Our Services

Scan to BIM

"Laser scanning" or "Point cloud" could be used as two-word alternatives to refer to "scan to BIM." These terms are often associated with the process of converting physical structures into digital models for Building Information Modeling (BIM) using scanning technology.

Drafting

Drafting work refers to the process of creating technical drawings, plans, or schematics that visually represent designs, concepts, or instructions. It is a crucial step in fields like architecture, engineering, manufacturing, and construction. The purpose of drafting is to convey precise and detailed information about a design to ensure accurate implementation or construction.

Key Aspects of Drafting Work:

Precision and Accuracy: Measurements, dimensions, and specifications must be exact to avoid errors in execution.
Technical Drawings: These can include blueprints, schematics, layouts, or detailed 2D/3D plans created by hand or using computer-aided design (CAD) software.
Collaboration: Drafts are often shared with designers, engineers, contractors, or clients for review and feedback.
Versatility: Drafting applies to various industries, including civil engineering (roadways, bridges), architecture (building designs), mechanical engineering (machine parts), and electronics (circuit diagrams).

Architecture & Structure

We specialize in structural and architectural work, providing Revit and CAD files.

Architecture & Structure refers to the design and organization of buildings and physical spaces, focusing on both aesthetics (architecture) and stability (structure).

Architecture is the art and science of designing buildings and spaces to be functional, visually pleasing, and responsive to human needs and cultural context.
Structure refers to the engineered system that supports and holds a building in place, ensuring safety, strength, and durability.

Together, they shape the built environment, balancing creativity with technical precision.

Quality Control

Quality Control in BIM (Building Information Modeling) refers to the systematic process of ensuring that BIM models meet the required standards, accuracy, and functionality throughout a project's lifecycle. It involves verifying and validating the data, design, and coordination within the model to ensure consistency, compliance, and reliability.

Key Elements of Quality Control in BIM:

Model Accuracy: Ensuring all elements are modeled to the correct dimensions, alignments, and specifications.
Data Validation: Checking that the data embedded within the model (e.g., material properties, quantities, schedules) is accurate and up-to-date.
Standards Compliance: Ensuring the BIM model adheres to industry standards (e.g., ISO 19650), project-specific requirements, or local regulations.
Clash Detection: Identifying and resolving conflicts between different systems (e.g., structural, mechanical, electrical) before construction begins.
Documentation Quality: Verifying that all outputs, such as drawings and reports, align with the model and are error-free.
Coordination: Ensuring seamless integration between multidisciplinary teams and preventing discrepancies.

Revit Family Creation

Work with different type of Revit family like door, windows, light, and, etc.

Key Features of Revit Families:

Parametric Design: Families are driven by parameters, allowing users to adjust dimensions, materials, and other properties to create variations of the same component.
3D and 2D Representation: Families contain both 3D geometry for visualization and 2D views for documentation.
Flexibility: Families can be reused across projects and customized to meet specific design requirements.

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