Revit Structure : Structural Steel Fabrications from Udemy

The course "Revit Structure: Structural Steel Fabrications" is specifically designed for construction professionals, such as structural engineers, architects, drafters, and other industry professionals, who are involved in the design and construction of steel structures. The course aims to equip participants with the necessary skills and knowledge to effectively use Revit for designing and detailing structural steel fabrications.

Throughout the course, participants will engage in complex structural member and connections to learn how to use Revit's tools and features to create detailed models of steel structures, generate fabrication drawings, and schedules. The course will also cover topics such as creating steel framing systems, adding steel connections, creating custom connections for steel detailing, and generating steel fabrication drawings.

Upon completion of the course, participants will have gained the necessary skills to use Revit for designing and detailing structural steel fabrications. This includes creating steel framing systems, adding steel connections, creating custom connections for steel detailing, and generating fabrication drawings. With these skills, participants will be able to effectively collaborate with other professionals in the construction industry and contribute to the successful design and construction of steel structures.

What will you learn :-

1. Modeling the structure

You will learn how to use all structure tools in order to create any type of complex structures in Revit.

2. Structural connections

After creating the structure you will learn everything you need to know about using, modifying or creating structural connections using the Steel tab.

3. Project documentation

In the end producing all necessary project documentation is important, that is why this course covers: annotation, details, schedules and more.

What's inside

Learning objectives

Modeling the steel structure
Structural steel connections

Project documentation
Schedules

Modeling the steel structure
Structural steel connections
Project documentation
Schedules

Syllabus

participants how to use Revit to create accurate and detailed models of structures. Participants will learn how to use Revit's tools and features to model structural elements.

Choosing the template

Setting up the Level

Setting up the Grids

Placing the Structural Column

Placing the beam

Installing the Content for Revit 2024

Placing the Beam system

Completing the Beam System

Level 2 Construction

Adding brace to the structure

Replicating the bracing

Adding foundation to the structure

Quiz

Steel Connections

Adding the first connection

Editing the connection

Editing the conection Part 2

Bolt connection for Bracing

Gap at apex point

Adding the plate between the rafters

Additional Plate

Welds between the plate

Placing the bolts between the plates

Saving and using the custom connection

Custom connection between Column & Foundation

Additional weld and plate

Creating the Callout

Placing the stiffeners

Bolts & welds

Placing the anchor

Saving the connection

Connection between brace and column

Copying the connection

Copying the other connection

Structural Steel connection shortcut key

Notch skewed

Center beam issue fixed

Placing the additional plate

PLacing bolts

Advance mirror in revit

Saving a connection

Parametric Notch

Contour Cut

Setting up level 1 for Annotation

Setting up rest of level for Annotation

Dimensions at level 1

Dimension at level 2

Editing the Dimesnion style

Fixing the small text

Creating the section

Section 1 Dimension

Angular Dimension

Dimensions at section 2

Foundation Tag

Structural column and structural Framing tag

Tagging at level 2

Tagging at level 3

Detailiing

Structural connection detail setting

Level 1 Anchor Dimension

Annotating the bolts

Tagging the connection

Finishing the view

Adding the Path

Completing the project

Plans and section into the sheet

2nd Sheet

Structural Foundation Schedule

Structural Framing schedules

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 Structure : Structural Steel Fabrications with these activities:

Review Structural Steel Design Principles

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Reinforce your understanding of structural steel design principles to better grasp Revit's steel fabrication tools and workflows.

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Review fundamental concepts of stress, strain, and material properties of steel.
Study different types of steel connections and their design considerations.
Familiarize yourself with relevant building codes and standards for steel structures.

Review 'Steel Structures: Design and Behavior'

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Deepen your understanding of steel design principles, which will help you make informed decisions when using Revit's steel fabrication tools.

View Steel Structures: Design and Behavior on Amazon

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Read the chapters on connection design and fabrication techniques.
Study the examples of steel structure design and analysis.
Relate the concepts in the book to the Revit workflows covered in the course.

Practice Modeling Basic Steel Connections in Revit

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Reinforce your understanding of Revit's steel connection tools by practicing modeling common connection types.

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Model simple beam-to-column connections using different connection types.
Experiment with modifying connection parameters to achieve desired results.
Create custom connections using Revit's connection tools.

Four other activities

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Detailing for Steel Construction

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Learn about steel detailing practices to improve the quality and accuracy of your Revit fabrication drawings.

