| Miriam John | |
| Workplaces: | Sandia National Laboratories |
| Alma Mater: | Princeton University Tulane Rice University |
| Thesis Title: | Electrochemical characterization of heterogeneous optically selective catalysts |
| Thesis Url: | https://worldcat.org/en/title/39260562 |
| Thesis Year: | 1977 |
Miriam E. John is an American engineer who is a policy advisor and former vice president of Sandia National Laboratories. She is an expert in nuclear weapons and chemical defence. In 2022, she was awarded the Lawrence Livermore National Laboratory John S. Foster, Jr. Medal and was elected Fellow of the National Academy of Engineering.
John earned her bachelor's degree at Rice University. She moved to Tulane University for her master's degree, and Princeton University for her doctorate. Her doctoral research considered the characterization of optically selective catalysts.[1]
In 1978, John joined the Sandia National Laboratory California Division, where she led the Test and Evaluation of nuclear weapons as well as Systems Analysis. She was appointed to her first management position in 1982, where she oversaw thermal and fluid analysis. W89/SRAM II, which John worked on, was the last weapon development program in the Lawrence Livermore National Laboratory before the fall of the Berlin Wall. Several of the warheads John designed were eventually produced, and eventually she was made responsible for studying and assessing nuclear weapons.[2]
In 1999, John was made Vice President of Sandia National Laboratories, a position which she held until 2006. After retiring, John joined the advisory board of the United States Department of Defense and the Nuclear Science and Security Consortium. She has served as chair of the California Council on Science and Technology.[3] She encouraged the Department of Defense to make use of big data and new technologies to counter nuclear proliferation.[4]
In 2022, John was elected to the National Academy of Engineering.[5]