Senior staff responsible for:• Teaming with a multiple university international consortium to develop FLASH cancer therapy• Capital/Congressional line-item development and various infrastructure programs• Dynamic radiography reliability program• Consultant/subject matter expert Linear Induction Accelerator (LIA) technology• Conceiving/leading scientific/engineering aspects of the Optical Transconductance Varistor (OTV)Lead Experimenter/Principal Investigator/co-Principal Investigator• Compact directional neutron source using compact accelerator technology • Dielectric Wall Accelerator (DWA) cancer therapy CRADA• DWA experimental proof of concept and development• DARHT-II induction LINAC multipulse Bremsstrahlung target development• High gradient accelerator and insulator development• Magnetically delayed high-power switching• Ferroelectric cathodes• Multipulse velvet and plasma cathodes• Multi-kHz operation of an induction LINAC used to demonstrate a 2 GW mm-wave FEL• Energy sweep reduction for ultra-stable electron beams in induction LINACs• Dielectric lifetime• Induction accelerator vacuum gap breakdown suppression at high repetition rate• Induction LINAC driver development• Multi MW high power magnetic modular and associated systems

Lead development and implementation of ion beam components for ion implanters used in the semiconductor industry. Manage staff.

Sandia National Laboratory sponsored research on high voltage/high rep-rate/high power vacuum spark gap switching leading to a Ph.D.

Laboratory sponsored graduate student intern developing high voltage transformers and magnetic switching technology leading to an MS degree.

Physicist responsible for pulsed power diagnostics and modeling/implementing performance upgrades for pulsed, terawatt class generators used for intense generation of x-rays.