View Melania on Amazon

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Review the chapters on connection detailing and fabrication tolerances.
Study the examples of steel detailing drawings.
Apply the principles in the book to your Revit fabrication drawings.

Create a Steel Fabrication Drawing Set

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Apply your Revit skills to create a complete set of fabrication drawings for a simple steel structure.

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Model a simple steel structure in Revit, including beams, columns, and connections.
Generate fabrication drawings from the Revit model, including plans, elevations, and sections.
Add dimensions, annotations, and tags to the drawings.
Create a bill of materials for the steel structure.

Explore Advanced Revit Steel Connection Tutorials

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Expand your knowledge of Revit's steel connection capabilities by following advanced tutorials.

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Search for online tutorials on creating complex steel connections in Revit.
Follow the tutorials step-by-step to create the connections in Revit.
Experiment with modifying the connection parameters to customize the connections.

Design a Small Steel-Framed Building

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Apply your Revit skills to design a complete steel-framed building, from initial concept to fabrication drawings.

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Develop a conceptual design for a small steel-framed building.
Create a Revit model of the building, including all structural elements and connections.
Generate fabrication drawings from the Revit model.
Create a bill of materials for the steel structure.

Career center

Learners who complete Revit Structure : Structural Steel Fabrications will develop knowledge and skills that may be useful to these careers:

Structural Steel Detailer

A Structural Steel Detailer creates detailed drawings and plans for the fabrication and erection of steel structures. This role requires a strong understanding of structural steel components, connections, and fabrication processes. Since this course provides training in using Revit to model steel structures and generate fabrication drawings, those who take this course would be well prepared for the detailer role. The course's focus on steel connections and generating project documentation may be especially useful. Success as a Structural Steel Detailer relies on proficiency with software like Revit, and this course helps build that foundation.

See salaries and explore the career path for Structural Steel Detailer

Building Information Modeling Technician

Building Information Modeling Technician’s manage and maintain BIM models, ensuring accuracy and adherence to project standards. A course like this one, which focuses on Revit Structure and structural steel fabrications, helps build skills directly applicable to the role of a BIM Technician, especially in construction projects involving steel structures. BIM Technicians must understand how to create and manage models, and this course focuses on modeling structural elements and generating documentation. The course content on steel connections and custom connections are particularly beneficial to ensure accurate modeling and detailing.

See salaries and explore the career path for Building Information Modeling Technician

Structural Drafter

Structural Drafters create technical drawings and plans for structures, often using computer-aided design software. Those who take this course learn to use Revit for designing and detailing structural steel fabrications. The course's emphasis on creating detailed models, generating fabrication drawings, and schedules is directly relevant to the responsibilities of Structural Drafters. These drafters use software like Revit to translate the designs of engineers and architects into detailed plans ready for construction. A solid understanding of steel connections, covered in this course, can directly translate to success in a Structural Drafter role.

See salaries and explore the career path for Structural Drafter

BIM Coordinator

BIM Coordinators oversee the implementation of BIM standards and workflows on construction projects. This course, which focuses on Revit Structure and structural steel fabrications, helps build skills directly applicable to the role of a BIM Coordinator, especially in construction projects involving steel structures. This course focuses on modeling structural elements and generating documentation. The course content on creating steel framing systems, adding steel connections, and creating custom connections for steel detailing are particularly beneficial.

See salaries and explore the career path for BIM Coordinator

Structural Engineer

Structural Engineers analyze, design, and oversee the construction of structures, ensuring their safety and stability. While becoming a Structural Engineer typically requires an advanced degree, this course provides valuable skills in using Revit for structural steel design and detailing. Structural Engineers need to understand how structures are modeled and documented, which is what the training in this course provides. The course's coverage of steel connections and generating fabrication drawings may be particularly beneficial for engineers involved in steel construction projects. Structural Engineers benefit from understanding software used in the design process, and this course helps build that understanding.

See salaries and explore the career path for Structural Engineer

Construction Manager

Construction Managers plan, coordinate, and oversee construction projects from start to finish. While this course may not cover all aspects of construction management, it helps build a solid understanding of structural steel design and detailing using Revit. Construction Managers need to understand the complexities of steel structures and how they are modeled, documented, and fabricated. The course's focus on fabrication drawings and schedules can give Construction Managers insights into the steel fabrication process which improves efficiency in the field. This knowledge can be valuable for effective communication and decision-making throughout the project lifecycle.

