Research, experiment, study, and document performance characteristics of Comco blasters including: abrasive output, velocity, and air consumption as functions of blaster configuration; abrasive velocity and spread pattern as a function of distance from a nozzle; splitter performance.• Research, experiment, study, and document the effects of an abrasive blast including: coverage theory; quantity, quality, and velocity theory; abrasive embedding.• Research, experiment, study, and document common customer goals: surface texturing, selective material removal, hole drilling, minimizing abrasive usage, minimizing process time, masking technologies, blast delineation.• Research, experiment, study, and document abrasive powders including: new ways to quantify powder functionality, new powder research, water soluble powder research, powder manufacturing techniques including optimizing quality and/or throughput in our existing technology and/or bringing in a new technology.• Create standard tests to evaluate blaster parts such as: hose life, hose burst, nozzle life, window material frosting resistance, wear resistant tooling materials.• Study and advise on improvements for all products including blasters, powders, splitters, nozzles, air dryers.

Teaching Math and Science/Technology skills at Columbia College Hollywood, a small accredited film school.Classes developed/taught:FILMath - basic math and algebra for film students.Essential Science - current topics in science and the application to films and television.Science of Filmmaking - the science and technology behind how films are actually made.

Developing electrohydrodynamic cleaning technologies for the semiconductor industry.

Awarded NPP Postdoc for Terahertz work at NASA Jet Propulsion LaboratoryPart of the Sub-millimeter Wave Advanced Technology (SWAT) group. Developed terahertz technology for remote detection of biomaterials as an instrument package for planetary rovers.Developed fast, 2D terahertz imaging for real-time in-situ cancer detection.