Bálint Füzes working — architect & coder combining design and algorithmsBálint Füzes working — architect & coder combining design and algorithms

Parametric coding service.

Hi there, I am Bálint. I build Rhino and Revit C# algorithms for architects who need to expand their project capacity.

The problem

Your ideal architecture is in sight, but it takes coding to reach its full potential.

Architectural coding challenge — keeping skills in-house

Keeping skills in-house for infrequent tasks is expensive.

Grasshopper script complexity example

Grasshopper scripts often get unreadable
and unreusable.

Parametric modeling beyond basic scripting

For high-quality results you must go beyond basic scripting.

The solution

I provide advanced parametric design services on a project basis.

10000+

Lines of code accumulated.

10+

Years of project experience.

All stages

From concept to manufacturing.

All scales

From landscaping to furniture details.
Features

What makes this powerful?

01

Feature pricing

Fee is determined by the specific code capabilities and their corresponding modeling tasks.

02

Modularity

Each project builds the library of reusable, atomic modules, accelerating our joint delivery.

03

Prepared software functions

My powerful set of blocks is ready to engage for unit testing, validation, error messaging and queries.

04

Source-code level access

Working directly with a geometric library’s source code unlocks its full design potential.

Projects.

Working with Design and Build Hungary Ltd. I contributed to the rapid feature design of a timber plate manufacturer's canteen refurbishment.

SwissKrono

Timber interior.

Working together with S39 Hybrid Design Studio Ltd, I contributed to the detail-level finalization of this floating, metallic interior sculpture.

Weaves

Sculpture fabrication.

This incredible stair's cladding design, planned in collaboration with Group Dyer, is based on my SubD-driven modeling logic.

Luxury stair

Fluid details.

See projects

Algorithms.

My custom QuickGraph extension targets grid-like structures, from facades to membranes. Modeling geometries as nets drives highly efficient designs.

Graphs

Node-edge networks.

I use Galapagos node for simple and GeneticSharp for complex cases. By working with small modules, optimization is surprisingly easy to implement.

Optimization

Quantitative min/max searches.

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.

Freeform

Irregular surface management.

See algorithms
Stack

Rhino clusters, Rhino nodes and Revit commands.

I work with the .NET C# language to develop solutions for the Rhino Geometry Kernel and the Revit API frameworks. While I occasionally use Python, my main focus is on C#.

public class Task_NodesByWrap<TNode, TEdge> : Task_ByWrap<TNode, TEdge>
 where TNode : GraphNode
 where TEdge : GraphEdge<TNode>
{
public override List<IGraphQuery> Queries =>
new List<IGraphQuery>
{
 
new GenericQuery<IEnumerable<int>, TNode, TEdge>(
(graph) => graph
.Vertices
.Where(node => node.IsWrapped)
.Select(x => x.GraphIdentity.Index),
ComponentHelp.SetList,
"WrappedNodeIndices"),
  };
Heteroptera
Blender
vRay
Git
JSON
systemAnnotations
vectorFields
fluentValidation
Galapagos
geneticSharp
graphMapper
quickGraph
Heteroptera
Blender
vRay
Git
JSON
systemAnnotations
vectorFields
fluentValidation
Galapagos
geneticSharp
graphMapper
quickGraph
Heteroptera
Blender
vRay
Git
JSON
systemAnnotations
vectorFields
fluentValidation
Galapagos
geneticSharp
graphMapper
quickGraph
Heteroptera
Blender
vRay
Git
JSON
systemAnnotations
vectorFields
fluentValidation
Galapagos
geneticSharp
graphMapper
quickGraph
Heteroptera
Blender
vRay
Git
JSON
systemAnnotations
vectorFields
fluentValidation
Galapagos
geneticSharp
graphMapper
quickGraph
About

A little bit about me.

Bálint Füzes working — architect & coder combining design and algorithms

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.

How are results delivered?


You'll receive your Rhino or Revit source code on GitHub, plus editable or frozen models.

What kind of teams can use this?


I've collaborated with a wide range of AEC professionals, from individuals to large firms (100+ people).

How are you a background entity?


I focus exclusively on the technical aspects and provide design input, but you retain total design control.

Is this for complex, rare projects?


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