CITRIS and the Banatao Institute

Creating information technology solutions for society's most pressing challenges

UC Berkeley

The headquarters of CITRIS and the Banatao Institute are located in Sutardja Dai Hall (SDH) on the UC Berkeley campus. Specially designed to house this interdisciplinary research institute, the building contains 141,000 sq. feet of laboratory space for collaborative research, faculty offices, the 149-seat Banatao Auditorium, conference rooms on each floor, and modern classrooms. SDH also hosts the CITRIS Invention Lab, a rapid prototyping space used by UC entrepreneurs in our CITRIS Foundry startup accelerator program and the student maker community. The Marvell Nanofabrication Laboratory occupies a two-story, 15,000-square-foot wing of Sutardja Dai Hall where academic and industry researchers develop prototypes for new biosensors, photonics devices, and other MEMS/NEMS sensors. SDH is equipped with hundreds of sensors and sophisticated systems for building management that form a living laboratory on campus for energy research and proof-of-concept demonstrations.

Contact CITRIS and the Banatao Institute, UC Berkeley

  • Year

  • Type

  • Research Initiative

Justin Short

Justin Short is an M. Arch candidate of the University of California, Berkeley. The John K. Branner Fellowship affords a year of independent study and travel. His proposal examines the physical implications—collateral architecture, urbanism, and infrastructure—of varied postures in material provenance.

Joan Walker

Joan Walker’s research focus is behavioral modeling, with an expertise in discrete choice analysis and travel behavior. She works to improve the models that are used for transportation planning, policy, and operations.

Evan Variano

Professor Variano’s teaching and research focus on environmental fluid mechanics & the physics of fluid motion in the environment. This includes a variety of phenomena on a variety of scales, from microscopic mixing to the coupled ocean-atmosphere system that transports heat and Carbon Dioxide around the globe. An understanding of fluid mechanics is crucial for an engineer whose goal is to restore or preserve a natural environment (e.g., wetlands, rivers, or the ocean) or design a system in which water or air flow must be controlled (e.g., ventilation, treatment, or turbomachinery).