Master of Science in Electrical Engineering, May 1995 University of Arizona, Tucson, AZ Thesis on the application of the FDTD method to radiation and aperture coupling problems.
Work experience includes generation of sub-system specifications, design, prototype and measurement.
Previous projects include design of W-Band horn feed cassegrain antennas, microwave feed networks, patch and slot radiators as well as development of software for the analysis of measured antenna data. Emphasis was placed on the incorporation of non-linear auxiliary material models into Maxwell's equations. This added capability have provided for improved boundary conditions and the inclusion non-linear dispersive materials within the simulation. Worked rotating shifts during summer and Christmas breaks from school. Full time during summer breaks from high school.