Robotics & Embedded Systems

I work across CAD, hardware prototyping, electronics, physical computing, embedded systems, animatronics, AI-assisted development and cybersecurity to design and build connected physical technologies. My work focuses on taking ideas from concept and digital design into functional prototypes, integrating mechanical systems, electronics, code, sensors, microcontrollers and connectivity.

• Tiny Mobility Lab

  Compact mobility systems and connected physical products, documented in CAD & Product Design.

  View case study

Designing animatronics and themed experiences starts with the creative vision, the client brief and the real constraints of installation, safety and audience interaction. My role covers the full pipeline: concept development, mechanical design, 3D modelling in Rhino and SolidWorks, motion planning, structural integration and production documentation, with internal frames, joints and mechanism layouts that validate clearances, ranges of motion, service access and manufacturability. The T-Rex and the giant Christmas tree were developed at Ingennova SAS (2017–2018).

• Remote-controlled T-Rex (15 m+)

  A large-scale Tyrannosaurus rex for immersive experiences: Rhino for form and surfacing, SolidWorks for internal mechanisms and structure, resulting in a remote-controlled creature over 15 metres long.

• Giant animatronic Christmas tree (20 m+)

  A landmark-scale animatronic tree for a Christmas campaign in a shopping centre: a production-ready design for a structure over 20 metres high, integrating animated elements and on-site feasibility.

• Theme park characters

  Large-format character builds for a theme park, focused on visual impact, recognisable silhouettes and durability for public display.

• Animatronics build process

  From internal frame and mechanical structure to the final sculpted exterior: structural alignment, motion-ready assembly and finish integration.

Videos

Learning animatronics

My progress so far learning to build animatronics, shared from Australia.

Dec 14, 2025Watch on TikTok ↗

Project details and original material are pending.

• Course

  IoT course: ESP32 microcontroller programming.

Amuse Metric was an interactive installation for a commercial exhibition, built to boost brand visibility through an immersive, tech-driven experience. Its adaptive parametric design was developed in Rhinoceros and Grasshopper and brought to life with Arduino and Processing: servo motors and sensors let the piece react in real time, and visitors explored it with VR headsets. Developed at Universidad El Bosque.

• Parametric form exploration

  Generative geometry studies in Rhino and Grasshopper testing structural rhythm, layout variations and visual impact before fabrication.

• Interactive spatial prototype

  A sensor-based prototype connecting spatial behaviour with real-time input to validate user flow and engagement.

Sentinel is a desktop robot with AI, currently in progress. Technical documentation will be added as the experiment develops.

Videos

Sentinel: first software test

First test of the software behind Sentinel, before soldering and final assembly.

Sep 29, 2026Watch on TikTok ↗