Thomas J. Buckholtz, PhD

Dr. Thomas J. Buckholtz holds a Ph.D. in Physics from the University of California, Berkeley, and a B.S. in Mathematics from the California Institute of Technology. His extensive track record includes significant contributions to business, technology, and government innovation. As part of the U.S. General Services Administration in the early 1990s, he led efforts to catalyze a nationwide grassroots coalition that laid the groundwork for “e-government” and “simplified permitting” for construction permits. At Pacific Gas and Electric Company, Dr. Buckholtz spearheaded a company-wide grassroots innovation program that significantly boosted productivity and teamwork, resulting in annual cost savings equal to 1.5% of corporate revenue. Additionally, he led the development of groundbreaking information technologies at Lawrence Livermore National Laboratory and Teknekron, including an early multi-player computer-based simulation, the world’s first automated document library, and an early personal digital assistant.

In the realm of environmental and societal achievements, Dr. Buckholtz’s efforts have led to the preservation of 7 kilometers of Pacific Ocean coastline in California through his proposal for the Palos Verdes Estates Shoreline Preserve. His initiatives extended to pioneering nationwide grassroots endeavors by a U.S. national political party, and he also helped establish Rotary International’s Donations-In-Kind Information Network, a global service program. His leadership roles include serving as a Commissioner in  the U.S. General Services Administration, co-Chief Iinformation Officer for the U.S. federal government’s Executive Branch, and CIO for GSA.

Dr. Buckholtz’s professional journey spans various industries including aerospace, biotech, computing, and telecommunications, showcasing his versatility as a business advisor, innovation consultant, and educator. He is actively engaged in research across a diverse array of fields such as public policy, technology innovation, and environmental sustainability. His work continues to influence these areas, encouraging collaborative initiatives with researchers to explore new and impactful projects.