Scott Marshall Email & Phone Number

Tallahassee, Fl, Us

Mechanical engineering, design, development, program management in support of large high field superconducting magnet projectshttp://www.magnet.fsu.edu/magnettechnology/research/magnetprojects/sch_nhmfl.htmlhttp://www.magnet.fsu.edu/magnettechnology/research/magnetprojects/sch_hmi.html

Successfully proposed and secured $3.6 million in funding for high temperature superconductor (HTS) applications technology development from NASA, US Navy and the State of FloridaEstablished a lab facility located at the Florida State University Applied Superconductivity CenterResponsible for day-to-day technical management of scientists, engineers, designers and technicians,; Developed strategic business relationships with the Florida State University Office of Intellectual Property Development and Commercialization, Tallahassee Economic Development Council, Innovation Park, Florida's Great Northwest, Enterprise Florida and other state and local agencies interested in high technology small business developmentDeveloped and patented a quick disconnect termination fitting for superconductor cables for Navy ship degaussing systems;directed development program, including multiple design, prototyping, testing and evaluation cyclesgenerated alternative design conceptsperformed lab-scale sub-component testing and design integration of cryogenic, vacuum and superconducting electrical systems,licensed patent-pending technology to major domestic supplier of superconductor materialsDeveloped novel method for optimizing 2nd generation high temperature superconductors for low current superconducting magnets and current leads for space flight systems, for NASA Goddard Space Flight CenterBuilt and tested a novel, patented, high temperature superconducting magnet using trapped magnetic fieldsDesigned, built and tested superconducting magnets for space applications

2001-2005 - Mechanical Engineer - Pulsed MagnetsDeveloped new technologies for high field pulsed magnet fabrication and assembly utilizing improved materials and fabrication methodsApplied new technologies to the design and construction of the world's first successful 65T and 75T pulse magnets presently in service for scientific users at NHMFL Los AlamosDesigned, developed fabrication processes for prototype repetitively pulsed coil1994-2001 - Mechanical Design Engineer - 900 MHz NMR MagnetMechanical design of the primary structural components of the 900 MHz NMR magnet, including coil forms, lead supports, persistent joint components, fabrication tooling and fixtures. Designed main and quench protection persistent current switches, joint bucking coils, main current cryostat feedthroughs.Designed and supervised construction of epoxy impregnation chambers and heat treatment furnaces used for the 900 MHz Nb3Sn coils. Designed and defined operating procedures for epoxy impregnation chamber and heat treatment furnace control systems. Designed and programmed data acquisition systems for epoxy chambers, heat treatment furnaces, and for magnet system bucket test

M.S, Mechanical Engineering

B, Mechanical Engineering