Premium Service

BIM
WORKFLOW

Design • Plan • Build

Vision Alignment

We define your goals, scope, and budget to create a clear project roadmap.

Clear Goals

Site Intelligence

Analyzing terrain, sunlight, and wind to support informed project positioning.

Eco-Friendly

Concept Design

Translating raw ideas into initial visual blueprints and spatial layouts.

Visual Ideas

3D Architecture

Developing a coordinated, data-rich 3D BIM model of the building.

STEP 4.1

Zoning Diagram

Creating spatial zones to define how different areas of the building connect and flow naturally.

STEP 4.2

3D Massing

Basic 3D architectural blocks are generated to visualize the building’s overall volume and proportion.

STEP 4.3

Grids & Levels

Establishing reference grids and levels to coordinate column, wall, and service locations.

STEP 4.4

BIM Modeling

A smart 3D model where every wall, door and window contains real-world data and specifications.

STEP 5.1

Architectural Review

We review the architect’s 3D model to understand core geometry and structural requirements.

STEP 5.2

Framing Strategy

Establishing the primary grid, optimizing locations for columns, shear walls and primary beams.

STEP 5.3

Gravity & Live Loads

Precise calculation of building self-weight (Dead Load) and dynamic items like furniture (Live Load).

STEP 5.4

Seismic & Wind

Advanced analysis of lateral forces like wind pressure and earthquakes to assess structural response under wind and seismic loads.

STEP 5.5

Analytical Modeling

Building a complete mathematical model in ETABS or STAAD.Pro to simulate real-world conditions.

STEP 5.6

Safety Check

Running hundreds of load combinations to check for unsafe beam deflection or over-stressed columns.

STEP 5.7

Structural BIM

Converting ETABS analysis into a physical 3D BIM model using Revit Structure (LOD 300).

STEP 5.8

3D Rebar Detailing

Modeling exact 3D steel reinforcement (LOD 400) to detect congestion and pouring issues early.

Structural Core

Engineering the steel and concrete framework to support structural stability.

Safe Design

MEP Systems

Coordinating mechanical, electrical, and plumbing networks.

STEP 6.1

MEP Briefing

Reviewing purpose and occupancy to define mechanical, electrical and plumbing needs.

STEP 6.2

Load Calculations

Advanced calculation of thermal, electrical and public-health loads to scale systems.

STEP 6.3

Shaft Zoning

Strategically allocating space for chiller plants, panels and service shafts.

STEP 6.4

Schematics & SLDs

Developing electrical SLDs plus HVAC and plumbing schematics and riser diagrams.

STEP 6.5

Equipment Sizing

Selecting appropriately sized chillers, transformers and pumps to support operational efficiency.

STEP 6.6

Network Routing

Precise sizing of AC ducts, water pipes and cable trays to support system performance and coordination.

STEP 6.7

3D MEP BIM

Modeling every duct, pipe, tray and valve in Revit MEP with real-world manufacturer specifications.

STEP 6.8

MEP Coordination QA

Reviewing the coordinated MEP model, resolving issues, and verifying approved drawings before site release.

Coordination Review Complete

Clash Resolution

Identifying and resolving multidisciplinary architectural, structural, and MEP conflicts before construction.

4D Timeline

Linking model elements to the construction schedule to simulate sequencing and support planning.

On-Time

Model-linked Quantities

5D Costing

Linking model quantities and schedule activities to rates and cost data for estimating and forecasting.

Final Review

Reviewing the coordinated model, quantities, open issues, and checked Issued/Good for Construction documents before site release.

Ready to Build

Issuing checked IFC/GFC documents and coordinated model information to the site.

Available For New Projects

Ready to Build
Something Extraordinary?

Experience a smoother, faster, and cost-effective building process with BUILDOJA's advanced BIM Technology.

BIMWORKFLOW