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Victor Kumsomboone |
Title
Student Assistant
Selected Technical Skills
-Field Emission evaluation of carbon nanotubes
-Electron Beam Evaporation
-Filament Evaporation
-Class 100 Cleanroom Environment
-Scanning Electron Microscope (SEM)
-Photolithography
-Chemical Vapor Deposition (CVD)
-AutoCAD
Education
Georgia Institute of Technology
B.S. in Materials Science and Engineering
Co-operative Plan
Anticipated Graduation Date: December 2008 |
404-407-6123
victor.kumsomboone[@]gtri.gatech.edu |
Bio
Victor Kumsomboone is an undergraduate research assistant at GTRI's Nanotechnology Laboratory. Prior to joining Dr. Ready's group, Victor worked in the consulting field of Mechanical Engineering as a CADD operator and later as a co-operative student. With diverse experience, Victor's previous work environments include private/service sector, government sector, and government-funded projects in academia. Under Dr. Ready's advisement, Victor has received multiple President Undergraduate Research Awards from the Georgia Institute of Technology, which allowed him to conduct research unique from the research group, present at conferences, participate in poster sessions, and compete in TMS's Materials Bowl Competition. The most senior member of Dr. Ready's group with respect to time of service, Victor has contributed to many projects, with the majority of his efforts directed towards the field emission project [*LINK HERE TO FIELD EMISSION PROJECT*]. Recently, Victor's efforts from the previous three years resulted in a DARPA grant towards the field emission project, which Victor initiated as a literature research project. Victor's academic studies have included mechanical, aerospace, and material science engineering. After graduation, Victor plans to continue working in the area of applied research. In his spare time, Victor enjoys cycling and digital photography. |
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Nanotubes
EOSL scientists are growing carbon nanotube towers atop photovoltaic
cells for longer lasting, more efficient solar power to power compact
electronic devices in the field. |
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Nano-Manhattan
pact 3D Solar cells boost efficiency while reducing size, weight and complexity of photovoltaic arrays. |
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Supercapacitors: Researchers Develop Manufacturing Technology to Produce Electrical Devices from Carbon Nanotubes
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