▪ History, fundamentals, and principles;
▪ BIM in AEC.
▪ From 2D drawings to 3D, 4D, and 5D modeling.
▪ Role of BIM managers in AEC.
▪ Collaboration in BIM; Leadership VS management.
▪ Traditional project delivery. Overview, integrated Project Delivery (IPD).
▪ Project schedule, first Proposal draft, and cost.
BIM-Revit-Architecture
▪ Build a full understanding of Autodesk Revit Architecture and how it enables a successful.
▪ Learn best practices of Integrating Arch 3D Model’s elements with its design and construction information. Produce parametric 3D Arch families and parametric 3D Arch components utilizing.
▪ Create 3D models from 2D sketches and 2D Drawings.
▪ BIM enabled project delivery. Understand the process of putting a building together utilizing Autodesk Revit Architecture.
BIM-Revit-Structures & MEP
▪Create digital structural models using foundations, columns, beams, beam systems, and floors.
▪ Define loads and load combinations on the digital structural model in preparation for structural analysis.
▪ Competently deal with trusses, bracing, steel connections and concrete reinforcements.
▪ Create digital models of HVAC, plumbing and electrical systems.
▪ Annotate, tag, and detail the digital model. Create Spaces and Zones and perform an energy analysis.
Pre-Construction Visualization
▪ Gather Costing for different classes of budgeting. Estimating a commercial construction project using BIM software.
▪ Create Clash Detection Reports and coordinate the clashes.
▪ Scheduling and simulating the construction schedule of a commercial project using BIM software.
Building Energy Modeling
▪ Create a whole-building energy analysis and explore various design scenarios by modifying building geometry and glazing configuration.
▪Measure the impact of the various design and energy conservation strategies have on the building's energy performance.
▪ Suncast analysis. Thermal analysis.
▪ Perform a daylight simulation analysis.
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