Resume
Education
Master of Engineering: Electrical and Electronic Engineering
Iowa State University, August 2021-Current, GPA: 3.67/4.0
Bachelor of Science: Electrical and Electronic Engineering
Iowa State University, Earned-May 2021, GPA: 3.42/4.0
Emphasis - Embedded System Design & Integrated Circuit Design (VLSI)
FE Electrical and Computer - Passed
College of Engineering Dean's List: Spring 2020, Fall 2020, and Spring 2021
Graduate Coursework:
Deep Learning Theory & Practice (AI)
Advanced Data Storage Techniques
Network Security & Protocols
Systems Engineering & Analysis
Systems Engineering & Project Management
Undergraduate Coursework:
Electronic Circuits and Systems
Digital Logic Design
C Programming
Object Oriented Programming (Java)
Software Data Structures (Java)
Probabilty Statistics
Signals and Systems (MATLAB)
Communication Systems (MATLAB)
Embedded Systems Programming (C)
Embedded Systems Design
Electromagnetic Fields & Waves
Technical Writing & Communication
Integrated Electronics
Digital VLSI Design
Computer Organization & Design (VHDL)
Energy Systems & Power Electronics
Engineering Economic Analysis
Work Experience
Software Engineer - Automated Test in Aviation, Garmin International Inc., June 2021-Present
Collaborated with Embedded Software Engineers, Hardware Engineers, Project Managers, and Process Engineers to
create automated testing equipment and software to support the development/production of safety critical avionics
(DO-178).
Designed high speed applications for embedded development and analysis of avionic equipment
Created scripts to automate integrity/version checks of the software development process.
Supported the production of multiple aeronautical modules. Including: controllers, data concentrators, traffic collision
avoidance systems, displays, and autopilot.
Active participant and volunteer in GPS Vets organization for helping veterans and other causes.
Test Electronics/Controls Engineer Co-op, Kinze Manufacturing Inc., May 2019-December 2019
Performed ESD and environmental testing on electronic products.
Created thorough documentation on testing procedures on legacy and future products.
Designed and implemented test benches for electronic products.
Developed data acquisition device for analyzing LINbus and proprietary control system messages.
Created multiple software applications for CANbus, LINbus, and MUXbus control system analysis and sensor
data analysis.
Squad Leader (E6) - Infantry Staff Sergeant, Iowa Army National Guard, May 2017-May 2023
Lead and mentored a squad of two teams consisting of four Soldiers each.
Ensured welfare and readiness of Soldiers both inside and outside of their time of duty.
Conducted training plans and classes to prepare and maintain readiness throughout the organization of 120 Soldiers.
Served as Additional Duty Safety Officer by conducting deliberate risk-assessments and instilling proper risk mitigations.
Skills
Coding Languages
Python
C & C++
Verilog & VHDL
MATLAB
Assembly
Java
HTML, JS, & CSS
SQL
Batch, Shell, & Bash
Familiar Programs
Circuit & PCB Design
NI Multisim & Ultiboard
Altium Circuit Maker
IC Design & Simulation
Cadence - Virtuoso, Innovus, & Encounter
Simulation
MATLAB & Simulink
LTSpice/PSpice
PSSE
Modelsim
3D CAD
Solid Works
Familiar Programs
Version Control
Jira & Git
FPGA Development
Xilinx - Vivado & Vitis
Intel Quartus
Softare Development
NI LabVIEW & Teststand
Anaconda (Python)
Visual Studio
Linux OS
Web Development
Apache2, NGINX, Django, & Docker
Experience With
Solding (including SMD)
Embedded Systems (Programing and Design)
Arduino & TI Launch Pad
PCB Design
3D CAD & Printing
ASIC Layout, Design, & Simulation
FPGA programming
Serial Interfaces: SPI, I2C, RS232/485, Ethernet (TCP & UDP),
ARINC429, CAN, & UART
Web Development (Static & Dynamic)
Machine Learning
University Involvement
Controls Team Member, Cardinal Space Mining, January 2019-May 2019
Worked as a team with other electrical and computer engineers on NASA sponsored project to create a mining
rover to compete against other universities.
Helped design, test, and code telemetry to allow the rover to become autonomous for the first time.
Designed and tested a battery power management shield compatible with Arduino for the rover.
Group Project Lead, Critical Tinkers, January 2017-May 2017
Lead a group of four students in designing, creating, and purchasing parts for an autonomous quadcopter.
Programed an Arduino 101 that included an accelerometer and gyroscope to fly and correct the quadcopter
so it could reach its destination coordinates that were transmitted over Bluetooth.
Lifting Chair, Bergman House, August 2016-May 2017
Created weekly posters and emails for the residents of Bergan House that included information on general
nutrition and a variety of lifts and cardio exercises.
Organized weekly lifting and sports events with house members.