Sample Template Example of Beautiful Excellent Professional Curriculum Vitae / Resume / CV Format with Career Objective, Job Profile & Work Experience for Freshers & Experienced in Word / Doc / Pdf Free Download
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Elina Jackson
309
35th Ave SW
Federal
Way, WA 98001
(253)
232-9876
elina@comcast.net
Objective
Obtain Electrical Engineer position
utilizing my design, test, EMC, and EMI skills.
Skills and Abilities
Technical:
Proficiency with Digital Signal Processing (DSP), Spectrum Analyzer, Horn
Antennas, Radars, Oscilloscope, Power Supply, Isothermal Terminal Block, RF
Electronic Warfare (EW) Concepts, and Technical Data Writing
Software:
Experience with FEMM (a suite of programs for solving static and low frequency
problems in magnetism), Agilent BenchLink Spectrum Analyzer, Labview, Matlab,
Ansoft HFSS, MathCAD, Microsoft Operating System (Word, Excel, PowerPoint, etc),
C/C++, Python
Interpersonal:
Strong communication skills and ability to work efficiently, yet compatibly
with team members.
Self-Management:
Self-motivated and able to complete tasks with little supervision.
Education
University of
Washington, Seattle, WA
Master of Science in Electrical
Engineering, August 2010
Emphasis: Electromagnetism (EM), Radio
Frequency (RF), Antennas, Remote Sensing, Communications and Networking
Seattle University, Seattle,
WA
Bachelor of Science in Electrical
Engineering, June 2001
Relevant Experience
Electrical Engineer
Contractor,
NOAA
PMEL, Seattle,
WA, April 2011 - October 2011
Supported the development of an
automated alkalinity titration system. Assisted in the production of Labview
source code to control several instruments connected to a computer or an
Isothermal Terminal Block. Performed troubleshooting to eliminate errors that
appeared in the Labview source code and wired connections from the instruments
to the Isothermal Terminal Block. Ensured that instruments such as a Kloehn
Syringe, Drain Pump, Deionize Water Pump, Acid Dispenser, and Resistance
Temperature Detectors operated in the proper sequence to perform an acid base
titration. Tested various samples of seawater using the automated alkalinity
titration system to check for proper functioning.
Electrophysics
Engineer/Scientist 2, Boeing Sea Launch, Seattle,
WA, February 2007 - June 2009
Performed RF measurements on antenna
systems that operate from 2 MHz to 40 GHz at multiple locations in the Sea
Launch (SL) Home Port (HP) environment. Provided research, developed
specifications, and negotiated with vendors to obtain and utilize test
equipment such as spectrum analyzers, horn antennas, and preamplifiers to
evaluate and analyze antenna systems. Calculated electric field strength of SL
system transmitters and other non-SL sources to determine the amount of radiation
emitted from them at their operating frequencies. Verified if Electromagnetic
Compatibility (EMC) or Electromagnetic Interference (EMI) exist between SL HP
RF environment and the Spacecraft/Launch Vehicle (SC/LV) interface, as well as
between SL HP RF environment and SC receivers at a given bandwidth. Generated,
updated, and provided accurate Microsoft Excel spreadsheets of all antenna
systems and specifications, RF requirements of SL system transmitters,
receivers, and equipment relevant to any changes or upgrades at the SL HP RF
environment site, and SC/LV interface. Developed, refined and validated test
plans, budget, and schedule prior to performing RF measurements. Presented written
and oral test results to organization and customers for discussion, produced
Boeing documents including both an EMC analysis report and test report after
each launch. Produced results of EMC analysis in support of Boeing Sea Launch
missions to provide evidence of compliance with EMC requirements outlined in
the government document MIL-STD-461E (Requirements for the Control of EMI
Characteristics of Subsystems and Equipment).
Electrophysics
Engineer/Scientist 1, Boeing Phantom Works, Seattle,
WA, August 2001 - June 2009
Researched and designed Carbon Fiber
Reinforced Plastic (CFRP) specimens of various configurations prior to
performing a simulated lightning test on them to determine the effects of
current through both the composite material and fasteners. Utilized test
equipment such as oscilloscopes and signal generators in evaluating and
analyzing simulated lightning test results. Analyzed Electromagnetic Effects
(EME) produced from the lightning test by taking current, voltage, and coulomb
measurements at various locations on the test specimen. Collaborated with colleagues
on large-scale predictions, performance of the Boeing 787 wing, and
fuselage.
Provided research, developed
specifications, and negotiated with vendors to obtain and utilize various
supplies to manufacture CFRP specimens and conduct simulated lightning test. Developed,
refined, and validated test requirements, budget, and schedule prior to performing
simulated lightning tests. Presented written and oral test results to
organization and customers for discussion, produced Boeing documents including
fabrication plans, test requirements and procedures, and test reports.
Electrophysics
Engineer/Scientist 1, Boeing Phantom
Works, Seattle,
WA, August 2001 - August 2002
Assessed the capability of a 2-D
Finite Element Method Magnetic (FEMM) code to maintain transverse magnetic (TM)
mode control and satisfaction of the Electromagnetic boundary conditions as a
function of lightning frequencies and graphite conductive of interest.
Performed modeling and simulation of FEMM code at various frequencies on 2-D conducting
rods with a circular cylindrical geometry. Analyzed the continuity of the
electric field at the boundary of the conducting rod and the amount of
discontinuity in the magnetic field.
Checked for continuity of both the electric and magnetic fields as a
function of frequency. Presented results for discussion and produced a Boeing
document, which includes an analysis report and a test report.
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