Course Outline:

Module 1: Principles of Sustainable Building Design

• Overview of Sustainable Architecture
• Integrating Environmental, Social, and Economic Considerations
• Regulatory Frameworks and Certifications

Module 2: Renewable Energy Sources for Buildings

• Solar Energy Technologies
• Wind Energy Applications
• Geothermal and Biomass Options

Module 3: Optimizing Building Orientation for Energy Efficiency

• Solar Passive Design Principles
• Seasonal Considerations and Sun Path Analysis
• Building Layout and Site Planning for Energy Optimization

Module 4: Energy-Efficient Building Materials and Technologies

• Sustainable Materials Selection
• High-performance Insulation and Windows
• Energy-Efficient HVAC Systems

Module 5: Passive Design Strategies for Natural Lighting and Ventilation

• Daylighting Principles
• Natural Ventilation Strategies
• Indoor Air Quality Considerations

Module 6: Green Roofs and Walls

• Benefits and Applications of Green Roofs
• Designing and Implementing Green Walls
• Ecological and Aesthetic Considerations

Module 7: Renewable Energy Systems for Buildings

• Solar Photovoltaic Systems
• Wind Turbines for On-site Power Generation
• Integration of Energy Storage Systems

Module 8: Case Studies of Successful Sustainable Building Projects

• Global Examples of Sustainable Architecture
• Lessons Learned and Best Practices
• Innovations and Emerging Trends

Module 9: Economic and Environmental Benefits

• Cost-Benefit Analysis of Sustainable Building Practices
• Return on Investment in Renewable Energy Systems
• Life Cycle Analysis and Environmental Impact Assessment

Module 10: Capstone Project - Designing a Sustainable Building

• Applying Sustainable Design Principles
• Integrating Renewable Energy Systems
• Project Presentation and Peer Review