Power Systems and PCB Design
Resume:
Devan Mayer
**** ****** ***, *** *****, CA *****
***********@*****.***
Education & Certifications
Bachelor of Science in Electrical Engineering
San Diego State University, San Diego, CA, 3.0
August 2022 - May 2026
Relevant Coursework: Circuit Analysis, Digital Systems, Embedded Systems Programming, Probability and Statistics, Linear Algebra,
Computer Organization, Electrical Energy Conversion, Power Distribution Systems, Signals and Systems, Electric and Magnetic Fields, Analysis and Design of Electric Circuits
Scheduled to take the E&C FE exam in June
Personal Projects
Custom Power Supply:
Created a power supply using a transformer, PCB, and various passive devices
System utilizes a diodes to rectify the power
Outputs different voltage based on the 2 potentiometers
Every element was soldered to the PCB
Microcontroller PCB Design:
Engineered a complete PCB design on KiCad that uses a STM32F103C8T6 microcontroller and has an external 16 MHz crystal oscillator circuit
Full board schematic uploaded to JLCPCB to confirm its practicality
Full parts list added to cart on Digikey
Magic the Gathering (MTG) Simulation in MIPS Assembly:
Programmed a simplified version of MTG
Heavy use of 2D arrays and grandchild function structure
Skills
Programming Languages: C/C++, Assembly
Software: SALT, LTSpice, MatLab, Simulink, CubeIDE, Excel, KiCAD, Microchip Studio, Eagle, ArduinoIDE, Inventor
Technical Skills: Circuit/PCB Design, Soldering, Microcontrollers
Tools: Oscilloscope, Multimeter, Function generator, Power Supply, Transformer
Experience
Legislative Intern:
Office of Supervisor Joel Anderson, El Cajon, CA
December 2024 – April 2025
Participating in creating an AI that helps highlight underserved areas of District 2
Public speaking when presenting certificates and proclamations for events
Taking calls for the office
Database operation using Excel
Intern:
Mayer Reprographics, Hillcrest, CA
June 2019 – August 2019
Printed and packaged blueprints
Scanned and organized blueprints into a digital system
Research Project: Solar-Powered Water Pump Design for Agricultural Use
SDSU
September 2024 –May 2025
Researching and constructing a novel control systems design
PV array, universal bridge, brushless DC motor, and microcontroller-based controls system are all to be analyzed and simulated via Simulink
Mechatronics Club (Fall 2024-Spring 2025)
Competing in the UCLA micromouse competition
Working on the motor control and PCB design
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