BIM2Site - Transition from Digital Modeling to Physical Construction
Consultation
yasminaelmahy
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Full Package: £ 2250
Training Prog. & Accommodation only: £ 1850
Training Prog. Only: £ 1500
Description:
This comprehensive six-week program provides architecture and civil engineering senior students and recent graduates with in-depth, practical training in digital design workflows and real-world construction site operations. The program is divided into two parts: the first two weeks focus on Building Information Modeling (BIM) tools and collaboration practices, while the subsequent four weeks immerse students in active construction environments to understand processes, safety, and management practices. Participants will graduate with industry-relevant skills spanning both virtual and physical project delivery
Targeted Audience
- Individuals seeking BIM and site-based training for career readiness
- Final-year students preparing for internships or graduation projects
- Undergraduate architecture or civil engineering students
Materials Included
- BIM project templates and datasets
- Revit and Dynamo software access guides
- On-site observation forms and checklists
- Safety briefings and daily reporting templates
- Certificate of completion
Requirements/Instructions
- Participants must have basic proficiency in Autodesk Revit.
- A laptop with Revit, Navisworks, and Dynamo installed (student or trial versions acceptable).
- Active engagement and completion of exercises are required for successful participation.
- Collaborative work will simulate real BIM project environments with multi-user contributions.
- Safety gear required for site weeks (Weeks 3–6).
- Full attendance and participation are required for certification.
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1
Week 1: BIM Fundamentals and CollaborationDaily Topics:
- Day 1: Introduction to BIM concepts, benefits, and LOD stages
- Day 2: BIM vs. traditional workflows; introduction to Revit interface
- Day 3: Revit modeling: creating walls, floors, ceilings, families
- Day 4: Quantity take-off, schedules, and data extraction
- Day 5: openBIM principles, IFC standards, federated models
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2
Week 2: Automation and Visualization with Dynamo
Daily Topics:
- Day 6: Visual programming basics using Dynamo
- Day 7: Automating Revit tasks with Dynamo scripts
- Day 8: Adaptive components and parametric design
- Day 9: Navisworks introduction and clash detection workflows
- Day 10: Final BIM project presentations and review
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3
Week 3: Site Orientation and Groundwork
Daily Topics:
- Day 11: Site orientation, safety, and team responsibilities
- Day 12: Surveying equipment and site utility planning
- Day 13: Ground preparation: clearing, grading, fencing
- Day 14: Soil testing and excavation techniques
- Day 15: Foundation reinforcement and concrete pouring
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4
Week 4: Structural Systems and Frameworks
Daily Topics:
- Day 16: Steel reinforcement for columns, beams, and slabs
- Day 17: Formwork systems and assembly techniques
- Day 18: Concrete placement and curing methods
- Day 19: Structural steel erection and safety practices
- Day 20: Week review and walkthrough with site engineers
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5
Week 5: Architectural Finishes and Building Services (Part 1)
Daily Topics:
- Day 21: Wall construction and plastering inspections
- Day 22: Flooring techniques and quality assurance
- Day 23: Doors and windows installation, weatherproofing
- Day 24: Plumbing and electrical systems overview
- Day 25: Integrated walkthrough and site supervisor Q&A
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6
Week 6: Architectural Finishes and Building Services (Part 2)
Daily Topics:
- Day 26: Façade cladding and insulation methods
- Day 27: Roofing installation and drainage solutions
- Day 28: Site management, logistics, and coordination
- Day 29: Quality control and project handover procedures
- Day 30: Final walkthrough, feedback, and certificate distribution
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7
Assessment
What Will You Learn?
•tHow to create and manage architectural models using BIM tools
•tPrinciples of digital collaboration and clash detection
•tRevit automation and visualization with Dynamo scripts
•tReal-world exposure to construction sequencing, quality checks, and documentation
•tPractical understanding of on-site safety and project coordination
•tCommunication and reporting skills in professional construction settings
•tPrinciples of digital collaboration and clash detection
•tRevit automation and visualization with Dynamo scripts
•tReal-world exposure to construction sequencing, quality checks, and documentation
•tPractical understanding of on-site safety and project coordination
•tCommunication and reporting skills in professional construction settings
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Course Details
Lectures
6
Assignments
1
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