowledge on how to: Evaluate and reduce the carbon impact of building materials and construction practices. Implement resilient building designs that mitigate the need for future repairs and associated carbon emissions. Utilize LCA tools and databases for carbon tracking in the design process. Stay compliant with evolving industry standards and government regulations aimed at decarbonizing the construction sector.

Learning Objectives

• Understand the Concept of Embodied Carbon
• Assess Embodied Carbon Using LCA Methodologies
• Implement Strategies for Reducing Embodied Carbon
• Understand the Role of Resilient Design and Retrofitting
• Examine Relevant Standards and Regulations
• Analyze Real-World Case Studies
• Explore Future Trends and Innovations
• Recognize the Importance of Sustainable Material Selection
• Evaluate the Environmental Impact of Construction Processes
• Apply Carbon Reduction Strategies in Real-World Projects