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Revit Structure 2022: Step-by-Step Complete Shop Drawings (Reinforcement Details) for RC Building from A to Z

Divided into six main chapters, our course covers all aspects of Reinforcement Details, also it will be a very powerful reference for you as it will help you understand how reinforcement details work on the Revit, and you can also refer to it if you use another project to prepare high-quality and beautiful reinforcement details sheets

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Hello, welcome to

Revit Structure 2022: Step-by-Step Complete Shop Drawings (Reinforcement Details) for RC Building from A to Z

Divided into six main chapters, our course covers all aspects of Reinforcement Details, also it will be a very powerful reference for you as it will help you understand how reinforcement details work on the Revit, and you can also refer to it if you use another project to prepare high-quality and beautiful reinforcement details sheets

The use of reinforcement in Revit Structure will be explained through direct application on a simple concrete project, starting from adding reinforcement to the foundation, column, beam, slab, and stair, to produce professional structural shop drawings (Reinforcement Details).

To get the most out of the course, it is preferable to open Revit and start applying step by step with videos.

Finally, at the end of the course, you will be ready to start your own project using Revit and prepare all shop drawings (Reinforcement Details) professionally.

What you will learn in this course?

  • Edit Override Graphics in View(By Element & By Category)

  • Surface Patterns & Cut Patterns

  • Modify tools ( Align, Offset, Mirror - Pick Axis, Mirror - Draw Axis, Array, Rotate Move and Copy)

  • Join options ( Join Geometry, Unjoin Geometry, Switch Join Order )

  • Create Callout & Section

  • Edit Crop Region

  • Edit View Range

  • Edit Structural Plan Type (up&Down)

  • Edit Visibility/ Graphics

  • Structural Reinforcement Cover

  • Structural Reinforcement Rebar

  • Edit Bar Diameter

  • Rebar shape Browser

  • Edit Structural Rebar Properties ( Partition, Shape, View Visibility States, Dimensions and Image )

  • Structural Rebar Mode ( Edit Sketch)

  • Structural Rebar Set (Layout, Quantity, and Spacing)

  • Structural Rebar Presentation

  • Structural Rebar Constraints (Edit Constraints)

  • Structural Rebar Set Type (Varying Rebar Set)

  • Import Structural Rebar Image

  • Autodesk App Store (Instal Add-Ins to Revit )

  • ElementSelector (Twenty Two)

  • Annotate Tag (Aligned Multi-Rebar Annotation and Tag by Category)

  • Annotate Detail (Component Break-Line)

  • Annotate Dimension

  • View Create ( Schedules/ Quantities)

  • Structural Rebar Schedule

  • Schedule Properties (Fields, Filter, Sorting/Grouping, Formatting, and Appearance )

  • Fields (Rebar Number, Bar Diameter, Bar Length, Partition, Reinforcement Volume, Add Calculator Parameter and Image).

  • Filter ( Filter by Partition)

  • Sorting/Grouping ( Sort by Rebar Number)

  • View Create Sheet (Load Title Blocks)

  • Edit Title Blocks

  • Print (PDF)

  • Export (DWG)

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What's inside

Learning objectives

  • Create a professional reinforcement details shop drawings sheets
  • Create reinforcement for all members of the concrete building (foundation, column, beam, slab, and stair)
  • Create a bill of quantities (rebar schedules) for all members of the concrete building (foundation, column, beam, slab, and stair)
  • Print reinforcement details sheets to pdf
  • Export reinforcement details sheets to dwg

