Architects of Wireless and Silicon Honored by Engineering Hall of Fame

SANTA CLARA, Calif. – February 13, 2026 – The Silicon Valley Engineering Council (SVEC) has announced it will induct two titans of technology, whose foundational work underpins modern wireless communication and advanced computing, into its prestigious Hall of Fame. Dr. Andrea J. Goldsmith, a pioneer in wireless systems, and Dr. R. Fabian Pease, a trailblazer in semiconductor miniaturization, will be formally honored at a ceremony on March 6, 2026.

The induction recognizes decades of transformative contributions that have not only shaped Silicon Valley but have also fundamentally altered how the world connects, computes, and innovates. Their careers exemplify the region's celebrated cycle of academic research, entrepreneurial success, and dedicated mentorship.

The Mind Behind Modern Connectivity

Every time a user streams a movie over Wi-Fi or makes a clear cellular call, they are experiencing the legacy of Dr. Andrea J. Goldsmith's work. A renowned academic leader and entrepreneur, Dr. Goldsmith is currently the President of Stony Brook University, following a distinguished tenure as Dean of Engineering at Princeton University and a long, impactful career as a professor at Stanford University.

Her research laid the mathematical and technical groundwork for the reliable, high-speed wireless networks that are now ubiquitous. She is a key innovator behind adaptive modulation, a technology that allows wireless devices to dynamically adjust their data transmission speed based on network conditions. This breakthrough dramatically improved network stability and efficiency, paving the way for the Internet of Things (IoT) and countless connected devices. Furthermore, her contributions to multi-antenna (MIMO) systems were instrumental in boosting the capacity and range of wireless communications, forming a cornerstone of modern Wi-Fi and 4G/5G cellular standards.

Dr. Goldsmith's impact extends beyond theoretical work. She translated her academic research into commercial success by co-founding two influential startups. In 2005, she co-founded Quantenna Communications, which developed silicon chipsets that enabled high-speed, high-definition video distribution over Wi-Fi—a feat many in the industry once considered impossible. Later, she co-founded Plume Wi-Fi in 2010, a company focused on creating intelligent, software-defined wireless networking technology. With 38 patents to her name, her inventions are embedded in the core infrastructure of our digital world. Her immense contributions have been recognized with the Marconi Prize, the highest honor in telecommunications, making her the first woman to receive the award.

Shrinking the World, One Chip at a Time

While Dr. Goldsmith was revolutionizing how data travels through the air, Dr. R. Fabian Pease was perfecting the microscopic world of silicon upon which all digital technology is built. As the William E. Ayer Professor of Electrical Engineering, Emeritus, at Stanford University, Dr. Pease dedicated his career to the relentless pursuit of making computer chips denser, faster, and more energy-efficient—a mission that directly enabled the exponential progress described by Moore's Law.

His journey began at Cambridge University, where his doctoral research involved building a superior scanning electron microscope (SEM) and, in the process, demonstrating what is now recognized as a form of nanoscale 3-D printing. This early work set the stage for a career at the forefront of microfabrication. At Bell Labs, he led a group that pioneered the use of electron beam lithography for manufacturing integrated circuits, a technique that became an industry standard for creating the ultra-precise masks used to pattern silicon wafers.

One of his most critical innovations at Stanford was the invention of the microchannel heat sink. As transistors shrank and were packed more densely onto chips, managing the immense heat they generated became a fundamental barrier to progress. Dr. Pease's invention provided a highly effective method for cooling these powerful chips, a breakthrough that remains relevant in high-performance computing today. He also co-founded Brion Technologies, a company specializing in computational lithography that helps chipmakers predict and correct for manufacturing distortions at the nanoscale. The company's success and subsequent acquisition by semiconductor equipment giant ASML underscore the critical importance of his work to the industry.

A Legacy of Mentorship and Leadership

Beyond their specific technological breakthroughs, both Dr. Goldsmith and Dr. Pease have built an enduring legacy through education and mentorship, cultivating generations of engineers who continue to push the boundaries of innovation. Their parallel paths through academia have left an indelible mark on some of the world's top engineering programs.

During her time at Stanford, Dr. Goldsmith mentored 27 doctoral students and 23 postdoctoral scholars. As Dean of Engineering at Princeton, she spearheaded a major expansion of the faculty and student body while launching new interdisciplinary institutes in fields like bioengineering and robotics. She is also a fierce advocate for diversity and inclusion in STEM, having founded and chaired the IEEE's Committee on Diversity, Inclusion and Ethics, earning her an induction into the IEEE TAB Hall of Honor for her efforts.

Similarly, Dr. Pease's influence at Stanford is measured not only in his research but also in the more than 50 PhD students he guided throughout his career. His mentorship has been so profound that an endowed professorship at the university, the "Pease-Ye Professorship," was named in his honor. His research groups were responsible for numerous pioneering demonstrations, including some of the first uses of the scanning tunneling microscope for lithography.

A Testament to Silicon Valley's Spirit

The induction of Dr. Goldsmith and Dr. Pease into the Silicon Valley Engineering Hall of Fame serves as a powerful statement about the values the region holds most dear: deep technical expertise, bold entrepreneurial vision, and a commitment to fostering future talent. The honor celebrates not just a single product or company, but a lifetime of foundational work that created entire ecosystems of technology.

Their careers reflect the symbiotic relationship between academia and industry that has long defined Silicon Valley's success. Both laureates have moved seamlessly between university laboratories, iconic research institutions like Bell Labs, and the fast-paced world of startups, using insights from each sphere to fuel innovation in the others. Their recognition by the SVEC reaffirms that the most profound technological advancements are often the result of sustained scientific inquiry and a dedication to solving fundamental problems. As the industry continues to evolve, the legacies of Andrea Goldsmith and Fabian Pease provide a timeless model for engineering excellence and lasting impact.