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Learn about the most innovative and cost-effective renewable energy technologies for sustainable architecture and how they can benefit your building design.
Learn how building automation and control systems (BACS) can improve indoor air quality (IAQ) and energy efficiency in sustainable architecture.
Learn how wind turbines can be incorporated into urban design without compromising safety and noise levels, and what are some of the benefits and challenges.
Learn how to incorporate indoor air quality and ventilation standards and guidelines in your design process for sustainable architecture.
Learn how to design and manage rainwater systems for urban architecture. Discover best practices for water efficiency, quality, and integration.
Learn some tools and methods to quantify and convey the carbon impact of your sustainable architecture projects, and how to use them to inform your design…
Learn how to use thermal mass to reduce cooling needs and create a comfortable indoor temperature in hot and dry climates. Discover the best materials and…
Learn about the best practices for indoor environmental quality (IEQ) in sustainable architecture and how they can benefit people and the environment.
Learn how green building materials can foster innovation, partnerships, skills, and justice across disciplines and sectors in sustainable architecture.
Learn how to integrate building performance simulation (BPS) with other design tools and methods for sustainable architecture, such as BIM or parametric design.
Learn about the basics, benefits, challenges, and innovations of solar photovoltaic (PV) technology in sustainable architecture.
Learn how to use material selection, design for flexibility, design for disassembly, and design for service to apply circular economy principles to your retrofit…
Learn how parametric design, BIM, sensor networks, AR, and AI can help architects create more sustainable buildings.
Learn how to update and validate your life cycle assessment and costing models and assumptions over time for sustainable architecture.
Learn how to educate and engage your clients and users on water conservation and stewardship with water-efficient design strategies and solutions.
Learn how architecture can sequester carbon by using low-carbon or carbon-negative materials and technologies, and what are the policies and incentives that support…
Learn best practices for estimating the lifecycle cost of green building materials using a lifecycle cost analysis (LCCA) for sustainable architecture projects.
Learn how to apply circular economy principles to the construction and demolition of buildings, and what benefits they can bring for the environment, the economy…
Learn how passive solar design can reduce energy consumption and improve comfort in cold climates, and what are the main factors to consider.
Learn how to use LCA, LCC, SROI, user feedback, POE, and certification to measure the social and economic value of retrofit and renovation projects.
Learn how BIPV systems, or building integrated photovoltaics, can create unique and innovative designs that generate electricity and improve the performance of…
Learn how green building materials can improve indoor air quality and occupant health in sustainable architecture. Find out what they are, how they work, and how to…
Learn how smart meters, sensors, BIM, IoT, AI, ML, cloud computing, big data, AR, and VR can help you design and operate more sustainable buildings.
Learn how building performance simulation (BPS) can help you design and optimize sustainable architecture in relation to climate change challenges and opportunities.
Learn how adaptive reuse can preserve heritage, save resources, and revitalize urban spaces in sustainable architecture, and discover some best practices for…
Learn what BEMS is, why it matters for green buildings, and how to select the best software for your project. Compare features, benefits, and challenges of…
Learn how to preserve heritage and improve efficiency by retrofitting historic buildings. Discover the current policies, incentives, best practices, and examples.