Embodied Carbon and Resilient Building Design A Comprehensive Overview - 3.5 PDH

Course Outline

The course will provide a comprehensive understanding of embodied carbon and its significance in building design and construction. It begins with an introduction to the concept of embodied carbon, focusing on its importance in minimizing the environmental impacts of buildings. The course covers various methodologies for assessing embodied carbon, including process-based methods, input-output analysis, hybrid approaches, and parametric analysis, while providing an overview of the tools and databases used in Life Cycle Assessment (LCA). Participants will explore strategies for reducing embodied carbon, such as selecting low-carbon materials, optimizing building designs, and incorporating sustainable practices. Through detailed case studies, the course highlights the application of these strategies in real-world scenarios, emphasizing resilient design, structural retrofitting, and material specification to achieve long-term sustainability. Additionally, it reviews international standards, building codes, and future trends related to embodied carbon, offering valuable insights for industry professionals seeking to decarbonize the building sector.

This course includes a multiple-choice quiz at the end, which is designed to enhance the understanding of the course materials.

Learning Objective

At the conclusion of this course, the student will:

• 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; and
• Apply Carbon Reduction Strategies in Real-World Projects.

Intended Audience

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.

Benefit to Attendees

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.