About Me

I'm a recent graduate looking for an entry-level position to begin my career and further my practical experience. But aside from that, in my personal time I enjoy reading books and watching movies in my free time! You can probably also catch me watching TV while enjoying popcorn chicken and milk tea.

Clearances: DOD: Secret, Inactive

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Education

M.Sc. Electrical Engineering

California State Polytechnic University, Pomona

• 01/2020 - 06/2021
• Pomona, CA, USA
• Overall GPA: 3.53/4.00

B.Sc Electrical Engineering

University of California, Riverside

• 09/2015 - 12/2019
• Riverside, CA, USA
• Overall GPA: 3.43/4.00

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Work Experience

Center for Environmental Research & Technology

Student Assistant, Transport Systems

• Responsibilities: Data analysis of electrified vehicle charging and discharging cycles to help isolate degrading cells. Installation of battery monitoring controllers and circuits for Lithium Iron Phosphate cells used in building backup power banks. Supporting general circuit design help and installation for the Transportation Systems group.

NAVSEA - Student Naval Research Enterprise Internship Program

Undergraduate Student Intern

• Responsibilities: Creating Python scripts for use in auto-adjusting configuration files before compilation. Keeping and recording changes through version control with Git.

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Project Experience

Check out my reports here: https://jgoeszoom.github.io/reports

Low-cost Phasor Measurement Unit — Master’s Project

• Designed and implemented a Phasor Measurement Unit to calculate the magnitude and phase of three-phase power systems
• Simulated interfacing with three-phase power with analog frontend in circuit simulations
• Simulated interfacing with three-phase power with analog frontend in circuit simulations
• Used readily available microcontroller development boards and off the shelf components to construct
• Created a prototype phasor measurement unit using off the shelf components for less than $300

Impedance-based Battery Management System — Undergraduate Project

• Designed a battery health monitoring system with senior project group to calculate impedance of Lithium-ion batteries
• Sent a square pulse to a battery and measured its response over a low resistance load. Decompose the response to its frequency components and calculate the impedance from those components.
• Design, simulation, and physical implementation of current injection circuitry and differential components
• Created a monitoring system that could report the impedance of a Lithium-ion battery for a specified frequency which can be used to derive health status

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Technical Skills

Oscilloscopes, Digital Multimeters, Arbitrary waveform generator, Python, MATLAB, LTSpice, PSpice, Verilog, C/C++, Computer Aided Circuit Design, Technical Writing, Soldering