Topic outline

  • [CEIII-C] CEIII Construction Management Introduction

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  • Course Objective

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    CEIII course is the professional level course dedicated to professional contractors.  It is concentrating on BIM Management level rather than operational level.

    While BIM has been used in design phase, this course concentrates on the application of BIM during the construction phase to improve the constructability, efficiency, and extensive project management and logistic tasks on site.  BIM does not involve the Main Contractor but also all the next tier sub-contractors and suppliers.

    Mobility in BIM and information sources is the key to successful implementation of BIM. Cloud based integration is the main focus.


    • Course Learning Outcome

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      • Able to extract useful information from BIM models.
      • Identify the need to supplement requirements from raw BIM information to Processed professional cost information.
      • Able to raise the initial requirements for the BIM Modelling techniques in costing.
      • Understand the BIM in tendering and cost control using BIM methodology.

      • Course Content

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        1. Information-focused BIM

               1.1. Site formation and referencing

                       1.1.1. Hong Kong coordinate systems

                       1.1.2. Site survey planning and control

               1.2. 3D Spatial data acquisition techniques

                       1.2.1. GPS

                       1.2.2. Land and engineering surveying

                       1.2.3. Hydrographic and underground utility surveying

               1.3. UAV and terrestrial photogrammetry (including IR imagery) and laser scanning

                       1.3.1. 3D model creation

                       1.3.2. Cloud data capture, processing and error modeling

         

        2. Application-focused BIM

               2.1. Site Planning and Space Management

               2.2. Design Authoring

               2.3. Design Review

               2.4. 3D Project visualization

               2.5. Site Analysis and Site utilization planning

               2.6. 3D MEP coordination/ Clash Analysis/ Building Systems’ analysis

               2.7. 4D Construction Programming and Scheduling

               2.8. 5D (five-dimensional) Cost Estimating, Value Engineering analysis

               2.9. 6D Safety Management

               2.10. Cloud

         

        3. Integration-focused BIM

               3.1. BIM Job Bidding

               3.2. BIM-integrated construction

               3.3. Integrated project delivery

               3.4. Project Team Collaboration

               3.5. Cloud-based Collaboration

         

        4. Level of Detail / Level of Development

         

        5. Contractual Implication of BIM model

         

        6. BIM in Prefabrication and Manufacturing

         

        7. Material Delivery

               7.1. RFID

               7.2. Reporting


        8. How does BIM-related Quantity extraction, SMM vs BIM, Quantity and Specification, Preparation of BQ.


        9. Roles and Responsibilities