Syllabus

Revit 2022: Reinforcement Details Shop Drawings from A-Z
Introduction
At the end of this section you will be able to create a complete shop drawings for foundation reinforcement details
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1.1 Adding Rebar Diameter
1.2 Preparing the Foundation for Reinforcement
1.3 Adding Reinforcement to the Foundation
1.4 Adding Annotation to Reinforcement of the Foundation
1.5 Adding Rebar Schedule for the Foundation
1.6 Adding Foundation Reinforcement Details in Sheet
At the end of this section you will be able to create a complete shop drawings for column reinforcement details
2.1 Preparing Column for Reinforcement
2.2 Adding Reinforcement to the Column
2.3 Adding Annotation to Reinforcement of the Column
2.4 Adding Rebar Schedule for Column
2.5 Adding Column Reinforcement Details in Sheet
At the end of this section you will be able to create a complete shop drawings for beam reinforcement details
3.1 Preparing Beam (GB1) for Reinforcement
3.2 Adding Reinforcement to Beam (GB1)
3.3 Adding Annotation to Reinforcement of Beam (GB1)
3.4 Adding Rebar Schedule for Beam (GB1)
3.5 Preparing Circular Beam (GB2) for Reinforcement
3.6 Adding Reinforcement to Circular Beam (GB2)
3.7 Adding Annotation to Reinforcement of Circular Beam (GB2)
3.8 Adding Rebar Schedule for Circular Beam (GB2)
3.9 Adding Beams Reinforcement Details in Sheet
At the end of this section you will be able to create a complete shop drawings for slab reinforcement details
4.1 Adding Reinforcement to Ground Floor Slab
4.2 Adding Reinforcement to Ground Floor Slab (Top RFT.)
4.3 Reinforcement Rebar Presentation
4.4 Adding Annotation to Reinforcement of Ground Floor Slab
4.5 Adding Rebar Schedule for Ground Floor Slab
4.6 Adding Slab Reinforcement Details in Sheet
At the end of this section you will be able to create a complete shop drawings for stair reinforcement details
5.1 Preparing Stair for Reinforcement
5.2 Adding Reinforcement to the Stair
5.3 Adding Annotation to Reinforcement of the Stair
5.4 Adding Rebar Schedule for the Stair
5.5 Adding Stair Reinforcement Details in Sheet
At the end of this section, you will be able to print sheets and export sheets to DWG
6.1 Preparing Sheets
6.2 Print to PDF
6.3 Export to DWG

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Uses Revit 2022, which is a recent version of the software and widely used in the AEC (Architecture, Engineering, and Construction) industry
Covers the creation of reinforcement details for various structural elements, which is essential for producing accurate and comprehensive shop drawings
Includes the creation of rebar schedules, which are crucial for quantity takeoff and cost estimation in construction projects
Requires learners to have access to Revit 2022, which may require a paid license or subscription, potentially posing a barrier to entry for some
Focuses on a specific version of Revit, so learners should be aware that the interface and some functionalities may differ in other versions
Teaches learners how to export drawings to DWG, which is a common file format for sharing and collaborating with other professionals in the industry

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Revit 2022: Reinforcement Details Shop Drawings from A-Z with these activities:
Review Revit Basics
Refamiliarize yourself with the Revit interface and basic modeling tools to ensure a smooth learning experience in the reinforcement detailing course.
Show steps
  • Open Revit and review the user interface.
  • Practice creating basic walls, floors, and columns.
  • Experiment with different view settings and navigation techniques.
Review 'Reinforced Concrete Design' by S. Pillai and D. Menon
Solidify your understanding of reinforced concrete design principles, which are essential for creating accurate and efficient reinforcement details in Revit.
Show steps
  • Read the chapters related to reinforced concrete design principles.
  • Focus on sections covering material properties and structural analysis.
  • Review examples of reinforced concrete element design.
Practice Rebar Placement in Revit
Enhance your proficiency in placing rebar within Revit structures, focusing on different rebar shapes, sizes, and configurations.
Show steps
  • Create a simple Revit model with basic structural elements.
  • Practice placing rebar in columns, beams, and slabs using different methods.
  • Experiment with rebar sets and varying rebar sets.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Document Rebar Detailing Best Practices
Create a document outlining best practices for rebar detailing in Revit, including tips for efficient modeling, annotation, and scheduling.
Show steps
  • Research industry standards and best practices for rebar detailing.
  • Compile a list of tips and tricks for efficient rebar modeling in Revit.
  • Create a well-organized document with clear explanations and examples.
Detail Reinforcement for a Small Structure
Apply your knowledge by detailing the reinforcement for a small, realistic structure in Revit, from foundation to roof.
Show steps
  • Select a small structural project (e.g., a small building or a bridge pier).
  • Model the structure in Revit, including all structural elements.
  • Detail the reinforcement for all structural members, following best practices.
  • Create shop drawings and rebar schedules for the project.
Develop a Custom Rebar Shape Family
Create a custom rebar shape family in Revit to address specific project requirements or industry standards.
Show steps
  • Identify a need for a custom rebar shape.
  • Research the required dimensions and properties of the shape.
  • Create the rebar shape family in Revit's Family Editor.
  • Test the family in a project and refine as needed.
Contribute to a Revit Add-in Project
Contribute to an open-source Revit add-in project related to structural detailing or reinforcement, enhancing your skills and contributing to the community.
Show steps
  • Find an open-source Revit add-in project on GitHub or similar platform.
  • Review the project's documentation and contribution guidelines.
  • Identify a bug to fix or a feature to implement.
  • Submit a pull request with your changes.

