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Course description:
This course offers a comprehensive approach to integrating digital design, planning, and execution through structured 4D and 5D BIM workflows. It focuses on time- and cost-based project management using model-driven techniques to support construction scheduling, quantity takeoff, cost estimation, and progress tracking. Participants will learn how to organize, simulate, and monitor projects using coordinated models, enabling informed decision-making throughout the construction lifecycle. With emphasis on workflow structuring, classification, and scenario planning, the course supports better collaboration, transparency, and project control.
Course Outcomes:
- Understand how to set up digital construction environments, define project workflows, and configure models for downstream planning.
- Apply data validation, enrichment, classification, and visualization techniques to enhance model usability and coordination.
- Execute quantity takeoff and cost estimation processes using structured outputs aligned with construction and procurement needs.
- Develop, simulate, and optimize construction schedules by integrating time and cost dimensions with the model.
- Monitor project progress, generate automated reports, and integrate data using dashboard tools and workflow automation.
Intended Participants:
- BIM Managers, Project Coordinators, and Planning Engineers involved in digital construction planning.
- Quantity Surveyors and Cost Estimators managing model-based cost and quantity data.
- Construction Managers and Site Engineers responsible for scheduling and project tracking.
- Design and Engineering Professionals supporting digital delivery workflows.
- Consultants and Delivery Partners seeking to align project control processes with 4D/5D BIM practices.
Desirable Requirements:
Reliable computer and stable internet connection.
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