Post-Graduate Research Technician
• Engineered new nanoparticles, materials and chemical compounds for their integration into large and complex interacting systems. Developed for research, consumer and industrial applications. • Performed several major projects for the private industry and federal government. For the Xerox Corp. worked on bio-toners for copiers to abate moisture issues and increase charging effects; for the Nuenz Corp. worked on coating silicon nitride whiskers which, when integrated into other materials, increased the materials' fracturing strengths; for the US Army worked on metal oxide ferrites to improve their electro-magnetic properties for miniature antennas; for the SI Group worked on sulfur-silicon oils to improve adhesives for attaching steel belts and tire treads to tires.• Used a variety of instrumental and laboratory techniques to analyze and characterize the new nano-particles, materials and chemical compounds, including the Scanning Electron Microscope, TGA, X-ray diffractometer, IR, NMR and UV-VIS spectrum.• Learned the great importance of nanoscale science and engineering. How nanometer (billionth of a meter) and micrometer (millionth of a meter) materials and particles affect the materials that they are integrated into, from micro to meso/macro regimes. This not only applies to the chemical field, but also across the entire spectrum of science and engineering, including medicine & biology, mechanical, fluid dynamics, electrical, geological, and so many others. Another important thing that I learned is that the properties for the same material could be very different for a nano-particle versus the bulk properties. • Worked with a wide variety of people of many different backgrounds. An environment that encouraged collaborative efforts, interdisciplinary studies, and safe lab/work practices, which enabled major discoveries, innovations, and contributions to science and engineering. Have had a lot of success.