Experience

Sporian Microsystems, Inc.

• United States
• Research Services
• 1 - 100 Employee

• Principal Investigator

  • Dec 2006 - Present

  - Served as the principle investigator for eleven DOD/DOE SBIR projects (from 2009 to present). - Developed advanced high-temperature (1600 degree C) ceramic materials and characterized material properties for applications including high-temperature sensors, electronic packaging and high-temperature insulation materials. - Synthesized innovative precursor formulations for Polymer Derived Ceramics (PDC). - Fabricated and characterized high-temperature ceramic insulation foams with… Show more - Served as the principle investigator for eleven DOD/DOE SBIR projects (from 2009 to present). - Developed advanced high-temperature (1600 degree C) ceramic materials and characterized material properties for applications including high-temperature sensors, electronic packaging and high-temperature insulation materials. - Synthesized innovative precursor formulations for Polymer Derived Ceramics (PDC). - Fabricated and characterized high-temperature ceramic insulation foams with ultra-low thermal diffusivity for the thermal protection systems of hypersonic flight applications. - Developed high-temperature and harsh environmental sensing technology for applications in turbine engine combustion systems, aerospace propulsion systems, nuclear systems and corrosive molten salts for concentrated solar power systems. - Developed low profile conformal sensors and packaging technology for high- temperature and high-g force aerospace propulsion applications. - Investigated Environmental Barrier Coatings (EBC) for harsh environmental applications - Design, fabrication and modeling of Micro-Electro-Mechanical-Systems (MEMS). - Studied shape memory polymers by experimental characterization, behavior modeling and computational simulation. - Published over 25 peer-reviewed research papers of which 14 are in refereed journals. Show less - Served as the principle investigator for eleven DOD/DOE SBIR projects (from 2009 to present). - Developed advanced high-temperature (1600 degree C) ceramic materials and characterized material properties for applications including high-temperature sensors, electronic packaging and high-temperature insulation materials. - Synthesized innovative precursor formulations for Polymer Derived Ceramics (PDC). - Fabricated and characterized high-temperature ceramic insulation foams with… Show more - Served as the principle investigator for eleven DOD/DOE SBIR projects (from 2009 to present). - Developed advanced high-temperature (1600 degree C) ceramic materials and characterized material properties for applications including high-temperature sensors, electronic packaging and high-temperature insulation materials. - Synthesized innovative precursor formulations for Polymer Derived Ceramics (PDC). - Fabricated and characterized high-temperature ceramic insulation foams with ultra-low thermal diffusivity for the thermal protection systems of hypersonic flight applications. - Developed high-temperature and harsh environmental sensing technology for applications in turbine engine combustion systems, aerospace propulsion systems, nuclear systems and corrosive molten salts for concentrated solar power systems. - Developed low profile conformal sensors and packaging technology for high- temperature and high-g force aerospace propulsion applications. - Investigated Environmental Barrier Coatings (EBC) for harsh environmental applications - Design, fabrication and modeling of Micro-Electro-Mechanical-Systems (MEMS). - Studied shape memory polymers by experimental characterization, behavior modeling and computational simulation. - Published over 25 peer-reviewed research papers of which 14 are in refereed journals. Show less