Bio

OPERATOR · WORCESTER, MA

I’m a robotics engineer studying Robotics Engineering and Computer Science at Worcester Polytechnic Institute. I’m the founder and research lead of GR0X, a humanoid robot that reconfigures its own morphology to take on the advantages of multiple robot body types. I lead its 12-person team in the ALMaS Research Group under Professor Mahdi Agheli.

Before WPI, I was an embedded engineering intern at Inbiodroid in León, Mexico, working on Prometheus 3.0, Mexico’s first avatar humanoid robot, and I directed programming and electrical for FIRST Robotics Competition teams 3480 & 3284. I also founded Daedamorph Robotics.

Experience

  1. Founder & Research Lead

    GR-0X Humanoid · ALMaS Research Group (WPI)

    May 2025 – Present

    • Founded and lead a 12-person research team (3 M.S. students, 5 seniors) through WPI's Major Qualifying Project to build GR-0X, a humanoid that reconfigures its own morphology for different tasks.
    • Secured sponsorship and in-kind support from Microchip Technology, Polymaker and G20 Inc.
    • Fully validated the adaptive lower-body / leg subsystem (patent pending) with working RL-based locomotion policies; now developing the upper body and preparing sim-to-real transfer.
    • Architected a distributed multi-brain control system (ROS 2) and direct mechanical and electrical integration.
    • Advise 2 of 3 M.S. thesis projects in the lab on morphology–performance trade-offs.
  2. Embedded Engineer Intern

    Inbiodroid · León, Mexico

    Dec 2024 – Jun 2025

    • Contributed to Prometheus 3.0, Mexico's first avatar humanoid robot, at a finalist company in the ANA Avatar XPRIZE.
    • Designed and integrated a LiDAR-based SLAM system achieving under 5 cm mapping accuracy for autonomous navigation.
    • Presented Prometheus 3.0 to government officials as the youngest member of a 10-person engineering team.
    • Co-inventor on a pending Mexican patent for a telepresence control system that improved response latency by about 20%.

Education

Awards

Leadership & organizations

Skills — and where they're proven

Controls & Actuation

  • CAN FD / SocketCAN
  • RobStride actuators
  • Real-time motor control loops
  • Control systems
  • Locomotion

PROVEN IN → GR0X · RS-CTL

Learning & Simulation

  • Isaac Lab
  • Isaac Sim
  • Isaac Gym
  • RSL-RL
  • PyTorch
  • RL policy training
  • Domain randomization
  • Sim-to-real transfer
  • Gazebo

PROVEN IN → RL-LOCO · GR0X

Perception & Autonomy

  • LiDAR SLAM
  • Computer vision
  • YOLO
  • Path planning
  • Odometry

PROVEN IN → PROM-3 · SUMO-AI · FRC

Software

  • C++
  • Python
  • C
  • Java
  • C#
  • Bash
  • ROS 2 Jazzy
  • Git
  • Linux
  • MATLAB

PROVEN IN → RS-CTL · GR0X

Embedded & Electronics

  • Raspberry Pi 5
  • Yocto Linux
  • Device trees
  • systemd
  • Microcontrollers
  • PCB design
  • Sensors & actuators
  • Circuit debugging

PROVEN IN → GR0X · PROM-3

Mechanical & CAD

  • SolidWorks
  • Onshape
  • Inventor
  • 3D printing
  • Manufacturing
  • Mechanism design
  • URDF export

PROVEN IN → GR0X

Languages

  • Spanish (native)
  • English (fluent)
  • German (basic)