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

BIM geometry modeling support

Hi, I'm Bálint, MSc. Architect. I take on geometry-heavy precision modeling work so you can focus on design.

Context

As projects evolve to construction, geometry must become perfect.

Technical capabilities integrated into your studio without forcing structural changes.

Proprietary algorithms ensure precision and neutralize downstream construction errors.

Scalable modeling capacity mirrors fluctuating project loads and tight deadlines.

Capacity

I provide dedicated Revit and Rhino modeling support to turn designs into construction-ready plans.

GroupDyer
BanatiHartvig
S39
PaulinyiAndPartners
DNBS
Equinox
AJS
T//O
GroupDyer
BanatiHartvig
S39
PaulinyiAndPartners
DNBS
Equinox
AJS
T//O
GroupDyer
BanatiHartvig
S39
PaulinyiAndPartners
DNBS
Equinox
AJS
T//O
GroupDyer
BanatiHartvig
S39
PaulinyiAndPartners
DNBS
Equinox
AJS
T//O

Overview.

High-precision modeling built on modular, validated geometry logic and purpose-built algorithmic tools.

Types

From exterior shapes to interior skins

The type-independent approach covers everything from volumetric masses to unitized panel claddings and adaptive substructures.

Scales

From building volumes to detail joints

The geometric logic scales seamlessly, handling multi-story facade grids with the same millimeter-precision as rigorous steel joints.

Platforms

Native models and interoperability

BIM-compliant LOD 400 Revit models, programmatically controlled Rhino shapes and bidirectional Archicad data transfer.

Delivery

Flexible capacity on-demand

Collaboration adapts to your needs—from rapid modeling surges for tight deadlines and specific module inputs up to multi-year partnerships.

References.

SwissKrono.

Real-time documentation.

Weave.

Concept-to-fabrication modeling.

See projects

Modules.

Roof grids.

Graph-driven axis management.

Junction details.

High LOD precision modeling.

See all modules

Rhino nodes and
Revit commands.

I develop reusable .NET C# algorithms speeding up delivery across projects. They are mainly built upon my open-source engine:

See PORTIA ecosystem
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

Test this on a single task

Not sure how this fits your workflow? Send over one challenging task — like a tricky wall detail or a tedious facade fragment — and let's talk it through.

balint@fuzesarch.com
+36302980503

Get in touch

Standards.

Built to protect your intellectual property with guaranteed mathematical precision.

Zero start risk.

Test this on a no-commitment micro model.

100% retained authorship.

You keep total creative control and IP.

No-code modules.

Zero coding knowledge needed.

Algorithmic assurance.

Programmatic dimension checks.

A little bit about me.

Bálint Füzes working — architect & coder combining design and algorithms

Bálint Füzes

MSc Architect & Software Developer

I’m Bálint Füzes, MSc Architect and certified software developer. I support architect and engineering teams with modeling and computation,. I focus on the harmonious interplay of geometry and algorithms to deliver logically lightweight and construction-ready models.

Who is this for?

Architect and civil engineering teams of all sizes, ideally with basic geometric understanding. Any geometric task — from simple to complex structures — is welcome. Joining a project gives you access to all modules and solvers.

How does collaboration work?

I act as a flexible “back office.” On-demand, you get the capacity of a trained parametric team at fractional overhead — while keeping full project authority, authorship, and IP. Involvement adapts to the project phase for low-overhead integration.

Do I need to understand code or parametrics?

Not at all. I handle all coding and solver logic. Your team simply uses ready-to-go tools, benefiting immediately from existing modules without worrying about the underlying technology.

Reach out

Drop a line and let us connect:

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