Revit API transactions.
I spent 3 years using the Revit .NET API for typical Revit tasks, like nested BIM Family creation, BoQ generation, PDF exports, and automatic annotations.
Irregular surface management.
A beautiful area of design is that of 2D/3D curvatures. By using a set of SubD principles, even the wildest shapes can be made construction-ready.
Drawings without interaction.
By extending the ShapeDiver and DraftHorse plugins, I automate the creation of hundreds of data-rich PDFs in real time for panels, details, floor plans.
Expressing design aspects.
Scripting generates elegant patterns, making code quality the direct source of unique aesthetics, not a background mechanism.
Triangulation - quadrangulation.
Triangulating or quadrangulating specific sub-areas of a cover structure is a common requirement. See the results in the built references.
Quantitative min / max searches.
I use Galapagos node for simple and GeneticSharp for complex cases. By working with small modules, optimization is surprisingly easy to implement.
Node-edge networks.
My custom QuickGraph extension targets grid-like structures, from facades to membranes. Modeling geometries as nets drives highly efficient designs.
Highly complex structural parts.
I model highly geometric structural details, especially for membrane constructions. See my beta research.
Flat mix and site mix.
A multi-year research focused on two tasks: allocating residential units in arbitrary buildings and evaluating sites based on regulatory rules.
Bálint Füzes
MSc Architect & Software Developer
I'm Bálint, an MSc Architect and certified Software Developer from Budapest. I specialize in developing highly efficient algorithms to solve complex geometric challenges in architecture, from large-scale landscapes and facades to detailed interior panels and furniture.
My main interest is in developing reusable, modular code for diverse projects. It's incredibly rewarding to solve a coding challenge and then see that solution realized in a physical structure.
My architectural passion is for dynamic, deconstructive shapes—designs where the structural logic and the visual form are one and the same, creating a seamless and powerful aesthetic.
You'll receive your Rhino or Revit source code on GitHub, plus editable or frozen models.
I've collaborated with a wide range of AEC professionals, from individuals to large firms (100+ people).
I focus exclusively on the technical aspects and provide design input, but you retain total design control.
No, coding offers many opportunities for quantitative checks and repetitive work reduction, even on standard projects.
Let's create together!
I'm available for freelance projects and would love to explore potential collaborations. Feel free to email me and let's discuss how we can work together!
Get in touch