Fabrication Consulting & Technical Design

Facade fabrication drawings require precision, speed, and coordination. I help architects, facade engineers, and fabricators generate buildable shop drawings directly from Rhino and Grasshopper models.


Facade Fabrication Drawings & Automation


facade fabrication drawings generated from grasshopper

Facade Geometry —

Rationalization of complex surfaces
Geometry cleanup for construction
Coordination-ready models


Panelization & Systems —

Panel logic and subdivision
Optimization for fabrication
System consistency across facade


Facade Fabrication Drawings & Automation—

Shop drawings from model
Dimensioned panel sheets
Title blocks and layouts
Drawing packages ready for fabrication

Automation & Workflow Systems



Who I Work With —

Facade contractors
Fabricators (metal, glass, CNC)
Facade engineers
Architecture firms with complex geometry


What I Solve —

Hundreds of repetitive drawings
Models that are not buildable
Slow manual drafting workflows
Gaps between design and fabrication


Material & Sustainability Consultation —

Recommend materials and sustainable building strategies for durability, efficiency, and cost-effectiveness.

Permasteelisa group - M+ Museum Facade Installation

Case Studies

OCVIBE’s Concert Hall facade Rendering

Case Study — Stretto, OCVIBE Concert Hall, Orange County

Project

Stretto is a facade system developed for the OCVIBE Concert Hall in Orange County, California.
The project features complex geometry and a high number of unique facade panels.

You can view the project here: Stretto by Futureforms


Problem

  • Complex, non-repeating facade geometry
  • Large quantity of unique panels
  • Each panel required a fabrication drawing
  • Manual drafting would be slow and inconsistent
  • Need for clean, fabrication-ready outputs

Approach

  • Developed a Grasshopper workflow in Rhinoceros
  • Extracted panel geometry directly from the model
  • Generated dimensioned panel drawings automatically
  • Applied consistent title blocks and layouts
  • Structured outputs for fabrication teams

Result

  • Automated production of facade fabrication drawings
  • Consistent drawing standards across all panels
  • Significant reduction in manual drafting time
  • Improved coordination between design and fabrication

Output

  • Individual panel shop drawings
  • Organized sheet sets
  • Fabrication-ready files

Facade Fondation Louis Vuitton in Seoul

Case Study — Louis Vuitton Maison, Seoul, Facade

 

Project

Facade development for Louis Vuitton Maison Seoul, designed by Frank Gehry and Peter Marino.

You can view the project here: Louis Vuitton Maison Seoul on ArchDaily


Role

Parametric modeling and development of Grasshopper components to support complex double-curved facade geometry.


Problem

  • Double-curved facade surfaces
  • Glass panels bending in multiple directions
  • High geometric complexity across the facade
  • Need for precise control of panel geometry

Approach

  • Built parametric components in Grasshopper within Rhinoceros
  • Defined logic for panel geometry and surface control
  • Supported modeling of complex, non-standard glass panels
  • Worked with engineering teams to align geometry with fabrication constraints

Result

  • Accurate modeling of complex facade geometry
  • Improved control over panel systems
  • Streamlined coordination between design and engineering teams
  • Enabled development of buildable facade geometry

Output

  • Parametric facade components
  • Controlled panel geometry
  • Models ready for further detailing and fabrication development

Facade Fabrication Drawings & Automation

Facade fabrication drawings require precision, speed, and coordination. I help teams generate facade fabrication drawings directly from Rhinoceros and Grasshopper models, reducing manual drafting and improving accuracy.

For projects with complex geometry or large panel counts, I build workflows that automate drawing production. This allows consistent sheet layouts, dimensioned outputs, and clean files ready for fabrication.

This approach is especially useful for facade contractors, engineers, and fabricators working on custom systems or non-standard geometries. It reduces errors and speeds up coordination between design and production teams.

You can also view related built work and technical projects in my architectural portfolio.

Have a facade or drawing package to resolve?

Send a model or sample.
I’ll tell you how I would approach it.