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.
This spring, CBE’s research team was joined by post-doctoral researcher Thomas Parkinson, a leading expert on thermal perception in dynamic environments. Thomas earned his Ph.D. at the University of Sydney where he studied with long-standing CBE research collaborator Prof. Richard de Dear. He later became a lecturer there until his journey east to UC Berkeley.
Project Scientist Fred Bauman recently received the ASHRAE Fellow award, a recognition for those who have distinguished themselves in the HVAC industry. His contributions are based on the extensive research on UFAD that he directed at CBE, leading to deeper knowledge and guidance for these advanced HVAC systems. Recently, he has led a similar efforts to address thermally massive radiant systems.
CBE’s research mission is supported largely by a talented group of graduate students and visiting student scholars from abroad. This spring, several student team members received merit-based scholarships that will support their studies and participation at professional conferences.
Since CBE’s launch in 1997, collaborations with industry and government partners have been central to our work, and have led directly to many of CBE’s most important and far-reaching results. The center began then with ten partners, a requirement set by the National Science Foundation, for funding as an Industry/University Collaborative Research Center; membership has grown in recent years to almost 40 members.
CBE Director Edward Arens and Research Specialist Hui Zhang made a visit to China this summer to explore new research opportunities with several leading universities and a developer of residential towers. The trip was organized by former CBE visiting scholars who made important contributions to CBE’s work, who are now developing new research laboratories and programs China, leading research of relevance to CBE and its industry partners.
Last fall we were impressed by a presentation by Ali Ghahramani, who at the time was completing his PhD dissertation in engineering at USC, related to adaptive sensing and learning for human-centered HVAC operations, using human subject test data. Ali’s technical abilities and the relevance of his studies made him an ideal addition to CBE’s research team, and he joined us this spring as a post-doctoral researcher.
Kyle Konis received a Ph.D in Architecture with UC Berkeley’s Building Science Program in 2011. He is now an Assistant Professor of Architecture at USC, and recently completed a book, co-authored with Stephen Selkowitz, Effective Daylighting With High-Performance Facades, Emerging Design Practices. In our interview he discusses how he is working to bridge the gap between building science research and design practice.
The connection between sensors, devices and humans is at the heart of the emerging Internet of Things (IoT) in commercial buildings, and represents intriguing research opportunities for Jovan Pantelic, who joined CBE as a research specialist in the fall of 2016. As sensors become more advanced and lower in cost, it may enable the type of “ubiquitous” sensing that has been anticipated already for many years.
CBE Director Edward Arens, PhD, came to UC Berkeley in 1980 and soon founded the Building Science Group. In this interview he reflects on major milestones in the formation of CBE’s organization and contributions.