Building standards and conventional practice are all about ’reducing the negative‘ — but what if the goal is to ’enhance the positive‘ instead? Aiming to create environments that are not only comfortable and healthy, but are connected to nature, provide a sense of place, and are a delight to be in. Designing for experience requires us to embrace a broader view of experiential aesthetics, going beyond the primacy of vision to recognize broader sensual qualities that contribute to the beauty and memorability of space.
Innovation is all about answering the question: “What if?” For example, what if we could transfer the latest research for monitoring and controlling building environments to vehicle environments? Questions like this are driving the future of mobility for Lear Innovation Ventures, a new CBE partner focused on accelerating the pace of innovation and collaboration around autonomous, connected, electrified and shared mobility trends.
This spring CBE’s research team received funding to support two new projects that will create new ways to gather, analyze and monetize data from commercial buildings, yielding energy cost savings and more comfort for building users.
Companies aspiring to sustainability and wellness have focused on managing workplace indoor environmental quality (IEQ), however undertaking IEQ measurements in a reliable manner can be challenging. In this post we discuss why continuous monitoring technologies are ideal for evaluating building IEQ performance.
Researchers from CBE and our collaborators from SinBerBEST (a Berkeley-Singapore research collaboration) were awarded all three 2018 Best Paper Awards given by Building and Environment, an international journal that publishes original research related to building science and human interaction with the built environment.
At the 2019 ASHRAE Winter Conference on January 12th-16th, several CBE faculty, researchers, students and alumni will present recent results and demonstrate new design tools. For those of you not able to attend you can view the PDFs in this blog post.
CBE Researchers Present New Methods for Design-phase Analysis of Daylighting, Ventilation and Comfort
The gap between predicted and measured building performance poses an ongoing challenge for design teams and other building industry stakeholders. Because reliable methods for predicting building performance are critical to addressing this challenge, students, researchers and faculty at CBE are developing and testing new approaches to building performance simulation. In this post we describe recent and upcoming papers that discuss new and innovative simulation methods.
Now in its twelfth year, the Livable Buildings Award recognizes projects that demonstrate high occupant satisfaction, excellent design, and innovative operation strategies. This year, we are pleased to announce the Rocky Mountain Institute Innovation Center as the top winner, with an honorable mention for the Pomona College Millikan Science Building.
We launched a new suite of free and publicly available online resources to facilitate academic and professional studies of thermal comfort in buildings. These tools can be used to inform questions about thermal comfort, and to encourage the design of climate-responsive and comfortable low energy (and ZNE) buildings.
CBE research has quantified what we all know intuitively: ceiling fans can provide acceptable comfort at temperatures that otherwise would be stifling. This enables passive solutions in milder climates, and may reduce the reliance on air conditioning in climates where passive solutions alone are not sufficient.