Career center

Learners who complete Revit 2022: Reinforcement Details Shop Drawings from A-Z will develop knowledge and skills that may be useful to these careers:
Revit Technician
A Revit technician uses Autodesk Revit software to produce detailed technical drawings for structures. The course’s emphasis on reinforcement details in Revit makes it an excellent fit for a Revit technician. A Revit technician is often responsible for creating reinforcement drawings, schedules, and shop drawings. This course teaches the specific skills needed, such as how to add reinforcement to various structural members, annotate reinforcement, and create rebar schedules. The ability to produce professional drawings, print to PDF, and export to DWG, as taught in the course, allows a Revit technician to deliver quality results.
Structural Detailer
A structural detailer creates detailed drawings and plans for structural elements, such as steel or concrete reinforcement. This course offers foundational knowledge in using Revit to create reinforcement details for concrete structures, which is directly pertinent to the work of a structural detailer. The course's instruction on producing reinforcement details for foundations, columns, beams, slabs, and stairs helps a structural detailer accurately represent these elements in a building and how they will be detailed on site. The course provides an understanding of creating rebar schedules and exporting to DWG, which are critical parts of a structural detailer’s workflow. This course may help bridge the gap between design and construction.
Structural Drafter
A structural drafter creates detailed plans and drawings for structures, often using software like Revit. This course, focusing on reinforcement details within Revit, helps structural drafters produce accurate shop drawings, a crucial aspect of their work. Learning to add reinforcement to foundations, columns, beams, slabs, and stairs directly translates to tasks a structural drafter performs daily. The ability to generate rebar schedules and export drawings to DWG are also highly relevant. Someone seeking to become a structural drafter may find that this course provides necessary expertise in creating reinforcement details using Revit.
Construction Detailer
A construction detailer prepares detailed drawings for the construction of buildings and other structures. This course focused on preparing reinforcement details in Revit directly impacts the work of a construction detailer. Through this course, learners will understand how to add and annotate reinforcement for concrete elements from foundations to stairs, and generate the necessary schedules, which is essential for construction work. The training in producing shop drawings and exporting them to various formats equips a construction detailer with the tools to communicate complex designs simply. This course provides useful hands-on experience.
Building Information Modeling Technician
A Building Information Modeling technician is responsible for creating, managing, and maintaining 3D models of buildings. This course on Revit, especially its detailed coverage of reinforcement, is highly applicable. Such a professional, using Building Information Modeling, is tasked with accurate detailing of structural elements, including reinforcement. The course’s focus on producing professional shop drawings, creating bar schedules, and exporting to DWG will help ensure that a Building Information Modeling technician can handle the specific tasks required for a reinforcement detailing. This course may be a great starting point for working with reinforcement details using Revit.
CAD Technician
A CAD technician uses computer-aided design software to prepare technical drawings. This course focused on Revit is directly applicable to the work performed by a CAD technician specializing in structural or civil engineering. This course helps a CAD technician specializing in reinforcement detailing. The course’s focus on reinforcement details for concrete structures, including foundations, columns, beams, slabs, and stairs, is invaluable. Learning to create rebar schedules and export drawings is directly applicable to a CAD technician's daily tasks. This course provides skills to create professional drawings using Revit.
Architectural Drafter
An architectural drafter is responsible for creating technical drawings of buildings, often working closely with architects and engineers. This course, focusing on the reinforcement details of concrete structures within Revit, may be useful for an architectural drafter. Though architectural drafters create a variety of drawings, the skills learned in this course will be helpful when needing to detail reinforcement within their design models. This course's focus on shop drawing production, rebar schedules, and exporting to DWG is useful for an architectural drafter. This course may be a valuable asset for those wishing to round out their skill set.
Civil Engineering Technician
