Instrumentation Engineer for the electromagnetic rail gun and the two stage light gas gun facilities.Lab Manager for the electromagnetic rail gun facility.Designed and installed the control system for the rail gun power supply.Developed computer software to operate control system.Trained technicians to operate the power supply and data acquisition systems.Helped refurbish and install the 18 Mega joule rail gun power supply.Designed and installed instrumentation for diagnostics for the rail gun facility. This included fiber optic trigger and monitoring for the power supply, triggering and monitoring 150KeV x-ray stations, breech and muzzle voltage measurements, B-dot system for measuring velocity and acceleration of projectile in gun, high speed camera and pulsed lamp systems for photographing projectiles at muzzle exit.Installed and aligned five rail guns, including flight and target tanks as needed.Supervise five technicians.Radiation and Laser safety contact for both laboratory facilities.Developed and installed instrumentation for the two stage light gas gun launch facility. This included laser, make screen, and break screen triggers for up to nine orthogonal pair x-ray stations. These include 150, 300, and 450KeV x-ray systems. Installed multiple digital oscilloscopes for monitoring gun data, such as gun pressure transducers, trigger times, and x-ray trigger monitors. Repair as needed the x-ray Marx generator trigger tanks, x-ray heads and their ion pump vacuum systems. Trained two technicians in the operation of the instrumentation system.Treasurer for the ELA (Electric Launcher Association) 2002-2004.

Designed and installed electronics for the biochemical and photochemical laboratory. This included instrumentation for pico-second laser experiments, laser absorption and emission, 5 MeV pulsed Van de Graff accelerator, femto-second laser development, laser flash photolysis, etc. Developed computer software to operate six separate workstations.Developed data analysis software for all the experiments.Designed and built a high power pulsed Nitrogen laser.

Helped in the design and construction of the auto-resonant accelerator facility. This was a 10 MeV pulsed proton accelerator.Designed and installed the control system for the accelerator.Operated the accelerator and trained technicians to run the control system.Built capacitor banks (10 kV, 10 kAmp) to pulse magnetic guide coils.Designed and built diagnostics for the accelerator.

Developed and built an x-ray monitoring experiment for the Texas Turbulent Torus, a pulsed fusion reactor.

Performed radiation surveys across the University of New Mexico campus and hospital.Designed a "whole body counter" for the Nuclear Medicine Department.Helped install a high radiation Co-60 irradiation facility in the Nuclear Engineering department.Performed research on the pulsed Triga reactor