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Sofia Nagata
309 East Ave,
Hayward, CA 94001
Mobile: 804-239-9876
• sofia@me.com
Citizenship:
United States
Professional Experience
NanoGram Corporation, Milpitas, CA
(Silicon Valley)
|
September 2011- Present
|
Device Engineer and
Researcher
|
·
Execute research and development of Si (Silicon) ink
and Si (Silicon) paste for use in printable electronics, thin film transistors
and Solar cells.
·
Demonstrated to a world-class solar cell production
firm on how diffusion capabilities met specifications for integration of
Silicon ink and Silicon paste, thereby providing an affordable platform to
increase their solar cell efficiency and lower production costs.
·
Design experiments to evaluate different thermal
diffusion processes for device performance, and suggest compound changes to
Silicon ink and paste formulations.
·
Analyze correlations between Silicon ink film
structure and device performance parameter by utilizing cross sectional
Scanning Electron Microscope (SEM), and Secondary Ion Mass Spectrometry (SIMS)
characterization methods.
·
Present experiment results, data, and
recommendations on a weekly basis to chief members of the company and guest
collaborators in order to pipeline team progress towards successful device
fabrication and product development.
·
Evaluate and improve Spin coated film quality and
performance of Si inks.
·
Evaluate and improve printability of pastes relative
to screen clogging, and film uniformity.
·
Evaluate alternative additives, and particle sizes
for cost reduction, and printability improvement.
·
Created a technical database to consolidate ink and
paste ingredient information, along with performance results from each
experiment in order to maintain data integrity and accuracy for analysis.
·
Designed and coded analysis algorithm to estimate
Diffusion coefficient from Secondary Ion Mass Spectrometry data using MATLAB.
·
Traveled to multiple conferences and seminars, most
notably the 38th IEEE Photovoltaic specialist conference, a
collaborative global summit to inform photovoltaic professionals on current
industry trends.
·
Effectively assimilate cutting edge industry
research throughout project development cycle by utilizing doctoral and
academia Journal database.
·
Maintain a clean and controlled laboratory work
environment in compliance with the Occupational Safety and Health
Administration (OSHA) standards.
Virginia Commonwealth
University Mechanical Engineering, Richmond, VA
|
May 2007- July 2011
|
Energy Conversion Systems
Lab Research Assistant
|
·
Conducted research and development of organic solar
cells for creation of Electrospun Polymer-Fiber Solar Cells as a basis for dissertation.
·
Minimized interdigitated electrode separation of
designed substrate using Photolithography, and Scanning Electron Microscope
(SEM) lithography technique.
·
Took initiative to research and develop Titanium
dioxide nanorods for use in water-soluble organic solar cells.
·
Provided experienced solar cell research advice to
several other individual experiments in order to support progress of research
advancement in the Energy Conversion Systems lab.
·
Took initiative to improve solar-cell prototype by
traveling to higher-equipped laboratories for measurement of solar cell
mobility.
Virginia Commonwealth
University, Department of Physics
|
August
2005- June 2007
|
Research Assistant
|
·
Conducted research and development in Semiconductor
characterization with Raman spectroscopy experiments using Gallium Nitride,
Zinc Oxide, and Quantum dots samples.
·
Studied optical characterization methods of Modulation
spectroscopy by taking Gallium Nitride samples to understand its energy band
structures.
·
Instructor for Physics 101 Laboratory class of 30
students by providing lecture and directions for hands-on experiments.
Ferroelectric Liquid
Crystal Materials Research Center (FLCMRC)
|
November
2003- May 2005
|
Professional Research
Assistant
|
·
Conducted research and development of Chirality
detector, a high accuracy drug measurement system for use in pharmaceutical
applications.
·
Participated in weekly group meetings to critique
other research projects, and to present results obtained from Chirality
detector research.
·
Helped prepare samples of liquid crystal cells used
for research in several other projects conducted within the group.
