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Services

BIM

Building Information Modeling

Exalco Systems B2B

About us for BIM

Systems B2B has been at the forefront in providing complete building information modeling service solutions for architecture, structure, and MEP. Our team of experts includes BIM coordinators, architects, structural engineers, HVAC engineers, plumbing engineers, electrical engineers, and BIM modelers. We provide professional, personalized, and quality services.

The heart of our success lies in the inspiring efforts of our multi-disciplinary team, coming together to deliver simply amazing work.

What is BIM

Building Information Modeling or BIM is a digital representation of the physical and functional characteristics of a structure. As such, it serves as an exact source of knowledge for information about a structure, forming a reliable basis for decisions during its life cycle defined as existing from the beginning. The construction industry’s future is digital, and BIM is the future of long-term facility design and management.

Exalco Systems B2B
Exalco Systems B2B

What We Provide

Systems B2B provides building information modeling services using the Autodesk Revit platform. We have experience in software such as Revit Architecture, Revit Structure, and Revit MEP. We can create pre-construction planning design data for different projects with the same software family. This interoperability level offers clear advantages in terms of time and costs and allows the entire project team to visualize the impact of their projects on others and resolve conflicts based on this knowledge.  In addition to 3D parametric modeling, we offer our clients 4D BIM (time planning) and SD (cost) services.

MEP Coordination

Systems B2B provides building information modeling services using the Autodesk Revit platform. We have experience in software such as Revit Architecture, Revit Structure, and Revit MEP. We can create pre-construction planning design data for different projects with the same software family. This interoperability level offers clear advantages in terms of time and costs and allows the entire project team to visualize the impact of their projects on others and resolve conflicts based on this knowledge.  In addition to 3D parametric modeling, we offer our clients 4D BIM (time planning) and SD (cost) services.

Exalco Systems B2B
Exalco Systems B2B

Construction Management

In addition to 3D modeling services, we also offer construction management services such as 4D construction sequencing, 5D simulation, and quantity estimation services.

We use the Autodesk Navisworks platform to create 4D / 5D simulations based on the planned build process.

With the generated sequence, the construction designer can simulate the planned process, identify conflicts.

 

Efficient material planning and management, better planning, and coordination of site use with ongoing operations, supply chain management, inventory management, etc.

Level Of Development

LOD 100

The model element can be represented graphically in the model with a symbol or other generic representation, but it does not meet the requirements of LOD 200. Model element information (for example, cost per square foot, HVAC tonnage, etc.) They can be derived from other elements of the model. 

LOD 200

The model element is graphically represented as a generic system, object, or set with approximate quantity, size, shape, position, and orientation. Non-graphical information can also be associated with the model element.

LOD 300

LOD 300 “The model element is graphically represented as a specific system, object, or assembly in terms of quantity, size, shape, position, and orientation. Graphics.

LOD 400

LOD 350 model = LOD300 + interfaces.

 

The general model is particularly suitable for using the model to support the construction process. It has the advantage of being easier to develop than LOD400 but provides more useful information than LOD300

LOD 500

The model element is graphically represented as a specific system, object, or assembly in terms of size, shape, location, quantity, and orientation with details, assembly information, and manufacturing facility. You can associate non-graphical information with the model element. 

Conceptual

Deliverables

1. Model

2. Generic volume details

3. Basic sections and   elevations

Generic Placeholders

Deliverables

  • 1. Model
  • 2. Generic volume details
  • 3. Basic sections and       elevations

4. Approximate floor     plans
5. Approximate   schedules of doors,   windows, walls etc.

Specific Assemblies

Deliverables

1. Model

2. Sections and elevations

3. Accurate floor plans

4. Accurate schedules of doors, windows, walls etc.

5. Ceiling plans

6. Accurate Struct. Floor plans sections, elevations etc.

7. Accurate MEPF floor plans, sections, elevations etc.

8. Coordinated model & drawings issued for construction.

Detailed Assemblies

Deliverables

1.Fabrication Model

2.Sections and elevations

3.Accurate floor plans

4.Accurate schedules of doors, windows, walls etc.

5.Ceiling plans

6.Fabrication drawings

7.Accurate Struct. Floor plans sections, elevations etc.

8.Accurate MEPF floor plans, sections, elevations etc.

9.Coordinated model & drawings issued for construction.

10.Interfaces

As Built

Deliverables

1.Fabrication Model

2.Sections and elevations

3.Accurate floor plans

4.Accurate schedules of doors,   windows, walls etc.

5.Ceiling plans

6.Fabrication drawings

7.Accurate Struct. Floor plans sections, elevations etc.

8.Accurate MEPF floor plans, sections, elevations etc.

9.Coordinated model & drawings issued for construction.

10.Interfaces

owners  –  Architects  –  Engineers  – Contractors  –  SUBcontractors  –  fabricators – Facilty management – maintenance operations

LOD 100
Owners | Architects
LOD 200
Owners | Architects | Engineers
LOD 300
Owners | Architects | Engineers | Contractors | Subcontractors
LOD 400
Owners | Architects | Engineers | Contractors | Subcontractors | Fabricators
LOD 500
Owners | Architects | Engineers | Subcontractors | Fabricators | Facility Management | Maintenance Operations