A quick overview of the most influential courses I have taken so far.

Fall 2024

Introduction to Remotely Piloted Aircraft

  • Covered all relevant knowledge pertaining to Part 107 license test.
  • Learned the history of RPA and current uses in the industry.
Class trip to the Unmanned Aircraft Museum in Caddo Mills

Spring 2025

Flight Science I

  • Private Pilot ground school
  • Dived into all knowledge needed for the PPL knowledge test and flight training
  • Motivated me to pursue my pilot’s license

Remotely Piloted Aircraft Operations

  • Hands-on UAS operations using an eFlite PA-18 Super Cub RC plane
  • Completed NIST training course
  • Covered sensors, ground stations, control systems, radio communication
Practicing stall-spins with my RC plane

Computer Science I

  • Introduction to programming in C++ and MATLAB
  • Built foundational logic skills transferable to autopilots and embedded systems

Summer 2025

Aviation Law

  • Explored aviation law including insurance, NTSB, titles, and regulatory framework.

Fall 2025

Aviation Safety Factors

  • Studied safety reporting systems used in aviation
  • Learned how to build and maintain a strong safety culture
  • Examined accident prevention strategies and human factors

UAS Flight Control Systems

  • Deep dive into command and control links inlcuding transmission, reception, communication links, and ground station hardware
  • Developed an understanding of the structure within a flight control board with respect to IMU, feedforward control, and Kalman Filters
  • Experience flying a G25 aircraft in a team environment requiring crew resource management

Computer Science II

  • Learned object-oriented programming (Java) including classes, inheritence, and interfaces
  • Developed skills in data structure such as arrays and lists
  • Strengthened my understanding of how programming concepts translate to autonomous systems

Spring 2026

Introduction to Aircraft Engines

  • Introduced to the fundamentals of reciprocating and turbine aircraft engines
  • Applied mathematical formulas to identify efficiency in different powerplants
  • Gained insight into how engine design influences reliability, fuel burn, and operational performance

UAS Safety Officer

  • Applied principles of aviation safety management to a flight test research team
  • Reviewed and developed operational procedures for safe UAS handling and maintenance
  • Gained experience coordinating within a diverse team to maintain safe operations

Skills gained

  • UAS operations and safety
  • Flight science: aerodynamic, regulations, airport operations
  • Programming in C++, MATLAB, and Java
  • Crew resource management