Portfolio
Representative work spanning field robotics, computer vision, UAVs, and novel mechanical systems.
Engineering work and projects
Milano Technical Group (MTG)
Gather
A modular collaborative robot designed to autonomously transport crops, materials, and equipment while assisting farmworkers in specialty crop operations.
Woolly
A modular mobile robotic platform designed to transport heavy industrial materials and support multiple tasks through interchangeable attachments and configurable drive systems.
Module Sortation
Automated industrial sorting system designed to transport, inspect, and process plastic modules through a series of mechanically, electrically, and pneumatically controlled operations.
Ekejime Robot
An automated fish-processing system developed to perform the ikejime process through integrated pneumatic and electrical subsystems while operating in a wet industrial environment.
Apple Harvester
Robotic harvesting system designed to pick, and collect apples while minimizing fruit damage and reducing labor requirements in orchard operations
Morning Star
Personal Projects
Machining
Hands-on fabrication and machining work supporting prototype development, fixtures, components, and mechanical assemblies.
CAN Bus Module
Embedded communication module designed to interface with CAN bus networks for machine control, diagnostics, sensor data, and distributed robotic system integration.
Photogrammetry
Image-based 3D reconstruction work for capturing real-world geometry, documenting spaces, and producing usable visual reference models.
Quadcopter R&D
UAV platform work involving mechanical layout, component integration, wiring, testing, and flight-ready assembly.
Object Counting and Mapping
A handheld robotic vision system designed to detect, count, and generate three-dimensional maps of objects by combining computer vision, depth sensing, visual-inertial odometry, and embedded computing into a single portable platform.
M.C. Escher Tessellation toy
An interactive geometric toy that encourages creative exploration of repeating shapes, interlocking patterns, and tessellated designs inspired by the work of M. C. Escher.
Plasma CNC
Computer-controlled plasma cutting work focused on digital fabrication, toolpath preparation, sheet metal parts, and prototype production.
Architectural 3D Modeling
Architectural 3D modeling project focused on converting blueprint specifications into detailed digital models using Autodesk Inventor. The project supported architectural visualization through both digital deliverables and physical 3D-printed prototypes.