Education
Gonzaga University, Spokane, Washington
Bachelor of Science, Electrical Engineering, May 2015 (Cumulative GPA 3.43)
California State Board of Registration for Architects, Engineers, and Land Surveyors
Engineer in Training (EIT) Certification, October 2015
Projects
Gonzaga University Engineering Senior Design Project – Avista Utilities Relay Lab: September 2014 to May 2015
o Collaborated with three other Electrical Engineering students and Avista Utilities to design a workstation to be used in Gonzaga University’s Avista T&D Power Laboratory.
o Developed academic laboratories and other documentation, such as wiring and one/three line diagrams, to be used in conjunction with Gonzaga University’s Electrical Power System Protection course and the completed workstation, which would allow students to gain experience programming microprocessor relays for different fault conditions and obtaining data before and after the relays are tripped.
o Tested various Schweitzer Engineering Laboratories (SEL) relays (351, 411L, 451, and 487E) to create a prototype of a simulated power system with use of Lab-Volt equipment in conjunction with industry standard SEL equipment.
o Used SEL AcSELerator software to program, customize, and troubleshoot relay settings for optimal protection of feeder, transformer, and transmission line modules during typical fault conditions.
Gonzaga University Engineering SEED Challenge: December 2013 to April 2014
o Developed comprehensive business proposal regarding educational technology and networking by contributing to the prospective technical structure and proposed hardware.
Kern Entrepreneurship Education Network Rapid Prototyping Conference: November 2013
o Researched, planned, and developed a 3D model of a proposed retail laundry product while also analyzing the product’s financial impact.
Gonzaga University Micro-mouse team: October 2013 to May 2014
o Researched and experimented with sensors and peripherals of a motorized, self-directed robotic mouse.
Skills
Experience using three-phase power with elements such as induction motors, relays, transformers, and transmission lines in both physical test circuits and PowerWorld simulations, while performing theoretical calculations in PTC Mathcad.
Worked with analog control systems in conjunction with DC motors in Control Systems laboratory, and with spectrum analyzers for signal analysis in Communications/Signals & Systems laboratory.
Modeled and simulated various electronic circuits with LTspice software in order to predict behavior in physical circuits.
Programmed with Assembly, Matlab, Python, and Verilog languages often in conjunction with a microcontroller or other related electronic circuit, while currently learning and using C++, Javascript, and Ruby.
Exposure to ANSYS HFSS software in modeling a resonant cavity.
Modeled one-line and three-line diagrams with ASPEN OneLiner software for use with fault analysis and plotting protection curves.
Proficiency with Microsoft office programs for use in ana...
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