Building Information Modeling
Home > Building Information Modeling
INTRODUCTION
Scanning
3D laser scanning involves capturing a detailed digital presentation of a
physical space or location. This digital model serves various purposes such
as designing, monitoring progress, or exploring different options.
Building Information Modeling
It's an immensely collaborative process enabling multiple stakeholders to participate in the planning, design and construction phases of a building, all within a single unified 3D model.
As-built Model
A laser scanner is employed to capture precise 3D scans of real-world
conditions within a project.
These scan data sets are subsequently integrated into a 3D modelling
software, either to generate accurate as-built models or to enrich the
design process with real-world context and conditions.
OUR SPECIALIZATION
Scan To BIM
Scan to BIM (Building Information Modeling) is
a process that involves capturing the physical
attributes of existing buildings or
infrastructure through 3D scanning technology
and then converting that data into a digital
BIM model.
Paper To 3D CAD
The process of converting traditional paper-
based drawings or plans into digital 3D
models using Computer-Aided Design (CAD)
software that supports Building Information
Modeling (BIM) workflows.
2D CAD To BIM
The transition from 2D Computer-Aided
Design (CAD) to Building Information
Modeling (BIM) represents a significant
evolution in the way buildings and
infrastructure are designed, constructed and
managed.
MEPF Design
MEPF design refers to the design process for
the mechanical, electrical, plumbing, and fire
protection systems within a building or
infrastructure project. These systems are
critical for the functionality, comfort, safety
and sustainability of the built environment.
2D Detail Drafting
2D detailed drafting refers to the creation of
detailed technical drawings or plans within a
BIM software environment. While BIM
primarily focuses on creating and managing 3D
digital models of buildings, 2D detailed
drafting remains an important aspect.
BIM Cordination
BIM coordination is the process of ensuring
that all elements of a building or
infrastructure project, as represented in the
Building Information Model (BIM), are properly
integrated, clash-free, and aligned with project
requirements.
Line Diagrams and Schematics
Lean Diagrams and Schematics refer to visual
representations that are used to streamline
processes, improve efficiency and minimize
waste during the design,construction and
operation of buildings and infrastructure
projects.
Estimation and Scheduling
Estimation and scheduling are two critical
components of the construction process, and
they can be greatly enhanced through the use
of Building Information Modeling.
Rendering and Walkthrough
Rendering and walkthroughs are two
important visualization techniques used in
Building Information Modeling (BIM) to
communicate design concepts and project
details effectively.
SOFTWARE SPECIALIZATION
SOFTWARE SPECIALIZATION
Education
Educational institutions can leverage BIM for
research projects related to building
performance, sustainability, construction
methodologies and other relevant areas. BIM
provides a platform for experimentation.
Healthcare
Educational institutions can leverage BIM for
research projects related to building
performance, sustainability, construction
methodologies and other relevant areas. BIM
provides a platform for experimentation.
Residential
BIM in residential projects enhances
collaboration among architects, engineers, and
contractors, ensuring efficient planning and
construction processes. BIM facilitates precise
visualization, coordination.
Commercial
Revolutionize your construction projects with
Building Information Modeling (BIM).
Streamline design, collaboration, and
efficiency for unparalleled results.
Infrastructure
BIM relies on a sophisticated digital
infrastructure that integrates various aspects
of construction projects, including design,
planning, construction, and management.
Data Center & Cleaningrooms
Integrating cutting-edge BIM techniques, our
data center designs optimize efficiency and
functionality, ensuring seamless integration
with cleanroom environments.
Building Information Modeling
B I MODELLING
Collaborative process of creating 3D geometry, connecting objects and
entering required information.
B I MANAGEMENT
Supporting the construction site and design offices by providing essential information to all the stakeholders involved in the lifecycle of the construction.
B I MAINTENANCE
Using the as built BIM for the O&M phase of the project.
Building Information Modeling
EXPERTISE ACROSS DIFFERENT SCALE AND TYPOLOGY
Luxury Hotels & Apartments
Crafting BIM models for luxury hotels and apartments to optimize design and construction processes.
Residential Units
Unlock the potential of your commercial spaces with BIM for
enhanced planning and management.
High Rise Residential Towers
Utilizing BIM for high-rise residential towers to enhance design,
construction, and management processes.
3D MODELLING
ARCHITECTURE & STRUCTURE MODELLING
CAD Drawings Architecture & Structure
Professional CAD drawings for architecture and structure, tailored for
BIM (Building Information Modelling) integration. Our team ensures
precision and detail in every aspect of the design process. From
conceptualization to execution, we prioritize accuracy and efficiency to
meet project requirements. With our expertise, your BIM models will
reflect the highest standards of quality and functionality. Trust us to
bring your architectural vision to life with meticulous CAD drafting.
POINT CLOUD MODELLING
Point Cloud
Utilizing point cloud data for 3D modeling in
BIM revolutionizes architectural design and
construction. Through precise point cloud
processing, accurate representations of
existing structures are created, facilitating
seamless integration into BIM workflows. This
approach enhances project visualization,
coordination and management, optimizing the
entire building lifecycle.
3D Model
MEPF MODELLING
MEPF modeling in BIM involves the detailed
creation of mechanical, electrical, plumbing
and fire protection systems within a digital
representation of a building. MEPF modeling
enhances efficiency, reduces conflicts and
facilitates better decision-making throughout
the building lifecycle.
DRAWINGS DEVELOPMENT & MANAGEMENT
PROJECT DELIVERY LIFECYCLE
Project Award
Finalization of Quotation & Scope of work
Transition from sales to delivery lead and team
Technical Kick off
Understanding requirements
Collect all updated Inputs – models, drawings, specifications & samples
Set up collaboration and file sharing platforms
Project Initiation
Project team deployed
Deliverables & timelines agreed with client
Review and confirm all project documentation
Agree project management
Review & Query Resolution
Model & drawings checks against specifications
RFI’s & Queries sent
Resolutions agreed
Comments and Deliverables Approval
Submit interim deliverables
Get any comments through BIM 360 or marked up PDF
Provide updated deliverables for approval
Milestones Review Meetings
Milestone based or periodic meetings
Review of deliverables and scope of improvements
Take corrective measures as required
Final Delivery and Closeout
Final delivering outputs
Approval of works closeout of projects & submission of all files