See salaries and explore the career path for Construction Manager

Architectural Drafter

Architectural Drafters prepare technical drawings and plans for buildings and structures based on architects' designs. While this course focuses specifically on structural steel fabrications, it helps build skills in using Revit for creating detailed models and generating project documentation. Architectural Drafters working on projects involving steel structures greatly benefit from understanding how these structures are designed and detailed. Since the course also covers steel connections, it can be especially useful for drafters involved in creating comprehensive architectural plans.

See salaries and explore the career path for Architectural Drafter

Project Manager

Project Managers are responsible for the planning, execution, monitoring, control, and closure of a project. While this course may not cover all aspects of project management, it helps build a solid understanding of structural steel design and detailing using Revit. Project Managers need to understand the complexities of steel structures and how they are modeled, documented, and fabricated. The course content on steel connections and custom connections are particularly beneficial to ensure accurate modeling and detailing.

See salaries and explore the career path for Project Manager

Construction Superintendent

Construction Superintendents oversee day-to-day operations on construction sites, ensuring projects are completed safely, on time, and within budget. This course, which focuses on Revit Structure and steel fabrications, may be useful for construction superintendents working on projects that involve steel structures. This course on structural modeling, connections, and project documentation, especially when these pertain to steel can help a construction superintendent ensure quality to specifications. Since the course covers steel framing systems, connections, and fabrication drawings, knowledge from this course can help Construction Superintendents ensure compliance with project specifications.

See salaries and explore the career path for Construction Superintendent

Civil Engineer

Civil Engineers design, construct, supervise, and maintain infrastructure projects and systems. This course, focused on Revit Structure and steel fabrications, may be useful for civil engineers working on projects that involve steel structures. Civil Engineers benefit from understanding the processes of structural modeling, connection design, and project documentation, especially when these pertain to steel. Since the course covers steel framing systems, connections, and fabrication drawings, engineers can use this knowledge to ensure compliance with project specifications, and to identify and solve problems related to structural integrity.

See salaries and explore the career path for Civil Engineer

Mechanical Engineer

Mechanical Engineers research, design, develop, manufacture, and test tools, engines, machines, and other mechanical devices. This course, focused on Revit Structure and steel fabrications, may be useful for mechanical engineers who are part of teams involved in the creation of structures. This course may help mechanical engineers use Revit for structural modeling, detailing, and creation of project documentation. This allows mechanical engineers to easily collaborate with other professionals in the construction industry and contribute to the successful design and construction of steel structures.

See salaries and explore the career path for Mechanical Engineer

Steel Erector

Steel Erectors assemble and install steel frameworks and other components in buildings and structures. They interpret blueprints and specifications to ensure proper installation. This course may provide Steel Erectors with a more granular understanding of structural modeling, connection design, and project documentation, especially when these pertain to steel. Steel Erectors can use this knowledge to improve the quality of the shop drawings, and to more easily visualize accurate models of structures, as well as a better understanding of connection details.

See salaries and explore the career path for Steel Erector

Estimator

Estimators prepare cost estimates for construction projects, which requires a broad understanding of the construction process. This course, focused on Revit Structure and steel fabrications, may be useful for estimators specializing in structural steel. By understanding how steel structures designed and detailed, estimators can more accurately assess material and labor costs. The fabrication drawings and schedules generated within Revit are useful for visualizing project scope and requirements and making informed decisions about project expenses.

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Steel Fabricator

Steel Fabricators manufacture steel components for construction projects. They work from detailed drawings provided by detailers and engineers. This course, which focuses on generating steel fabrication drawings and schedules using Revit, may give Steel Fabricators a better understanding of the design intent and the overall construction process. With the ability to use Revit to model steel structures and generate the instructions used at the fabrication shop, those in this role may find that they are able to provide valuable feedback during construction projects, improve the quality of their shop drawings, and streamline the fabrication process.

See salaries and explore the career path for Steel Fabricator

CAD Manager

CAD Managers oversee the use of CAD software and ensure adherence to standards within an organization. This course, focused on Revit Structure and steel fabrications, may be useful for CAD managers in construction or engineering firms. CAD Managers benefit from having a deep understanding of the software and processes used by their teams. The course covers the structural tools within Revit that can improve overall accuracy, collaboration, and productivity. A CAD Manager that understands the structural use of Revit well can guide their teams to success.

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Revit Structure

Structural Steel Fabrications

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