Sustainable Building Design and Material Specification

Every design choice carries a long-term impact on both human health and the natural world. This course provides a foundational understanding of how to bridge the gap between architectural aesthetics and environmental responsibility through thoughtful material selection and design principles. You will transition from basic construction knowledge to a comprehensive understanding of how specific materials and design strategies contribute to healthier indoor environments. The curriculum focuses on identifying sustainable alternatives and implementing rigorous specification standards that prioritize non-toxicity and resource efficiency. * Understand core terminology and foundational principles of sustainable building design * Identify hazardous substances commonly found in traditional building materials * Apply selection criteria for eco-friendly and non-toxic material alternatives * Learn how design decisions directly affect indoor air quality and occupant wellness * Explore life-cycle assessment basics to evaluate the environmental footprint of a project * Practice drafting material specifications that align with modern sustainability goals The course begins with an introduction to the relationship between the built environment and health before moving into the technical aspects of material properties and specification writing. It concludes with a look at how these practices contribute to a circular economy in the construction industry. This course is designed for beginners interested in architecture, interior design, or construction who want to build a foundation in sustainable practices. No prior experience in the field is required. Begin your journey toward creating healthier and more sustainable spaces through informed design.