Advanced Revit Bim: Lod 400 Concrete Structure Modeling

Learn step-by-step foundation, beams, columns, reinforcement, formwork & quantity takeoffs in Revit

What you'll learn

How to model a reinforced concrete structure in Revit (LOD 400) from excavation to final detailing

Step-by-step workflow for foundation modeling, reinforcement detailing, and rebar placement

Creating formwork, scaffolding, and shoring systems with full construction sequencing (Phasing)

Advanced BIM modeling for structural engineering including slabs, beams, columns, stairs, and elevator shafts

Generating quantity takeoffs, bar bending schedules, and construction drawings directly from the BIM modelodel

Developing custom parametric Revit families (spacers, stirrups, formwork components, supports, etc.)

Techniques for graphic project management in Revit for high-quality presentations and documentation

How to simulate real construction processes in Revit with accurate formwork, reinforcement, and phasing

Requirements

Students should have an intermediate knowledge of Revit and basic understanding of construction processes, this course is not suitable for beginners.

Description

Note: This course is full of real-world examples of modeling a reinforced concrete structure in Revit (LOD 400) with full construction details and execution-ready deliverables.Have you ever struggled with modeling highly detailed concrete structures in Revit? Do you want to create BIM parametric families for structural components that are reusable across multiple projects? Would you like to master LOD 400 BIM modeling, including reinforcement, formwork, and detailed construction sequencing?This course is designed to take you step by step through the entire process of modeling a 4-story residential building’s concrete structure, from site preparation and excavation to foundations, columns, beams, slabs, stairs, and elevator pits. Every detail, including reinforcement placement, spacers, formwork, shoring systems, and bar bending schedules, is covered to ensure your BIM model reflects real-world construction processes.Course Overview:Site preparation, foundation modeling, and excavation workflows, including advanced phasing techniques and preparation for LOD 400 detailing.Column and beam modeling, reinforcement detailing, and creating parametric formwork families for reusable structural components.Slab, joist, and stair modeling with detailed protective concrete covers and beam reinforcement.Advanced modeling of concrete stairs, elevator shafts, and shoring systems, including detailed formwork and jack supports.Generating construction documentation, quantity takeoffs, and bar bending schedules directly from the BIM model, and graphical project management techniques.What You Will Learn:Step-by-step LOD 400 concrete structure modeling in RevitCreating parametric Revit families for spacers, formwork, and shoring systemsHow to simulate real construction processes with accurate phasing and sequencingAdvanced reinforcement detailing for foundations, columns, beams, slabs, and stairsGenerating shop drawings, bar bending schedules, and quantity takeoffs directly from your BIM modelBuilding a reusable library of structural BIM families for future projectsMastering professional BIM workflows to improve project efficiency and documentation qualityBy the end of this course, you’ll have the skills to create highly detailed, execution-ready concrete BIM models in Revit, ready for any construction project, saving time and ensuring accuracy.Plus: If you enroll in this course, you can ask me questions anytime, and I’ll guide you step by step to ensure your success!

Overview

Section 1: Introduction

Lecture 1 Site Preparation & Excavation Modeling in Revit

Lecture 2 Foundation Modeling – Structural Footings in Revit

Lecture 3 Reinforcement Detailing for Foundation – Part 1 (Rebar Placement)

Lecture 4 Reinforcement Detailing for Foundation – Part 2 (Advanced Rebar Modeling)

Lecture 5 Creating BIM Families: Concrete Spacer Modeling (LOD 400)

Lecture 6 Elevator Pit & Pad Footing Modeling in Revit

Lecture 7 Construction Phasing for Foundation Execution in Revit

Lecture 8 Column Modeling – Ground Floor Structural Columns

Lecture 9 Rebar Detailing for Columns – LOD 400 Reinforcement

Lecture 10 Column Formwork Modeling in Revit

Lecture 11 Detailed Formwork Components for Columns (Parametric Families)

Lecture 12 Beam Layout – Primary Structural Beams

Lecture 13 Secondary & Strengthening Beams – Detailed Modeling

Lecture 14 Concrete Joist Beam Modeling – Part 1

Lecture 15 Concrete Joist Beam Modeling – Part 2

Lecture 16 Modeling Polystyrene Blocks in Revit Slabs

Lecture 17 Protective Concrete Cover & Structural Detailing

Lecture 18 Revit Slab Detailing – Joist and Deck Components

Lecture 19 Concrete Staircase Modeling – Structural Detailing

Lecture 20 Additional Reinforcement for Slabs – Advanced Techniques

Lecture 21 Beam Formwork Modeling – Step by Step in Revit

Lecture 22 Shoring & Jack Supports for Concrete Beams

Lecture 23 Detailed Beam Formwork – Parametric Family Workflow

Lecture 24 Concrete Stair Formwork – Advanced Modeling in Revit

Lecture 25 Staircase Formwork Details – BIM Parametric Families

Lecture 26 Repetitive Structural Elements – Efficient Modeling Techniques

Lecture 27 Elevator Shaft Steel Framing – Revit Structural Modeling

Lecture 28 Concrete Slab Modeling – Structural Floor Systems

Lecture 29 Bar Bending Schedule (BBS) & Quantity Takeoff in Revit

Lecture 30 Retaining Structures & Temporary Supports Modeling

Lecture 31 Project Graphic Management – Professional BIM Presentation

Architects who want to master BIM-based concrete structure modeling in Revit,Architecture students looking to improve their Revit and construction detailing skills,Structural engineers who need to create high-detail (LOD 400) BIM models,Civil engineers interested in reinforcement detailing, formwork, and quantity takeoff in Revit,Construction professionals and project managers who want to simulate real construction workflows in BIM,Interior designers and advanced Revit users aiming to expand their knowledge into structural BIM modeling,BIM specialists who want to generate professional shop drawings, schedules, and parametric families