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10 Modules / ~100 pages
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~25 Modules / ~400 pages
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Advanced Sustainable Design and Materials
( 25 Modules )

Module #1
Introduction to Sustainable Design
Overview of the importance of sustainable design, principles, and benefits
Module #2
Understanding the Impact of Buildings on the Environment
Assessing the environmental footprint of buildings and the role of designers in mitigating it
Module #3
Sustainable Design Frameworks and Standards
Examining existing frameworks and standards for sustainable design, such as LEED, WELL, and Passive House
Module #4
Building Information Modelling (BIM) for Sustainable Design
Using BIM to optimize building performance, reduce waste, and improve sustainability
Module #5
Energy Efficiency and Renewable Energy Systems
Designing buildings that minimize energy consumption and incorporate renewable energy systems
Module #6
Water Conservation and Efficient Systems
Strategies for reducing water consumption in buildings and designing efficient water systems
Module #7
Sustainable Materials Selection
Evaluating the environmental impact of materials and selecting sustainable alternatives
Module #8
Circular Economy Principles in Design
Applying circular economy principles to design, reducing waste, and promoting reuse and recycling
Module #9
Indoor Air Quality and Ventilation Strategies
Designing buildings that provide healthy indoor air quality and effective ventilation systems
Module #10
Daylighting and Lighting Design
Optimizing natural daylight and designing energy-efficient lighting systems
Module #11
Acoustic Comfort and Sound Design
Designing buildings that provide acoustic comfort and minimize noise pollution
Module #12
Sustainable Urban Planning and Community Design
Designing sustainable communities and urban spaces that promote walkability, bikeability, and social connections
Module #13
Biophilic Design and the Human Experience
Creating buildings that incorporate natural elements and promote occupant well-being
Module #14
Advanced Materials and Technologies
Exploring new materials and technologies that support sustainable design, such as nanomaterials and bioplastics
Module #15
Computational Design and Optimization
Using computational tools to optimize building performance and sustainability
Module #16
Building Resilience and Adaptation to Climate Change
Designing buildings that can adapt to changing climate conditions and promote resilience
Module #17
Sustainable Construction and Deconstruction
Best practices for sustainable construction, deconstruction, and waste management
Module #18
Life Cycle Assessment and Environmental Impact Analysis
Conducting life cycle assessments and environmental impact analyses to evaluate building sustainability
Module #19
Embodied Carbon and Material Ecology
Analyzing embodied carbon and material ecology to reduce environmental impact
Module #20
Sustainable Design for Water and Sanitation
Designing buildings that incorporate sustainable water and sanitation systems
Module #21
Building Management and Operations for Sustainability
Optimizing building operations and management to reduce environmental impact
Module #22
Case Studies in Advanced Sustainable Design
Real-world examples of buildings and projects that exemplify advanced sustainable design principles
Module #23
Designing for Net Zero Energy and Carbon
Strategies for designing buildings that achieve net zero energy and carbon status
Module #24
Sustainable Design for Social Equity and Justice
Designing buildings and communities that promote social equity and justice
Module #25
Course Wrap-Up & Conclusion
Planning next steps in Advanced Sustainable Design and Materials career


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