The form that solves the problem.

“Omniacurva” is a Latin expression that appears in Hobbes’s *Leviathan* to remind us that not all curved things are equally curved.

Today, with every style exhausted and every building photographed, it remains the most honest question in architecture:

Does this form have a reason for being, or is it merely about appearance?

We work to ensure it is always the former.

Parametric design, BIM methodology, genuine sustainability.

Architecture where the curve thinks.

One model. Three teams. A single point of contact.

No other studio in Spain offers this integration starting from the project itself.

OmniaCurva

Parametric Design

Optimized geometry, verified alternatives, transfer to the BIM model

BIMtropía

BIM Methodology

Federated model, coordination of disciplines, construction monitoring, As-Built

ZEROvã

Sustainability

LEED · BREEAM · VERDE Passivhaus from the design stage, integration with BIM modeling

Same model · same information · no loss of coordination.

The problem we solve.

In architecture, form is decided late—and when it changes, everything is redone.

Data-free design decisions

The building's massing is chosen based on aesthetic criteria, without analyzing solar radiation, shadows, or energy consumption. Errors are discovered during construction.

Slow and costly iterations

Changing the block orientation or the window-to-wall ratio requires redoing everything by hand. Few alternatives are presented due to a lack of time.

Complex geometry = problem

Non-orthogonal forms are abandoned or simplified because no one knows how to document them for fabrication and construction.

Disconnected design and BIM model

The architect designs in one environment, while the BIM manager models in another. The translation results in a loss of information and creates coordination errors.

How we work.

01

Brief and parameters

Program, site, target budget, zoning constraints. We define what to optimize and how to evaluate each alternative.

02

Exploration and alternatives

Parametric scripts generate multiple solutions. Each includes 3D geometry, performance data, and a cost impact estimate.

03

Definition and documentation

We develop the selected solution. We provide complete technical documentation for all unique elements, covering both fabrication and construction.

04

Transfer to the BIM model

Direct integration with BIMtropía. Geometry enters the federated model without re-translation. The construction team receives a complete model.

It is not an aesthetic. It is a methodology.

We design using rules: site, program, cost, and structure. The algorithm finds the best form.

Rules, not drawings

Each parameter—orientation, clear height, V/M ratio—controls the entire model. Changing one instantly regenerates everything.

Data-driven decisions

Each alternative includes solar analysis, shading, estimated consumption, and built area. We choose the one that works best.

Iteration speed

Ten alternatives in the time it used to take for one. We present verified options, not sketches.

Direct BIM integration

The parametric geometry is transferred to the BIM model without re-translation. The construction team receives a complete model.

One model. Three services.

OmniaCurva [FORM]

Preliminary Design Phase

OmniaCurva [SKIN]

Basic design phase

OmniaCurva [DATA]

Cross-cutting across all phases

Geometric optimization

We explore massing and façade alternatives using parametric scripts. Each iteration generates 3D geometry and performance data. We resolve the form before the structural and MEP engineers get involved.

→ Volumetric scanning
→ Solar and wind optimization → Shadow analysis
→ Documented alternatives

Facades and building envelopes

We design building envelopes with complex geometry, optimized for manufacturing. The manufacturer receives data—coordinates, patterns, and bills of materials with tolerances—rather than drawings.

→ Parametric facade design
→ Panelization and optimization
→ Manufacturing documentation
→ BIM Integration

Analysis and simulation

We simulate the building's behavior—solar radiation, shading, and consumption based on orientation. The data informs the design and the sustainable certification process with ZEROvã.

→ Solar and shadow analysis
→ Consumption simulation
→ Wind analysis
→ Performance Report