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Evanns Morales-Cuadrado

@evannsmc is the personal research website of Evanns Morales, a Robotics Ph.D student at Georgia Tech.

Robotics Ph.D student · Georgia Tech

Evanns Morales-Cuadrado

I work on safe autonomy for hardware systems, especially UAVs, with an emphasis on aggressive low-level control, trajectory planning, and getting theory from the page, to the code, to the real world. I have broken many drones, put them back together, and learned from every headache-incuding mistake.

Education

Georgia Tech logo

Ph.D. in Robotics · Georgia Tech

4.0 GPA · Summa Cum Laude · Deploying Novel Safe Autonomy Algorithms on Hardware · Aug 2022 - Present

#2 Public ECE Program in the U.S. Ph.D. under Eckman Award winner, Dr. Samuel Coogan
UT Arlington logo

Honors B.S. in EE · University of Texas

Summa Cum Laude · Minors in Math & Physics · Certificate in Unmanned Vehicle Systems

Mentored by Dr. Frank Lewis —
World #1 in Optimal Control & Reinforcement Learning
Top 1% Cited Researcher in the World
egm [at] gatech [dot] edu evannsmc [at] gmail [dot] com Atlanta, GA
GitHub LinkedIn Google Scholar ORCID
Evanns Morales-Cuadrado in the lab
C'est Moi.

Inside the Lab

I am a Robotics/ECE Ph.D student in the Formal Methods & Autonomous Control of Transportation Systems (FACTS) Lab at the Georgia Institute of Technology under the supervision of Dr. Samuel Coogan.

My robotics work centers around hardware applications of safe autonomous control algorithms. In particular, I work on safe and efficient path planning and control synthesis in the face of onboard computational constraints. Much of my work involves hardware demonstrations of novel methods on quadrotor UAVs and unmanned ground vehicles (UGVs), so I’ve got some cool videos of drones flying autonomously and a lot of terrible videos of them crashing.

My Latest Project

RTD-RAX

Real-Time Planning Disturbance Handling Reachability Analysis Robotics Safety Research

Runtime-assurance trajectory planning, with online verification and repair instead of conservative offline safety buffers. RTD-RAX extends Reachability-based Trajectory Design by separating fast candidate generation from online safety certification. The planner stays agile, while a verifier certifies each trajectory under the actual measured conditions and repairs unsafe candidates before execution.

Open RTD-RAX
RTD-RAX angled obstacles with repair animation

Beyond the Lab

Roots

Boricua de pura cepa.

Proud of where I'm from and always thinking of ways to connect with my culture. At Georgia Tech I helped co-found "BORI" to provide a welcoming place for Puerto Rican students and promote our culture across campus.

Research

I love building cool things and making them work.

From undergraduate research at UT Arlington to my PhD at Georgia Tech. My next stop is in Albuquerque, NM for a Summer 2026 internship at Sandia National Laboratories.

Recreation

We like to enjoy life.

I spend whole days outside playing mediocre basketball when I'm able to. I'm also a somewhat decent salsa dancer (and getting better too).

More About Me Open Journey Map
 

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