University
of Colorado, High Energy Physics group
|
January-May 2003
|
Research Assistant
|
·
Studied the simulation of Hadron Collider particle
collision under UNIX operating system in order to learn how to measure the mass
of simulated Boson particle.
Lab and Technical Skills
• Organic Photovoltaics Fabrication
|
• Solar Simulator Current to Voltage Measurement System
|
• Si ink/paste, Spin-on/printable dopant formulation
|
• TiO2 Nanorods Synthesis
|
• Electrospinning
|
• Photolithography
|
• Transmission Electron Microscopy (TEM)
|
• Scanning Transmission Electron Microscope (STEM)
|
• Scanning Electron Microscope (SEM)
|
• Secondary Ion Mass Spectrometry (SIMS)
|
• Scanning Tunneling Microscope (STM)
|
• Fourier Transform Infrared Spectroscopy (FTIR)
|
• Raman Spectroscopy
|
• UV-Vis Absorption
|
• Contactless Electro Reflectance
|
• Modulation Spectroscopy
|
• Photoluminescence
|
• Spectroscopic Ellipsometry
|
• Profilometry
|
• X-ray Diffraction
|
• Physical Vapor Deposition (PVD)
|
• Computer programming
(C++, Mathematica, Matlab, Origin)
|
• SEM Lithography
|
• c-Si solar cell fabrication
|
• Thermogravimetric Analysis (TGA)
|
• Rheometer
|
• Particle Dispersion
|
• Sputter Coater
|
• Inert Atmosphere Boxes
|
• Machine Shop Certified
|
Publications
Shinobu Nagata, Gary Atkinson, Dmitry Pestov, Gary C. Tepper, James T.
McLeskey, Jr., “Co-planar bi-metallic interdigitated electrode substrate for
spin-coated organic solar cells.” Solar Energy Materials and Solar Cells 95
(2011) 1594-1597.
C. Wu, S. Nagata,G.C. Tepper, J.T. McLeskey, 2008. “Electrokinetic
separation of co-solutes into bimodal fibers by Electrospinning.” Applied
Physics Letters 92, 101920.
Shinobu Nagata, Gary M. Atkinson, Gary C. Tepper, James T. McLeskey,
Jr., “Electrospun polymer-fiber solar cell.” to be submitted to Journal of
Applied Physics.
Andrew Sylvester, Shinobu Nagata, James T. McLeskey, Jr., “Solar cells
from ZnO Nanorods with water soluble polymer.” to be submitted to Solar Energy
Materials & Solar Cells.
Organization Awards
• Graduate Academic Award.
(Maintained a 4.00 GPA through MS degree program)
|
Fall
2007
|
• The National Physics Honor Society, Sigma Pi Sigma.
|
Fall
2007
|
• University of Colorado Dean’s List.
|
2004
|
Community
Service
Metro Richmond Science
Fair Project
|
Fall
2009
|
Assisted Godwin high school student Andrew Sylvester with SEM data,
and Solar simulator.
|
|
Energy Conversion Systems
Lab
|
Summer
2009
|
Trained undergraduate students and interns on operation of lab
equipments.
|
|
Visiting Egyptian
Scientists (Mona Saif, and Hoda Hafez)
|
|
Assisted in fabrication of Solar cells with TiO2 Nanorods
using water soluble polymer.
|
|
VCU School of Engineering
open house
|
2007-2010
|
Opened Lab and met with high school students.
|
Education
Virginia
Commonwealth University, Richmond, VA
Doctor of Philosophy:
Mechanical Engineering
|
July 2011
|
Thesis: Electrospun
Polymer-fiber Solar Cell
|
GPA 3.9/4.0
|
Master of Science: Physics
|
May 2007
|
Thesis: Raman Scattering
in GaN and ZnO
|
GPA 4.0/4.0
|
University of Colorado, Boulder, CO
Bachelor of Arts: Physics
|
August
2004
|
Other Skills
Fluent in English
and Japanese (spoken and written)
Software:
Microsoft Word, PowerPoint, Excel
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