MISSION:To boldly pursue disruptive technologies in electromagnetics, photonics, and hybrid 3D printing.CAREER ACHIEVEMENTS:* Co-founded Kraetonics LLC that has developed a modern slicer for 3D printing capable of driving hybrid process, off-axis printing, conformal printing, printing of functionally graded materials, and more.* Fellow of SPIE and Senior Member of IEEE* First to develop the capability to 3D print three-dimensional structures with an arbitrary distribution of metals, dielectrics and other materials.* First to demonstrate a 3D volumetric circuit manufactured via 3D prin,ting.* Developed algorithm to bend, twist and otherwise spatially-vary periodic structures while maintaining the size, shape and spacing of the unit cells.* World record for tightest bend of an optical beam inside of a spatially-variant photonic crystal.* Developed methodology to form periodic patterns over doubly-curved surfaces without distorting the patterns.* Most broadband guided-mode resonance device ever demonstrated.* Highest power microwave frequency selective surface ever demonstrated (>> 2 Gita watts)* Thinnest all-dielectric antenna ever demonstrated.* Wrote a book that teaches the art and techniques of computational electromagnetics to the complete beginner.* Developed numerous highly successful online courses in electromagnetics and computation.* Awarded the prestigious UT Regents’ Outstanding Teaching Award along with multiple other teaching awards.My background includes:• Project management and teaching• 3D printing (additive manufacturing)• Metamaterials and photonic crystals• Devices for ultra-high power microwaves and other extreme environments• Diffractive optics and integrated optics• Antennas and frequency selective surfaces• Computational electromagnetics• Computational lithography• Micro/nano fabrication• Signal processing and communications• Advanced packaging• Digital circuit design• Microelectromechanical systems (MEMS)• Thermal management