01
Architectural design
Urban planning, landscape design, infrastructure, facilities and buildings.
Introduction
We design each discipline as part of one project.
We design projects across all disciplines and integrate them into a central Building Information Modeling (BIM) model.
This integration enables architecture, structures, mechanical, electrical and plumbing systems, information technology and automation to work with coordinated information from the earliest decisions through asset operation.
What we do
Coordinated disciplines
We develop an integrated design, aligning scope, technical information and constructability.
02
Structural design
Infrastructure, facilities and buildings.
03
Mechanical, electrical and plumbing systems
High and medium voltage, infrastructure and buildings.
04
Information technology and automation
Facilities and buildings.
Our approach
A coordinated source of information.
We integrate disciplines into a Building Information Modeling model that incorporates three-dimensional geometry, scheduling, costs, sustainability and operations.
- Three-dimensional model
- Project scheduling
- Costs and quantities
- Sustainability
- Operations and maintenance
Process
From requirements to a coordinated model.
1
Defining requirements
We align objectives, scope, technical criteria, available information and responsibilities.
2
Discipline development
Each discipline develops its solutions using agreed criteria and deliverables.
3
Model integration
We centralize technical information to review relationships, spaces and dependencies.
4
Coordination and review
We detect clashes, validate constructability and document decisions.
5
Handover and continuity
We deliver coordinated information for construction, control and operations.
Benefits
Better decisions before construction.
Coordination across disciplines
Teams work with shared criteria and information.
Fewer clashes
Conflicts are identified before they reach the construction site.
Improved constructability
Solutions are reviewed for practical feasibility.
Lower costs
Rework, late changes and waste are reduced.
Stronger document control
Decisions and versions remain clearly traceable.
Centralized information
The project maintains a common source of information.
Tools and technologies
A connected ecosystem for design and coordination.
Autodesk
BEXEL
Revit
Navisworks
Civil 3D
AutoCAD
Sectors and applications
Integrated design for projects of varying scale and complexity.
- Infrastructure
- Buildings
- Industry
- Real estate development
- Tourism
- Energy
01
Mixed-use developments
Coordination of architecture, structures and building systems in projects with multiple uses and phases.
02
Urban infrastructure
Integration of urban planning, landscape design, networks, structures and construction documentation.
03
Industrial facilities
Spatial and technical coordination of equipment, systems and operational requirements.
04
Smart buildings
Integration of automation, information technology and specialized building systems.
Next step