Dr. Shih-Ping Kao is widely recognized for his distinguished contributions to nuclear engineering, particularly in the areas of reactor design and safety analysis. With more than four decades of experience spanning academia, industry and international consulting, he has earned a reputation as a trusted expert and senior principal safety analysis engineer. His extensive technical work and contributions to scientific literature have made him a sought-after authority in the field.
Born in Taiwan, Dr. Kao came to the United States as a high-school foreign student, inspired by the global energy challenges of the 1970s and motivated by a desire to advance safe and reliable nuclear technology. He graduated with highest honors from the Georgia Institute of Technology in 1979 with a Bachelor of Science in nuclear engineering. He went on to earn both a Master of Science and a Doctor of Philosophy in nuclear engineering from the Massachusetts Institute of Technology (MIT) in 1981 and 1984, respectively, supported by a prestigious Charles Stark Draper Fellowship.
Dr. Kao served as a research a ffiliate at MIT until 2007 while simultaneously working as a senior project engineer at Northeast Utilities. During this period, he played a pivotal role in developing analytical tools and securing regulatory approvals essential to the startup of Seabrook Nuclear Power Plant. He also developed the first PC-based pressurized water reactor simulator, a groundbreaking innovation that remained in use at MIT for more than two decades.
Seeking to broaden his leadership and management expertise, Dr. Kao earned an Executive MBA from Columbia University in 1997. He subsequently applied his technical and analytical skills in the information technology sector as an international advocate and senior software architect at Computer Associates. In 2008, he returned to nuclear engineering, contributing his expertise to DeNuke Services, the Nuclear Safety Analysis Corporation and ENERCON in roles focused on advanced reactor safety and regulatory licensing analysis.
Throughout his career, Dr. Kao has demonstrated an unwavering commitment to nuclear safety. As a specialist in reactor safety analysis, he has consistently applied rigorous technical standards and comprehensive analytical methodologies. His dedication to safety-conscious engineering has supported advancements in next-generation nuclear power systems and contributed to improvements adopted in advanced reactor designs deployed internationally.
Dr. Kao is a lifetime member of the American Nuclear Society. Looking ahead, he remains committed to sharing his expertise with organizations worldwide and advancing the safe development of nuclear energy.
