Here you'll find the code for my research publications and open-source tools I've built for the robotics community.
Robotics PhD student at Georgia Tech.
Bachelor of Science in Electrical Engineering with minors in Mathematics and Physics from University of Texas at Arlington.
My robotics work centers around hardware applications (usually on quadrotors) of (hopefully safe) autonomous control algorithms.
Research Interests: Safe Autonomy, Nonlinear Control, Aggressive Quadrotor Control, Reachability Analysis, Reinforcement Learning
Advisor: Dr. Samuel Coogan
| Project | Description |
|---|---|
| newton_raphson_px4 | Research-grade and hardware-tested quadrotor controller using Newton-Raphson optimization with Integral CBFs — published at ACC 2024, IEEE TCST 2025, and IEEE TRO 2025 |
| nmpc_acados_px4 | Research-grade and hardware-tested 9-state Nonlinear MPC for quadrotors using Acados/QPOASES with full ROS 2 integration |
| vicon4px4 | ROS 2 package for Vicon → PX4 EKF fusion; coordinate conversion, full-state relay, adopted by GT's Indoor Flight Lab |
| optitrack4px4 | ROS 2 package for OptiTrack → PX4 EKF fusion via NatNet protocol |
| quartoCV | Modular CV/résumé template using Quarto + GNU Make with incremental builds and two style variants |
| quarto-gatech-slides | Official Georgia Tech-branded RevealJS presentation theme for Quarto, installable in one command |
Email address: egm @ gatech (dot) edu
Personal Website/Portfolio: www.evannsmc.com
LinkedIn Profile: www.linkedin.com/in/evanns-morales

