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Electronics, Robotics & Edge

Where I come from: an Electronics Engineering degree and years of robotics and 3D vision. Electromechanical systems, robotic-arm control with inverse kinematics, virtual reality and edge devices orchestrating real hardware in the field.

Projects in this area

Edge streaming & recording app for clubs

Rackety TV 2023 – Jun 2025
NUCRTMPSNGINXWireGuardEdge computing

An edge device (NUC/Raspberry) in each club that streams, records and uploads video, orchestrated over VPN.

The problem
Efficiently live-streaming and recording each club’s video, uploading it to the platform and knowing what every NUC should do at any moment.
The technical challenge
Building the VPN architecture (OpenVPN → WireGuard) and a centralized RTMPS server with NGINX to remotely monitor camera and process connectivity in each club.

Object tracking & grasping with a 3D camera + robotic arm

Univ. der Bundeswehr München Sep 2016 – Jan 2017
C++OpenCVPCLCinemática inversaOdometría

Final degree project: a 3D camera and a robotic arm that detects an object, approaches it and grabs it.

The problem
Assembling a 3D camera with a motorized robotic arm and a vision algorithm to detect an object and its distance, follow it, approach and grab it automatically.
The technical challenge
The 3D camera loses depth below 0.5 m; solved by interpolating with wheel odometry to estimate position in the near range, plus the arm’s inverse kinematics.

Drug dispenser prototype — Valls Hospital

ArduinoElectrónicaJavaMySQL

An electromechanical dispenser that logs and authorizes morphine extraction via fingerprint.

The problem
In an emergency, staff took morphine products without leaving a record; regulators penalized this because everything had to be logged.
The technical challenge
Coordinating a full electromechanical system: an Arduino board with sensors across 40 slots, a stepper motor, a servo-driven hatch and a fingerprint reader, all tied to a tablet (Java app + MySQL).