| Year | Class | Class Title | Class Info |
|---|---|---|---|
| 2014 | CS1400 | CS 1 - Introduction to Computer Science | C++ |
| 2015 | CS1410 | CS 2 - Introduction to Computer Science | C++ |
| 2016 | CS2420 | CS 3 - Algorithms and Data Structures | C++ |
| 2016 | CS2700 | Digital Circuits | Verilog |
| 2016 | ECE3620 | Continuous-Time Systems and Signals | C++,MATLAB |
| 2016 | ECE3710 | Microcontroller Hardware and Software | C, ARM Assembly |
| 2016 | ECE5720 | Computer Systems Programming and Architecture | C, x86 Assembly |
| 2017 | CS4700 | Programming Languages | Python, OCaml, Prolog |
| 2017 | ECE5230 | Spacecraft Systems Engineering | Excel, VBA |
| 2017 | ECE5600 | Introduction to Computer Networks | C |
| 2017 | ECE5930 | ST: Cyber Physical Systems | MATLAB,SPIN,UPPAAL |
| 2017 | ECE6460 | VLSI Design Automation | C++ |
| 2018 | CS3100 | OS and Concurrency | C++ |
| 2018 | CS5680 | Computer Vision | MATLAB |
| 2018 | ECE5930 | ST: Digital System Design | C,Verilog,VHDL |
| 2018 | ECE5240 | Space System Design | Excel |
| 2018 | ECE5780 | Embedded Real-Time Systems | C, ADA, nxtOSEK |
| 2018 | ECE5930 | ST: Reconfigurable Computing | C++, VHDL |
| 2018 | ECE6240 | Space Environment and Engineering | Python, MATLAB |
| 2019 | ECE6930 | Discrete Systems and Signals | C, MATLAB |
Masters Research : Scintillation Prediction Observation Research Task (SPORT) Utah State University Center For Space Engineering Development of space instrumention for cubesat to measure density of ionosphere. Developed C firmware for microprocessor and FPGA image in VHDL. Created a emulator of the spacecraft computer in python for testing Utah State's instrumentation board and communication with main flight computer.