EECS Professor Emeritus Theodore “Ted” Van Duzer passed away peacefully in his sleep on October 24th. He was 95. Ted was born in Piscataway Township, New Jersey in 1927. At 17, he joined the Navy as a radio technician, his entrée into a career in electrical engineering. With assistance from the G.I. Bill, he earned a bachelor's degree at Rutgers University, a master’s degree at UCLA, and a Ph.D. from the Department of Electrical Engineering and Computer Sciences at UC Berkeley where he served on the faculty from 1961 to 2014. Ted was co-author of two books, “Principles of Superconductive Devices and Circuits” and “Fields and Waves in Communications Electronics.” He was an IEEE Life Fellow, co-founder of Conductus, and an inductee into the National Academy of Engineering. In spite of his many professional honors, however, of most importance to him was his family and the many lifelong friendships with his Ph.D. students, visiting researchers, and ASC/IEEE colleagues. A memorial will be held at the First Presbyterian Church of Eureka on December 30th at 2:00 pm. In lieu of flowers or gifts, the family asks that donations be made to the church. If you would like to support the university in honor of Prof. Van Duzer, please reach out to gifts@eecs.berkeley.edu to learn more about the Ted Van Duzer Endowed Professorship.

We need your help!  An effort is underway to restore the legacy of Berkeley EE Prof. Joseph Gier to the campus community. Gier, who was the first African American professor to earn tenure at the University of California, taught and ran a lab in Cory Hall between 1939 and 1958.  He held eight patents, ran a company that produced a variety of instruments to measure and harness solar radiation, and presented a paper at the first-ever international conference on solar energy. Raised in Oakland by a single mother who worked as a domestic, Gier earned two degrees at Berkeley before becoming a lecturer.  He remained at Berkeley for almost his entire career and was honored for his work as a civil rights activist. Yet despite being the first tenured Black professor to teach in a STEM field at a top tier, primarily white university in America, Joseph Gier disappeared from our record books until four years ago. We are asking the EECS community to come together to help us give this extraordinary man the recognition he deserves. Donations to the Joseph Gier Memorial Fund will sponsor a statue of Gier, created by Oakland artist Dana King, to be unveiled in the Blum Hall courtyard on September 20th.  Please help us correct an historical oversight and restore Gier to his rightful place in the Berkeley narrative!

NASA astronaut and EECS alumnus Warren “Woody” Hoburg (M.S.’11, Ph.D.’13 EECS) was interviewed by The Robot Brains Podcast while aboard the International Space Station (ISS). CS Professor Pieter Abbeel, who is the brains behind the podcast as well as Woody’s Ph.D. advisor, interviewed Woody about life on the ISS, the scientific experiments being conducted in the low-orbit space station, living in a weightless environment, and the promising impact ISS research could have on humanity. “As a young kid, I thought being an astronaut would be the coolest job. I had no idea how to achieve that goal. It seemed far too improbable of a goal to set my heart on. But I could pursue things I found interesting and challenging and pursue passions. You enabled one of those… I can’t thank you enough for your open-mindedness. I’m so lucky and blessed to have this opportunity.”

Professors Ana Arias and Kristofer Pister were featured in the Spring 2023 issue of Berkeley Engineer, showcasing their recent development of a tracking system for agricultural land which uses a novel printed sensor array and a wireless communications platform. The technology, dubbed the SmartStake system, uses stake-mounted sensors to provide an inexpensive alternative to cavity ring-down spectroscopy, a state-of-the-art but far more costly method for measuring gases like nitrous oxide, a greenhouse gas that plays a role in climate change. They hope their system, co-developed with Whendee Silver, Professor of Ecosystem Ecology and Biogeochemistry, may someday transform biofuel agriculture by enabling farmers to fine-tune agricultural practices to lower nitrous oxide emissions, while also optimizing fertilizer and irrigation usage. Berkeley Engineer is published twice yearly by Berkeley Engineering’s Office of Marketing & Communications and distributed to more than 50,000 alumni, faculty, donors and friends, highlighting the excellence of faculty, alumni and students and bringing their work to life through news and research stories.

The UC Board of Regents today voted to establish UC Berkeley’s College of Computing, Data Science, and Society (CDSS), the campus’s first new college in more than 50 years. The vote is the result of a three-year process to transform the Division of Computing, Data Science and Society into a college, which, in its new organizational structure, will be able to more effectively form new programs and partnerships, support instruction and research and foster identity and community among faculty, students and alumni. The college includes the Data Science Undergraduate Studies program, the Department of Statistics, the Berkeley Institute for Data Science, the Center for Computational Biology and the Bakar Institute of Digital Materials for the Planet. CDSS shares the Department of Electrical Engineering and Computer Sciences with the College of Engineering, the Social Science Data Lab (D-Lab) with the Social Sciences division, and the Computational Precision Health program with UC San Francisco (UCSF). “We are thrilled to announce a new college at Berkeley that connects our excellent research and education in computing, data science and statistics with the many data-intensive disciplines across our campus,” said Chancellor Christ. “Infusing the power of data science across multiple disciplines, from basic and applied sciences to the arts and humanities, will help us to fully realize its potential to benefit society, help address our world’s most intractable problems, and achieve our most visionary goals. At Berkeley, we have the opportunity and responsibility to educate data science students from diverse backgrounds to become the ethical leaders we need in private industry, the public service sector, and education.”

