Advanced Building Skin Design
- BIM 2.0 and Artificial Intelligence: Architectural Design in the Age of AI
- Parametric Design and Digital Fabrication
- Additive Manufacturing and 3d Print of the Building Skin
- Design Methods for Sustainable, High-Performance Building Façades
- Double Skin and Cavity Façades
- Responsive and Adaptive Building Skins
- Biomimetics / Biomimicry
- Intelligent Sensing, Control and Optimization
- Green Walls and Roofs
- Impact of Climate Change on Building Envelope Design
Innovative Products and Technologies for the Building Skin
- Smart Materials for Intelligent Building Envelopes
- Dynamic Glazing / Glass for Advanced Building Skins
- Integrating Solar Technologies into the Building Envelope
- Solar Shading Systems for Enhanced Daylight Control
- Thermal Performance of Phase Change Materials for the Building Skin
- Eco-Materials for the Building Skin
- New Forms of Concrete for Advanced Building Envelopes
- Architectural Membranes for High-Performance Building Skins
- High-Tech Lightweight Building Envelopes
Performance of the Building Envelope
- Forensic Engineering and Architecture: Investigations of Building Skin Failures
- Building Design Optimization / Building Energy Performance Simulation
- Models, Tools and Simulations for Sustainable Buildings
- Optimizing Daylight Performance
- Systems Performance and Benefits of new Construction Materials
- Natural Ventilation and Thermal Behavior of the Building Envelope
- Building Commissioning
- LEED, BREEAM, Passivhaus, Minergie and other Certification Systems
- Cost Engineering and Life-Cycle Cost Analysis
Policies, Finance, Business Models
- Challenges to Policy Implementation / Policies to Overcome Market Barriers
- Market Strategies for Sustainable Buildings
- Commercialization: How to get Sustainable Building Products onto the Market
- Efficiency Improvement Programs for Existing Buildings
- Economic Evaluation of Building Retrofits / Cost Optimization of Façade Renovation