From building system to completed structure.
ISB® connects architecture, engineering, system planning, production and construction within one coordinated project route — turning a building concept into a buildable structural system and, ultimately, a completed building.
The system begins before construction starts.
ISB® planning starts with the building itself. Architecture, structural requirements and system geometry are coordinated before elements reach the construction site.
Architecture
Site, programme, spatial organisation, openings and architectural expression define the building that must be realised.
Engineering
Structural requirements, loads, geometry and project conditions are translated into an engineered building concept.
ISB® System Planning
Wall and floor elements, reinforcement and connections are coordinated around the architecture and structural design.
Project planning becomes physical components.
Once architecture and engineering are coordinated, the structural concept is translated into wall and floor elements that follow the geometry and requirements of the building.
Wall Elements
Wall elements are arranged according to the building geometry, openings, structural requirements and connection strategy developed during system planning.
Floor Elements
Floor elements extend the coordinated structural system horizontally and are planned together with wall positions, reinforcement and wall-to-floor interfaces.
The structure develops from connection to connection.
Construction follows the system logic established during planning. Base conditions, wall junctions and floor interfaces connect individual components into one coordinated structural route.
Start at the Base
The structural wall system begins at the foundation interface, coordinated with the floor construction and surrounding envelope.
Connect the Walls
Corners and intersections establish continuity between wall directions and coordinate the structural layout of the building.
Add the Floor System
Horizontal floor elements connect with the vertical wall system through coordinated reinforcement and connection detailing.
The building process stays connected.
ISB® is designed as a project route rather than an isolated material supply. Information moves from design through engineering and element planning into production preparation and construction.
Design
Architecture establishes the form, spaces and project requirements.
Engineering
Structural requirements and project conditions are defined.
System Planning
Wall, floor, reinforcement and connection logic are coordinated.
Production
System planning is translated into the information required for elements.
Assembly
Elements and connections form the planned structural system on site.
Building
The structural system becomes part of the complete finished building.
One project route. Multiple professional disciplines.
Architects, engineers, system planners, production and construction teams remain separate professional roles — but the project information connecting them can follow one coordinated building route.
See the engineering — or start with your project.
The workflow explains how ISB® moves from design to construction. From here, continue into the technical background or begin discussing how the system could fit a real project in Spain.
Explore Technical Performance.
Continue into the documented system, structural components, engineering principles and technical connection details.
Technical Performance → 02 Project RouteDiscuss Your Project.
Share the site, project brief or architectural concept and begin identifying the route from design through engineering and ISB® system planning.
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