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Nataly Gilmore

PO Box 309

Clinton, WA 98001

Phone: 425-640-9876

Email: nataly@gmail.com

OBJECTIVE:  To gain more experience as an electrical engineer in system design.

EDUCATION:

·         Master of Science in Electrical and Computer Engineering, University of Massachusetts, Amherst, February 1, 2012

·         Bachelor of Science in Electrical Engineering, University of Washington, Seattle, August 22, 2003

·         BellevueCommunity College: Associate of Arts and Sciences, June 9, 2000

Honors: President’s List, 2000

WORK EXPERIENCE:

Impinj, April 16^th, 2007-August 2007

Applications Engineer Intern:

·         Assist where/as needed across all RFID departments.

·         Collect,analyze & present data for distribution.

·         Antenna tracking, testing and build.

·         Reader antenna fabrication, design and test.

Sienna Technologies, Inc., June 2003-November 2005

Electrical Engineer:

·         Supervised research phase II project for a period of 6 months.

·         Assisted in proposal writing and interim report writing.

·         Prepared and performed oral presentations.

·         Wrote test procedures for equipment.

·         Designed high frequency circuitry to aid in material characterization research.

·         Assisted other departments with research and laboratory experiments.

·         Experienced using waveguide-based microwave heating systems, measurement set-ups using pressure and vacuum sensors, data acquisition, and documentation of research.

·         Recommendation and purchase of equipment.

Pentz Design, June 2000-August 2000

Systems Analyst:

·         Analyzed existing computer networks and software applications.

·         Configured the IBM AS400E and Kronos Software for the production timekeeping system.

·         Solved computer hardware and software related issues.

·         Aided in decisions regarding Manufacturing Enterprise Software packages.

Physio Control (Medtronics), 1996-1998

                                Assembler Specialist:

·         Final assembly for Life-Pack 10 and Life-Pack 300 Defibrillators.

·         Product Service and Upgrade for Life-Pack 10 Defibrillators.

·         Trainer for new employees.

·         Documentation control filing and updating.

·         Member of Manufacturing Pro Enterprise software user group.

GRADUATE COURSEWORK:

Microwave Engineering I & II, Antenna Theory and Design, Advanced Electromagnetics, Numerical Analysis, Linear Systems Theory, Communication & Signal Processing, VLSI I & II

ACADEMIC PROJECTS and DESIGNS:

Antenna and RF Designs

·         (Winter 2008) Study of a Circular Polarized Slot Antenna Array: Applied concepts such as the principle of duality, the equivalence principle, image theory, polarization, impedance and feed locations, and array pattern analysis in the design of a dual slotted antenna array.  The design was built and tested for 867MHz.

·         (June 2003) 2.85 GHz Ring Resonator: Design specifications used to meetlow loss and permittivity characterization parameters.  Built and tested.

·         (May 2003) 2 GHz Narrowband Amplifier: To obtain the design specifications, the amplifier gain was verified by stability calculations, frequency scaled planar filters were implemented to pass and attenuate selected frequencies.  The amplifier was fabricated and measurements included dynamic range, harmonic noise, and third-order intermodulation.

Digital Designs

(Fall 2011) HSpiceProgramming Projects using 45 nm Transistor Technology:

·         Dynamic Frequency Scaling:Focused on designing and implementing several components of a dynamic frequency scaling system. The antenna coil, a rectifier, a comparator, and a multiplexor tree.The system output and final multiplexor switching delays were analyzed. 

·         Analysis of a Ring Oscillator: Using minimum threshold voltages and various temperatures, the energy, power, and propagation delay measurements were analyzed throughout the circuit structure.

(Fall 2010) Cadence IC Schematic and Layout using 0.25 µm Transistor Technology:

·         1-bit Accumulator: Design specifications were to use a flip-flop and also adder carry logic implemented using domino logic, validate logic and carry out critical path analysis on both the schematic and layout designs.

Other Designs

·         8.60-8.70 GHz Slotted Patch Antenna and Array

·         Phase Detector

·         4x4 Array Multiplier

·         4-bit Accumulator

COMPUTER SKILLS AND TEST EQUIPMENT:

Software: Ansoft’s Designer, Serenade, and HFSS; Matlab, Mathcad,LabView, Microsoft Visual C++, Cadence IC Schematic and Layout Editor, IRSIM,HSPICE, OrcadPspiceCapture and Schematic, and MS Office.

Equipment:Hewlett Packard 8720 Network Analyzer, HP Spectrum Analyzer, Tektronix Oscilloscopes, HP Signal Generators and Power Supplies.

                OS:  Unix and Windows

CONFERENCE PUBLICATIONS:

E. Savrun, V. Nguyen, N. Gilmore, “High Thermal Conductivity Aluminum Nitride Ceramics for High Power Microwave Windows,” Vacuum Electronics Conference, 2004, IVEC 2004, Fifth IEEE Conference, April 27- 29 2004.

REFERENCES AVAILABLE UPON REQUEST

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