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What does it mean BIM?

  BIM is a subject much talked about in the World and Sector of Architectural Industry and Construction, but what it really is, what it is used for, who or what kind of professionals should use?

  Some say that BIM is a type of software; or that BIM is a 3D model of the buildings. While others say that BIM is a process or that BIM is either more or less than an organized framework with all information of the building. After all BIM is everything mentioned previously, and more...

Explaining BIM translated by kids.

  In BIM, everything starts with a 3D digital model of the building. However this model is more than simple and pure geometry, to which they add interesting textures to your appropriate visualization. A true BIM model is composed by is equivalents virtual views that correspond to the existing sections of the building that come true in reality.

  These virtual elements are the digital prototype of the physical elements of the building, like the walls, columns, windows, doors, stairs, etc….

Let's now see what a BIM model is?
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3D VIEWING.

  Of course the practical use of a BIM model it’s more to create realistic visualizations of the building to project.

  Our BIM model helps us to take design decisions, comparing various alternatives to present to the client, the local community or municipality and still other possible interested associations.

MANAGEMENT OF CHANGE.

  As the information or data are stored in a specific place in a BIM model, any modifications that we make in the building will be automatically updated in each view, such as plants, sections and elevations. These not only helps to perform all the information faster, but also provides a rigorous and assured quality by automatically coordinate the different views.

CONSTRUCTION SIMULATION.

BIM model contains more than architectural data; it also has distinct information about the disciplines of engineering, sustainability and other characteristics that can be easily simulated much more sooner than the real Construction phase.

DATA MANAGEMENT.

BIM contains information which is not visually represented. Schedule for example, clarifies the necessary manpower and its coordination that may well affect the deadline and final result of the project. Costs, charges are also an aspect that BIM allows us to understand the budget and estimate how much of it is in question at any point and time of the project.

Needless to say, that these data and information via a BIM model are useful not only in the phase of design and 

construction of a building, but that too is required throughout its lifecycle, helping to reduce and optimise the operation and management costs of the interesting places significantly in relation to the total cost of Construction.
Presentation

Presentation

Resume

Resume

CONRAD

CONRAD

Visualization

Visualization

Revit Model

Revit Model

3D Model Plan

3D Model Plan

3D Model Plan

3D Model Plan

Elevation 1

Elevation 1

Elevation 2

Elevation 2

Detail Drawing 1

Detail Drawing 1

Detail Drawing 2

Detail Drawing 2

Detail - Costs - Management

Detail - Costs - Management

Render

Render

INACAP VALDIVIA

INACAP VALDIVIA

3D Model - ARC (STR) vs MEP

3D Model - ARC (STR) vs MEP

MEP Control...

MEP Control...

MEP Control - Plumbing

MEP Control - Plumbing

MEP Control...

MEP Control...

As-Built in RVT.

As-Built in RVT.

LADERA

LADERA

Render vs Reality.

Render vs Reality.

Actual Construction

Actual Construction

As-Built Model in RVT

As-Built Model in RVT

INACAP Tabancura 1/2

INACAP Tabancura 1/2

As-Built Phase 1 and 2

As-Built Phase 1 and 2

AXO Section 1

AXO Section 1

AXO Section 2

AXO Section 2

Management of a Project.

Management of a Project.

All INFO generated from scratch of a ARC Project since a 3D Model to As-Built Phase.

​JmV&SS Arqu&Bim​​

BIM Environment
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ADVANCED COORDINATION
Between all Disciplines and Specialists involved in the Main Project, resulting in th proper and desire Budject Management and control during all Cycle and Phases of Construction.
ANALYSIS OF PREVIOUS COSTS IN DESIGN PHASE
BIM Cycle

BIM Cycle

BIM Management Workflow

BIM Management Workflow

Benefits for Architects and Engineers

Benefits for Architects and Engineers

PROTOCOLOS BIM - Estrutura, Colaboração e Softwares.

PROTOCOLOS BIM - Estrutura, Colaboração e Softwares.

Mapa de Processos - Nível 1

Mapa de Processos - Nível 1

BEP - BIM Execution Plan

BEP - BIM Execution Plan

A Razão e Propósito de um Bim Execution Plan.

Gestao do BEP

Gestao do BEP

Issues Control Management - BCF - BIMCollab

Issues Control Management - BCF - BIMCollab

MEP Coordination

MEP Coordination

Systems of MEP(HVAC; PEX; and other)

Systems of MEP(HVAC; PEX; and other)

EXTRACTION, PEX and SUPPLY

EXTRACTION, PEX and SUPPLY

Detail of a Intersection.

Detail of a Intersection.

Conflict or Intersection

Conflict or Intersection

Front View of MEP Project.

Front View of MEP Project.

BIM Clash NAVIS in RVT

BIM Clash NAVIS in RVT

Quantification of Materials...

Quantification of Materials...

Quantification of Materials...

Quantification of Materials...

Control of General Costs

Control of General Costs

Needless to say, that these data and information via a BIM model are useful not only in the phase of design and construction of a building, but that too is required throughout its lifecycle, helping to reduce and optimise the operation, management and costs for Stakeolders and Clients, significantly in relation to the total cost of the construction.

With all these benefits that BIM offers, don't let the competition "reach BIM" before you.

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