Learning Objectives
5 objectives- Understand and evaluate various sustainable building materials and their environmental impacts.
- Develop proficiency in Building Information Modeling (BIM) for efficient design and collaboration.
- Analyze design principles for high-performance building envelopes and smart building technologies.
- Investigate strategies for achieving net-zero energy buildings and resilient building design.
- Apply knowledge of advanced HVAC systems and green infrastructure to enhance building performance.
Content Outline
PreviewUnit 4295: Advanced Sustainable Building Technologies and Design
1. Introduction to Sustainable Building
- Definition and importance of sustainability in construction
- Overview of environmental impacts and resource consumption
2. Sustainable Building Materials
2.1 Eco-Friendly Materials
- Recycled materials: types, applications, benefits
- Bamboo: properties, sustainability credentials, and uses
- Hempcrete: composition, insulation properties, and environmental benefits
2.2 Comparative Analysis
- Environmental impact assessment of traditional vs. sustainable materials
3. Building Information Modeling (BIM)
3.1 Introduction to BIM
- Definition and scope
- BIM software overview
3.2 Advanced BIM Applications
- 3D modeling and visualization techniques
- Collaboration workflows in design, construction, and operation phases
- Data management and integration
4. High-Performance Building Envelopes
4.1 Design Principles
- Thermal performance and insulation strategies
- Air and moisture control
4.2 Advanced Materials and Techniques
- Use of advanced insulation materials
- Airtight construction methods
- Thermal bridging and its mitigation
5. Smart Building Technologies
5.1 IoT Integration
- Sensors and monitoring devices
- Automation systems for lighting, HVAC, and security
5.2 Energy Optimization
- Real-time energy management
- Predictive maintenance and occupant comfort enhancement
6. Net-Zero Energy Buildings
6.1 Definition and Importance
- Concepts of energy balance and carbon footprint
6.2 Design Strategies
- Passive design techniques
- Renewable energy systems: solar PV, wind, geothermal
- Energy storage solutions
7. Advanced HVAC Systems
7.1 Latest Technologies
- Radiant heating and cooling systems
- Geothermal heat pumps
- Energy recovery ventilation (ERV) systems
7.2 Indoor Air Quality and Energy Efficiency
- Ventilation strategies
- System integration and controls
8. Resilient Building Design
8.1 Principles and Strategies
- Designing for natural disasters (earthquakes, floods, storms)
- Climate change adaptation measures
8.2 Materials and Structural Considerations
- Durable and flexible materials
- Redundancy and safety systems
9. Green Roof and Living Wall Systems
9.1 Benefits
- Improved insulation and thermal regulation
- Stormwater management
- Biodiversity promotion
- Aesthetic and psychological benefits
9.2 Implementation
- Design considerations
- Plant selection and maintenance
10. Unit Summary and Integration
- Review of key concepts
- Interrelationships between topics
- Future trends in sustainable building technologies
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