Energy modeling is a powerful tool to estimate performance and energy usage, but it is important to verify that the building performs as intended. The Recovery School District converts low-performing school buildings into high performance charter school buildings. This program describes measures taken at one New Orleans parish school from a design and post-occupancy energy modeling perspective. This presentation shows how important post-occupancy verification is because energy usage and operating costs were both significantly higher than modeled data suggested it should be for the first three years of operation. Find out what measures were taken to identify and correct the operational problems.
Energy modeling is a good predictor of average building performance; however, some buildings do much better than anticipated, and nearly an equal number perform worse than anticipated â€“ sometimes much worse. Why? Sometimes it is that the building is not being used to its designed capacity because of uninformed occupants or facility managers. This programs look at strategies to incorporate operations and maintenance into the design and construction phase. It also looks at how to keep the design and construction teams involved during the operations and maintenance period of occupancy.
Material disclosure. Transparency. Legal responsibilities and duties. Are architects contractually obligated to explain all hazards and potential risks associated with a specified material to their client and potential end user? The law is unclear at this time. Listen to the discussion about the evolving Standard of Care, the difference between hazards and risks, how knowledge affects our duty to warn, how the Precautionary Principle guides architects to disclosure and things you may consider in future HPDs. This discussion is in its infancy but keep an eye on it because transparency may change your Standard of Care.
Hood River Middle School has taken a radical approach to its curriculum. This unit discusses how itâ€™s the middle school campus drives the curriculum that features a net zero energy facility, transparent education and permaculture. Students were involved in the design of structures that drove their education in math, science, food and conservation. But their education often went home as well where they became more involve d in the community. Something that started very small became something very powerful and exciting for the students and the community. Listening to this program will inspire you to use some of these concepts in your next school project.
Our jobs and skillsets are changing with adoption of different technologies. Weâ€™re doing fewer routine tasks and more non-routine cognitive tasks. This is also associated with increased stress. Have we modified our interiors to reflect our changing job functions? Lighting, views, sounds and workspace orientation can all be calculated to improve productivity and reduce stress. This program discusses how interiors impact our performance, what stress is and why it can be good for productivity. We also look at the negative impacts of stress on health and productivity. Research is indicating just how important our work environment is to our health.
This course will provide a behind the scenes look at what the USGBC technical staff does to support the LEED certification process, and will introduce new offerings from GBCI such as the LEED Coach program and the Proven Provider program.
This course will identify peer-reviewed scientific literature that pertains to health and building materials across the life cycle, and will analyze this body of literature to determine trends in research.
This course will discuss LEED v4 Credit EA: Demand Response, including the creditâ€™s intent, requirements, and efforts to drive the adoption of demand response and permanent peak load reduction in commercial buildings.
This course will help you to understand the hazards of climate change and the associated risks for the built environment. You will learn how to assess the risk and vulnerability of specific climate change hazards, and identify best practices to increase resilience and build adaptive capacity.
This course will use two case studies to identify lessons learned in sustainable design, including the energy potential and cost impacts of renewable energy systems, how the economics of net-zero energy drive design decisions, and how energy modeling, airflow modeling and daylighting simulation incorporated into an integrated design process can optimize performance.