- 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
- 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
- Assessment of concrete, steel, timber, and advanced materials
- Circular economy principles in building material selection
- Resource efficiency and waste minimization strategies
- Energy patterns and Smart HVAC/Lighting automation
- Building energy modeling and integration with LCA
- Evaluating energy-efficient technologies through a life cycle lens
- Carbon accounting in building operations
- Net-zero, passive design, and renewable integration
- Comparative assessment of design alternatives
- EPDs, LCA databases, and BIM integration
- Digital tools for sustainability and simulation platforms
- Data quality, uncertainty, and reproducibility
- International standards and rating systems
- Policy drivers for low-carbon construction
- Regulatory and reporting considerations
- 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
Carbon Accounting
EPD Analysis
Net-Zero Design
Retrofitting Systems
- Quantifying embodied carbon in high-rise timber and composite structures
- Optimizing smart building HVAC systems for maximum life cycle efficiency
- Conducting comparative LCA to select sustainable construction materials
- Designing retrofitting strategies to transform old buildings into smart hubs
- Preparing documentation for Green Building certifications (LEED, GRIHA)
- Professionals (Architects, Civil Engineers, Sustainability Consultants)
- Students in Building Science, Urban Planning, or Environmental Engineering
Prerequisites: A foundational understanding of building construction and a strong interest in sustainable design or environmental assessment.








Reviews
There are no reviews yet.