Portfolio
Contributed to the award-winning Asamblea Nómada pavilion, an experimental architectural installation presented at the 2023 Model Festival in Barcelona. Work focused on technical assessment, parametric design development, and fabrication-aware coordination—translating design intent into a buildable architectural system with CNC-ready geometry and production documentation.
Designed and manufactured the main structural system for the early childhood exhibition at the King Abdulaziz Center for World Culture — Ithra, designed by Snøhetta. Work focused on parametric geometry, structural rationalization, and fabrication-ready component detailing—connecting architectural design intent to workshop production through assembly-sequence documentation and part families.
Designed, manufactured, and assembled the Magic Planet parametric exhibition structure for Museo Trapiche, using an aluminum frame system with modular panel families. Work focused on parametric development, structural rationalization, fabrication-ready detailing for metal components, and assembly-sequence coordination—delivering CNC-ready geometry, part families, and installation documentation.
Designed, manufactured, and assembled two mixed-material parametric exhibition structures for Museo Trapiche: Radio Cabin (wood + aluminum composite panels) and Bed of Nails (wood). Work focused on parametric development, CNC-ready panelization, joinery logic across materials, and on-site assembly coordination—delivering production drawings, part families, and installation documentation.
Designed, produced, and assembled a CNC-machined parametric circular handrail for the central exhibition of the Gómez Palacio state museum in Durango. Work focused on parametric modeling, 3D CAD development, toolpath generation, fabrication-aware geometry rationalization, and production coordination—from CNC-ready geometry through to assembly documentation.
Developed the design and manufacturing proposal for a geodesic sphere submitted to the rehabilitation competition for the Natural History Museum of Mexico City. Work focused on geodesic geometry rationalization, structural analysis, modular component strategy, assembly logic, and workshop-oriented documentation—addressing discretization and part-family coordination for a competition-ready manufacturing proposal.
Led the executive design, production, and assembly of CNC-machined parametric cladding for a children's museum exhibition. Work focused on parametric modeling, modular panel logic, fabrication planning, CNC-ready detailing, and installation coordination—producing nesting layouts, fabrication drawings, and assembly documentation for the complete cladding system.
Designed and manufactured a faceted display structure for a product launch showroom by Mabe. The structure used randomized triangular tessellation with MDF panels and reflective vinyl, developed through parametric modeling, panelization logic, and CNC fabrication preparation—including nesting layouts and DXF preparation for direct workshop production.
Designed and fabricated modular office furniture in aluminum and plywood, with clean assembly logic and repeatable component families. Work focused on product design, component rationalization, fabrication detailing, assembly sequence planning, and production-ready documentation using Solid Edge and Rhinoceros 3D—with fabrication constraints and part-family logic developed in parallel with the design.
Designed production processes and fabricated molds for a replicable open-source COVID-19 auxiliary respiratory mask system. Work covered CAD/CAM process design, mold fabrication, rapid prototyping, and scalable production planning—developing reproducible workflows and documentation suitable for distributed fabrication.
Designed machinery, developed the project concept, and supervised on-site implementation for a Precious Plastic recycling initiative focused on recovering beach plastic in the Tulum natural reserve. Work combined mechanical design, prototyping, fabrication planning, and implementation support—developing recycling equipment and production workflows suited to a coastal environmental recovery program.
Developed LinCAM 3, a Rhino3D CAD/CAM plugin for converting 2D geometry into G-code toolpaths, and CNC Cloud, a networked IoT system for distributed CNC workshop management. Work combined CAD/CAM software development, toolpath programming, Python and RhinoScript automation, and production control workflows—connecting geometry preparation directly to shop-floor execution across distributed machines.
Designed and built an automated zigzag cutting machine for industrial plastic belts. The machine combined pneumatic actuation, linear motion systems, timing belt transmission, and stepper motor control. Work focused on special-purpose machine design, mechanical development, automation logic, and production-ready manufacturing documentation—covering the complete path from CAD detailing to workshop commissioning.
Designed a line of CNC machines for entrepreneurs and small-scale industry, capable of cutting plastics, wood, and light metals. Work focused on machine architecture, mechanical design for manufacturability, CNC system development, technical documentation, and compact workshop-scale production workflows—from structural CAD detailing through to fabrication and commissioning.
Developed CNC machinery for drilling and cutting conveyor belts, redesigning the manufacturing process for specialized industrial belts in a production environment. Work focused on mechanical design, CNC system development, process optimization, and manufacturing documentation—replacing manual operations with repeatable, machine-controlled fabrication workflows.