CS Professor Shafi Goldwasser has been elected as a Foreign Member of the Royal Society, the UK’s national academy of sciences. Goldwasser joins a cohort of eighty researchers, innovators and communicators from around the world as the newest Fellows of the Royal Society. Fellows are selected “for their substantial contributions to the advancement of science … ” Goldwasser is known for her seminal work in cryptography, for which she won the Turing Award in 2012. Foreign Members of the Royal Society join the ranks of Stephen Hawking, Isaac Newton, Charles Darwin, Albert Einstein, Lise Meitner, Subrahmanyan Chandrasekhar and Dorothy Hodgkin.

The 9th Annual Berkeley-Stanford Women in EECS research meetup took place on Saturday, April 29th in the Wozniak Lounge, Soda Hall. The meetup offers all female-identifying, transgender, non-binary, and gender non-conforming graduate students a chance to learn about each other’s research and to network with alums from industry and academia. The daylong event featured a panel of faculty from both Berkeley and Stanford, as well as recent alums in industry. Throughout the day graduate students presented their research highlights. Stanford EE Assistant Professor Dorsa Sadigh (EECS Ph.D. ‘17), gave a keynote speech. The meetup marked the 45th anniversary of Berkeley’s Women in Computer Science and Electrical Engineering (WiCSE). Professor Susan Graham, the first woman appointed to the CS faculty in 1971, shared remarks on the history and value of WiCSE. “What a wonderful group of students!" said Graham. "I was impressed with the brief research talks, and with the conversations I had."

EECS Alumna Leslie Field (Ph.D. ‘91, M.S. ‘89) was featured in The New Yorker, highlighting a novel approach to combating one of the most proximate effects of climate change: the melting of polar ice caps and mountain glaciers. In work formalized in Earth’s Future, a journal of the American Geophysical Union, Field and her colleagues applied a thin layer of glass microspheres on top of a frozen lake and demonstrated that such materials can slow the melting of ice over the thawing season by absorbing additional solar radiation. These methods proposed by Field and promoted by her non-profit organization, Ice911, aim to address the near-term effects of climate change by delaying melting ice and therefore sea level rise, knowing “that their approach [is] not a substitute for the larger undertaking of cutting climate pollution to near-zero. … ” The article further raised probing and vexing questions about the costs, benefits, and complex moral calculus of this and other proposed large-scale geoengineering projects aimed at the climate crisis, such as whether those efforts may unfairly burden indigenous communities in the Arctic or inadvertently deprioritize other environmental concerns brought on by introducing new substances into delicate ecosystems. “Action is risky, but so is inaction; geoengineering highlights the tension between speed and safety […] meanwhile, the climate crisis will grow more urgent with every day that passes—until, one day, the melting of the cryosphere makes our questions moot.”

The College of Engineering held a groundbreaking ceremony for its new Engineering Center on April 21. The new building, which is scheduled for completion in 2025, will be a hub for student collaboration, innovation, and entrepreneurship. The building will serve as a space for students across different disciplines and perspectives to connect, learn from each other, and build community. Thus far, 85% of the funds required to complete the project have been raised through the support of the Engineering Advisory board and key benefactors. The ceremony was attended by hundreds, including faculty, staff and students, and featured remarks by Dean Liu and Chancellor Christ. “We need to provide intellectual and actual physical space for engineers to become entrepreneurs, for climate scientists to partner with public health experts, and for computer scientists to work with legal scholars,” said Chancellor Christ. “This will be a place of possibility where, each year, thousands of engineering students and their peers from across the campus will converge, hear diverse perspectives, and skills will be melded, multiplied and brought to bear on the biggest challenges of our day, from climate change to global health to misinformation.”

In honor of Women’s History Month, Berkeley EECS and BART worked together to Embrace Equity in STEM. Over the course of 50 years, both organizations have strived to be engines of societal change and social mobility, and they continue to do so today: BART, by providing fast, reliable transportation to the public; Berkeley EECS through its mission to educate leaders, create knowledge, and serve society. The World Economic Forum has estimated that only 20% of engineering graduates are women, and women of color represent only 2% of all engineering professionals. Women are particularly underrepresented in leadership roles, comprising 24% in technology and 16% in infrastructure. To bridge the gap, Berkeley EECS is committed to promoting access to education and careers in STEM for women and girls. BART is a vital part of the transportation infrastructure in the Bay Area, and it plays a key role in ensuring that everyone has access to education and impactful careers in STEM. EECS Chair Claire Tomlin served as a special guest and ambassador for women in engineering, and participated in a panel discussion with BART engineers and Berkeley Engineering alumnae to promote early access to education for young women aspiring to make a greater impact on society. “It’s important that there are women role-models and people you can relate to,” said Professor Tomlin. “The number of women in engineering is still too low and I think we should be striving for a percentage of women that’s representative of the population.”