📚 Syllabus & Course Curriculum
Environmental Science & Sustainability
Module-by-module breakdown of Life Cycle Assessment for Smart Buildings, from foundations to a certified capstone project.
Outline
Introduction to LCA in the built environment • Principles of smart buildings and sustainable infrastructure • Relationship between building performance and carbon footprint • Role of LCA in low-carbon building design
Outline
Material production, construction, operation, and end-of-life stages • Embodied carbon vs operational carbon concepts • Environmental impact categories for smart buildings • Scope definition and system boundaries for building LCA
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Assessment of concrete, steel, timber, and advanced materials • Circular economy principles in building material selection • Resource efficiency and waste minimization strategies
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Energy patterns and Smart HVAC/Lighting automation • Building energy modeling and integration with LCA • Evaluating energy-efficient technologies through a life cycle lens
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Carbon accounting in building operations • Net-zero, passive design, and renewable integration • Comparative assessment of design alternatives
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EPDs, LCA databases, and BIM integration • Digital tools for sustainability and simulation platforms • Data quality, uncertainty, and reproducibility
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International standards and rating systems • Policy drivers for low-carbon construction • Regulatory and reporting considerations
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LCA of residential, commercial, and institutional smart buildings • Comparative case studies: conventional vs low-carbon design • Retrofitting existing buildings for carbon performance • Reproducible project workflows using assessment tools
Outline
Earn government-registered certification in Life Cycle Assessment for Smart Buildings
e-Certificate and e-Marksheet issued on successful completion.
