James Stolken

Vice President, Devices & Process Engineering at Atomic Machines

James Stolken has had a long and varied career in the engineering field. James began their career in 1984 as an Engine Room Supervisor and Engineering Laboratory Technician in the US Navy. In 1986, they were promoted to Division Leading Petty Officer, where they were responsible for the radiological controls associated with the nuclear propulsion plant repairs of the ten submarines assigned to Squadron Three. In 1990, they moved to Berkeley Lab, where they devised computer simulations of viscous flow and diffusion processes in glasses and ceramics. In 1992, they joined UC Santa Barbara as a Research Assistant, where they planned and conducted experiments to study the influence of impurities upon the fracture behavior of metal-ceramic interfaces. In 1997, they joined Lawrence Livermore National Laboratory as a Materials Scientist, where they conceived, developed, and delivered internally and externally funded multidisciplinary scientific projects. Finally, in 2022, they joined Atomic Machines as the Director of Devices.

James Stolken began their educational journey at Antelope Valley College in 1988, where they completed a Transfer Curriculum in Engineering. James then attended the US Navy Nuclear Power School from 1982 to 1983, where they earned a Nuclear Propulsion degree in the S5G prototype field of study. In 1990, they obtained a Bachelor of Science (B.Sc. - Honors) in Materials Science and Engineering from the University of California, Berkeley. James continued their education at UC Santa Barbara, where they earned a Doctor of Philosophy (Ph.D) in Materials in 1997. In 2015, they completed a Fellowship at the Scowcroft Institute of International Affairs at Texas A&M University, where they studied at the Bush School of Government and Public Service.

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San Francisco, United States

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Atomic Machines

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Atomic Machines is doing something truly epic: inventing the future of how things are made. And a glorious future it will be. They envision an era of atomically precise manufacturing (APM), essentially 3D printing anything at the molecular level, making anything from its digital description, blurring the line between bits and atoms. Their first move on the long journey to this APM future is in the realm of microfabrication, making mechanical devices with features sized in the single-digit microns scale. Their fabrication technology will be full-stack and 100% automated and data-driven.


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51-200

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