Jake Jaebum Joo, Ph.D.Jake Joo received a Ph.D. in Department of Materials Science and Engineering at MIT, 2010. |
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Research Interest
He worked on developing a high efficiency inorganic nanowire based display system. Work involved solution based nanowire synthesis, hybrid device fabrication, and characterization of the device for optimal performance.
As a part of Avogadro Scale Computing research, he worked on Direct Write Nanocircuits using Error Correction method inspired by biology.
Previously, he developed a new nanoscale electron beam patterning method on insulating substrates by operating at the critical energy (Critical Energy Electron Beam Lithography, CE-EBL.) He also developed a nanoparticle assembly technique with electrospray system.
Awards
Doctoral Study Abroad Scholarship, Korea Foundation for Advanced Studies (KFAS), 2004-2010
Korean Honor Scholarship, The Embassy of Republic of Korea, 2009-2010
Seoul National University (SNU) Alumni Association Scholarship, 2009-2010
Undergraduate Scholarship, KFAS, 2001-2004
College Student Scholarship, SNU, 2000-2004
Summa Cum Laude, SNU, 2004
Honor Student Award, SNU Depatment of Materials Science and Engineering, 2000
Lab Experience
Setup: CVD Nanowire synthesis system, microfluidic nanowire growth system, nanoparticle electrospray.
Synthesis: VLS nanowire growth, hydrothermal nanowire growth, microfluidic nanowire growth.
Fabrication: e-beam lithography, optical lithography, UV nanoimprint lithography, microfluidics, Focused Ion Beam, thermal evaporator, e-beam evaporator, RF sputtering.
Analysis: FIB, SEM, TEM, AFM, EDX, UV-VIS spectrophotometer, Fluorometer, Photoluminescence
Software: Autocad, Rhino.
