CITRIS Foundry event welcomes spring 2020 cohort

The new spring cohort of CITRIS Foundry teams was announced February 13 at a Foundry event featuring Rich Lyons, UC Berkeley’s first-ever Chief Innovation and Entrepreneurship Officer. The 32 teams cover deep tech fields from AI and engineering systems to materials science and biotechnology, tackling issues including health care, energy and the environment, transportation, and sustainable infrastructure.

Kris Pister appointed new faculty director to Marvell NanoLab

Kris Pister, professor of electrical engineering and computer sciences and a co-director of the Berkeley Sensor & Actuator Center, has been named the new faculty director of the UC Berkeley Marvell Nanofabrication Laboratory (NanoLab), located at CITRIS. The appointment, which became effective Jan. 2, brings in a veteran user known for his advances in microelectromechanical systems (MEMS) to head the cutting-edge facility.

Targeting the Caravan: Debunking an Anti-Migrant Video Spread as U.S. Right-Wing Propaganda

The gross misrepresentation of events exemplified in this tweet came to my attention during my involvement in a research project between the CITRIS Policy Lab and the Human Rights Center at UC Berkeley which analyzed thousands of tweets from the top 10 most influential bot and non-bot accounts spreading anti-migrant propaganda on Twitter leading up to the 2018 U.S. midterm elections.

Meet the 2020 Women in Tech Initiative Athena Awards Winners

A pioneering woman in AI and Machine Learning, the first woman to receive tenure in her field at UC Berkeley, a computer scientist and digital activist challenging bias in decision-making software, and an organization that has introduced 185,000 girls to coding and computer science. The winners of this year’s Women in Tech Initiative Athena Awards represent a wide range of talents and contributions to the tech field and exemplify the goals of our program.

Hamilton Sensors: How to make buildings smarter

Detecting temperature, humidity, or occupancy can make buildings “smarter.” The information can lead to reductions in energy consumption and improve the comfort of occupants by responding to energy demands in real time. We commonly see a single thermometer or humidity sensor per room, which can only provide limited information. What about deploying many cheap and disposable sensors to capture more granular data about buildings and energy use patterns?