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Rodolfo Camacho-Aguilera |
Title
Student Assistant
Cowebmaster
Selected Technical Skills
-Scanning Electron Microscope (SEM)
-X-ray Diffraction(XDS)
-Molecular Beam Epitaxy (MBE)
-Thermal Evaportation (TE)
-Chemical Vapor Deposition (CVD)
-Energy Dispersive Spectroscopy (EDS)
-Atomic Force Microscopy (AFM)
-Photo-lithography
-Nano-lithography
-Fluent: Spanish, French and English
-Beginners level: German
Education
Georgia Institute of Technology, Fall 2004 to Present
B.S./M.S. in Materials Science and Engineering, Graduation Date May 2008 |
rodolfo.camacho[@]gtri.gatech.edu |
Bio
Rodolfo lived in Mexico City all his life which gave him a weird accent even though Rodolfo is American. His craving for knowledge lead him to the US for higher education, where Rodolfo found Materials Science and Engineering (MSE) to be the major that most appealed to him. Since Rodolfo started in Georgia Tech he has tried to bring all the culture and knowledge gained in during his life in Mexico. Bringing awareness to the Latino and American community, helping high-school kids and doing research have been in his docket since the start. Each summer Rodolfo has worked in different universities with a cogent perspective obtaining the best from each. Rodolfo have worked in Cornell University (REU Summer 2005), MIT (REU Summer 2006), and
École Nationale Supérieure de Cachan-France (REU Summer 2007). These experiences have nurture his craze towards science and his creativity enhancing his research work in Georgia Tech.
Rodolfo started working in Fall 2005 in the EOSL-GTRI lab under the supervision of Dr. W. Jud Ready.His experience in the field has helped in understanding the different ways research is done while still giving Rodolfo the opportunity to be independent and learn as much as he wants. While working in the GTRI Rodolfo has developed leadership skills, as well as technical and scientific, which aided him in his REU experiences – and vice versa. |
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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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