A civil engineering technician supports civil engineers in the planning, design, and construction of infrastructure projects. This course on detailing reinforcement using Revit is useful for a civil engineering technician. They will be better prepared to detail reinforcement, a key aspect of concrete construction. This course's instruction on creating shop drawings, rebar schedules, and exporting to DWG are essential tools for a civil engineering technician. The skills in this course will help with the drafting and detailing work in civil engineering projects. This course may be a valuable addition.
Construction Engineer
A construction engineer manages and oversees building projects, ensuring they are completed safely and efficiently. While this course is not about project management, a construction engineer who is familiar with the details on shop drawings is better equipped to supervise construction sites. Understanding how reinforcement details are created using Revit gives an engineer a better understanding of the structural aspects of a building. The course’s focus on generating schedules and exporting drawings is relevant. This course may help a construction engineer improve their understanding of shop drawings.
Project Manager
A project manager plans, organizes, and directs the completion of specific projects, often in construction or engineering. This course, with its focus on reinforcement shop drawing details in Revit, may be helpful to a project manager in the construction field. Understanding the nuances of reinforcement detailing can lead to more efficient coordination between teams on site. The course provides an understanding of how shop drawings are generated, from detailing to scheduling. The ability to export drawings to various formats gives insight into the workflow. This course may be useful for a project manager seeking a deeper understanding of construction drawings.
Estimator
An estimator is responsible for calculating the quantity of materials and labor needed for a construction project. While an estimator does not draft drawings, this course may be useful in understanding the details of a reinforcement shop drawing. Familiarity with how elements are detailed in Revit, and especially how schedules are generated, allows an estimator to understand how quantities are derived. The course material on rebar schedules and extracting that data may give an estimator a better understanding of how to accurately estimate reinforcement quantities. This course may be helpful when reviewing construction drawings.
Quality Control Inspector
A quality control inspector is responsible for making sure that the work at a construction site adheres to the project's specifications. While this course is not about inspection, it may be useful to get a deeper understanding of how reinforcement details are created. Understanding the shop drawing process gives a quality control inspector greater insight into the technical details. The course material touches on annotations, schedules, and sheet layout. This course may help give a quality control inspector a more thorough understanding of construction drawings.
Construction Foreman
A construction foreman directly supervises workers and construction activities on a project site. This course's focus on reinforcement details in Revit may be useful for a construction foreman seeking greater familiarity with shop drawings. Understanding how the drawings are created gives the construction foreman better knowledge of the construction process. The course's coverage of reinforcement elements in a building gives insight into the construction process. This course may be helpful for a construction foreman when working with shop drawings.
Civil Engineer
A civil engineer plans, designs, and oversees infrastructure projects. While this course focuses on the software used to generate drawings, the civil engineer can benefit from better insights into shop drawings. The course material on reinforcement detailing in Revit is helpful in understanding the structural elements of a design. The techniques used in generating rebar schedules can help the civil engineer understand how design intent is translated into drawings. This course may be useful when it comes to design review.
Architect
An architect designs buildings and other structures, focusing on their functionality and aesthetics. This course, which focuses on reinforcement details of concrete structures in Revit, may be helpful for an architect to better understand the documentation that goes into construction and design. This course may be useful for an architect seeking greater understanding of the shop drawing process. Although an architect may not be the one creating the drawings, they may find it helpful to understand the methods used and how to best specify reinforcement details in a design. This course may be helpful for an architect.

Reading list

We've selected one books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Revit 2022: Reinforcement Details Shop Drawings from A-Z.
Provides a comprehensive overview of reinforced concrete design principles. It covers topics such as material properties, structural analysis, and design of various reinforced concrete elements. While not specific to Revit, it provides the necessary theoretical background for understanding the reinforcement detailing process. It valuable reference for understanding the underlying engineering principles.

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