BIM Research and Study
Understanding BIM’s role as a data-driven technology in the AEC industry
BIM project phases:
• Plan – Use reality capture and data for project context models
• Design – Concept, analysis, documentation, and logistics planning
• Build – Fabrication and construction coordination
• Operate – BIM data carried into operations, maintenance, renovation, and deconstruction
BIM Modeling (Architecture, Structure & MEP)
Architecture data: planning, documentation, visualization, coordination
Structure data: 3D reinforcement modeling, detailed workflows, steel and concrete documentation, structural analysis export
MEP data: integrated design, interference detection, fabrication modeling, systems documentation
BIM Analysis
Tools: Revit and RWIND
Heat analysis
Solar analysis
Load analysis
Wind analysis
BIM Simulation
Tools: Naviswork
4D Simulation: real project timeline + clash detection
5D Simulation: cost timeline and project costing
6D Simulation: project lifecycle information
BIM Coordination (BIM 360 & BIM Collaborate-Pro)
Cloud-based collaboration and model coordination
Clash detection to catch errors early
Design collaboration tracking
Field team access via mobile models
Construction Project Management with BIM Application
Tool: Primavera P6
Covers full construction lifecycle: cost control, scheduling, procurement, risk assessment
Coordination with architects, owners, and contractors
BIM 4D & 5D with Project Management
Tool: BEXEL Manager
Advanced features for visualization, data management, clash detection, automated quantity take-off (QTO), cost management, smart scheduling and progress tracking
Data Visualization
Tool: Power BI
Create visual reports from multiple data sources
Advanced analysis with AI and reporting tools
Helps with smarter decision-making and data insights
Visual Programming
Tool: Dynamo
Establish visual and algorithmic relationships between drawing components
Workflow automation from concept to final design
Augmented Reality & Related Tech
AR (Augmented Reality)
VR (Virtual Reality)
Scan to BIM workflows
Rendering
Tool: V-RAY
Real-time digital camera views
Quick iterations with material and lighting exploration
Shareable project visuals
Common Data Environment
Tool: BIM 360
Single source of truth for project data and documentation
Facilitates collaboration and reduces duplication/mistakes
To develop professionals capable of managing Building Information Modeling (BIM) processes across all project stages—design, construction, and facility management—by equipping them with technical skills, industry software knowledge, and global BIM standards. The program aims to create future-ready BIM Managers who can lead coordination, 4D/5D planning, clash detection, and digital project delivery in the AEC industry.
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