
Model a real-world 41-story tower in revit, including raft and pile foundations and post-tensioned slabs. Learn the process from project drawings to tower quantities, mastering complex elements and time-saving workflows.
Explore a two-tower structural project with raft and pile foundations and post-tensioned slabs, review general concrete notes, and learn to separate CAD plans for clean Revit imports.
Set up a new Revit 2026 project using the metric multi-discipline template and millimeter units. Import CAD drawings, create levels and grids, and configure structural views for foundation modeling.
Model the tower foundation in Revit by combining raft and pile foundations, creating pile caps and piles (P1–P4) with specified depths and diameters, and establishing cut-off level references.
develop skills in modeling foundation elements in revit, including pile caps, piles, blinding, beams, and raft foundations, using boundaries, workplanes, top offsets, and group workflows.
Model basement columns and core walls in revit by defining column types and setting start and end levels, from basement to health club, then to the 14th floor, with reinforcement.
Model basement water tanks T1, T2, and T3 with voids in the raft and blinding concrete, and create monolithic stairs with 300 mm treads.
Import the ground floor cad, create post-tensioned 230 mm and traditional 23 cm and 80 cm slabs, then model ramps, beams, and shafts with voids in 3d.
Import the ground-floor column layouts from a cad file in Revit, place and orient columns, then copy and paste core walls up to parking one and health club level.
Import the parking one plan into Revit and prepare the view, then model the post-tensioned parking slab with ramps, upstands, beams, and shaft openings.
Model parking slabs from P1 to P3, copy and align elements, build ramps with beams and upstands, and import CAD plans to finalize the post-tension health club slab.
Ready to master Autodesk Revit Structure and build a portfolio that lands your next big role? This intensive project-based workshop is designed for Structural Engineers and BIM Professionals looking to rapidly expand their expertise in high-rise building modeling. You won't just learn tools—you will model a complete 41-story tower, from deep foundation to rooftop, using advanced, industry-standard BIM techniques.
What You Will Master in This High-Impact Workshop:
This course goes beyond basic Revit tutorials to provide in-depth training on the dedicated structural tools necessary for complex commercial and high-rise projects.
High-Rise Structural Design: Dive deep into Revit Structure features specifically for large, complex building projects.
Efficient Repetitive Modeling: Learn powerful, time-saving techniques for quickly creating and propagating repetitive floor systems, including structural beams, columns, and slabs across 41 stories.
Comprehensive Component Library: Gain the expertise to accurately model all essential structural elements, including shear walls, braces, footings, and specialized high-rise components.
Precision Project Setup: Master the use of Levels and Grids for precise placement and perfect alignment of every BIM element within your skyscraper model.
By the end of this Revit workshop, you will not only have a completed 41-story skyscraper model for your portfolio but also the confidence to handle any large-scale project. You will be able to:
Confidently Model Complex Structures: Tackle a wide range of structural elements and systems in Revit Structure with expertise.
Maximize Revit BIM Efficiency: Leverage the software's capabilities to their fullest potential, creating highly accurate and efficient structural designs.
Become a High-Value BIM Professional: Elevate your skills to manage and execute real-world high-rise projects.
Don't miss this opportunity to transform your Revit skills and become a leader in Structural BIM modeling. Enroll today and start building your dream skyscraper!