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Autodesk Advance Steel - AulaGEO

AulaGEO Academy and Felix Enzo Garofalo Lanzuisi

The course focuses mainly on providing the student with the tools for modeling and detailing steel structures using Autodesk Advance Steel, incorporating all the members, components, and metal connections that make up a project.

The BIM workflow is established in the Autodesk environment and all the construction plans are obtained for the final delivery of a standard project (plans, elevations, sections, connections, stairs, among others). #AulaGEO

You will learn to:

Read more

The course focuses mainly on providing the student with the tools for modeling and detailing steel structures using Autodesk Advance Steel, incorporating all the members, components, and metal connections that make up a project.

The BIM workflow is established in the Autodesk environment and all the construction plans are obtained for the final delivery of a standard project (plans, elevations, sections, connections, stairs, among others). #AulaGEO

You will learn to:

1. Incorporate different types of steel connections to a 3D model, including all its components (plates, bolts, anchors, and welds)

2. Generate the construction plans of a steel structure project, including the details of the connections used.

3. Create automated drawings from the developed model, with integrated change management.

4. Configure processes and custom drawing styles for the generation of the structural details of the project.

5. Extract reports and lists of materials of the entire project carried out.

6. Apply visual programming in Dynamo for task parameterization and automation.

7. Apply BIM interoperability between Advance Steel and other programs such as Revit and Robot Structural Analysis.

Content of the course

Section 1: Introduction to Advance Steel

Lesson 1: Introduction to the software

Lesson 2: Typical workflow

Lesson 3: User interface

Lesson 4: Tool Palettes

Lesson 5: Folder structures

Lesson 6: Auxiliary objects and references

Section 2: Creation of structural models

Lesson 7: Concrete objects

Lesson 8: Profile placement

Lesson 9: Editing composite sections

Lesson 10: Frame portals

Lesson 11: Mono-pitch Frame

Lesson 12: Joists

Lesson 13: Trusses

Lesson 14: Project Explorer

Lesson 15: Purlins

Lesson 16: Bracings

Lesson 17: Creation of new materials

Lesson 18: Creation of new sections

Lesson 19: Curved elements

Lesson 20: Stairs and handrails

Section 3: Connections and details in steel

Lesson 21: Connection palette

Lesson 22: Configurations prior to working with connections

Lesson 23: Connection Properties Dialog

Lesson 24:Connections by templates

Lesson 25: Connection group

Lesson 26: Manage connection pool

Lesson 27: Propagate connections

Lesson 28: Connections involving concrete elements

Lesson 29: Plate making

Lesson 30: Graitings creation

Lesson 31: Folded planks

Lesson 32: Bolts and Welds

Lesson 33: Custom connections

Lesson 34: Custom sections

Lesson 35: Practical example connections

Section 4: Connections and details in steel

Lesson 36: Model verification

Lesson 37: Numbering

Lesson 38: Document Manager

Lesson 39: Camera Creation

Lesson 40: Drawing Processes

Lesson 41: Drawing Style

Lesson 42: Bill of Quantities

Lesson 43: BIM Workflow

Lesson 44: Advance Steel-Revit interoperability

Lesson 45: Advance Steel- Robot Interoperability

Lesson 46: Visual programming in Dynamo

Lesson 47: Automation of repetitive tasks

Lesson 48: Structure optimization

Requirements

  • It is recommended to have mastery of the CAD environment

Who is this course for?

  • Structural engineers

  • Draftsmen of structural steel projects

  • Technicians and professionals in steel parts workshop

  • BIM modelers in general

Enroll now

What's inside

Learning objectives

  • Generate the construction plans of a steel structure project, including the details of the connections used
  • Incorporate different types of steel connections to a 3d model, including all its components (plates, bolts, anchors and welds).
  • Create automated drawings from the developed model, with integrated change management.
  • Apply visual programming in dynamo for task parameterization and automation.
  • Apply bim interoperability between advance steel and other programs such as revit and robot structural analysis

Syllabus

Introduction to Advance Steel
Introduction to the software
Typical workflow
User interface
Read more
Tool Palettes
Folder structures
Auxiliary objects and references
Creation of structural models
Profile placement
Concrete objects
Editing composite sections
Frame portals
Mono-pitch Frame
Joists
Trusses
Project Explorer
Purlins
Bracings
Creation of new materials
Creation of new sections
Curved elements
Stairs and handrails
Connections and details in steel
Connection palette
Configurations prior to working with connections
Connection Properties Dialog
Connections by templates
Connection group
Manage connection pool
Propagate connections
Connections involving concrete elements
Plate making
Graitings creation
Folded planks
Bolts and Welds
Custom connections
Custom sections
Practical example connections
Model verification
Numbering
Document Manager
Camera Creation
Drawing Processes
Drawing Style
Bill of Quantities
BIM Workflow
Advance Steel-Revit interoperability
Advance Steel- Robot Interoperability
Visual programming in Dynamo
Automation of repetitive tasks
Structure optimization

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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 Autodesk Advance Steel - AulaGEO with these activities:
Review CAD Fundamentals
Reinforce CAD skills to better understand Advance Steel's modeling environment and tools.
Browse courses on CAD
Show steps
  • Practice basic drawing commands.
  • Review layer management techniques.
  • Familiarize yourself with object snaps.
BIM Handbook
Understand the broader context of BIM to effectively integrate Advance Steel into a BIM workflow.
View Putting Knowledge to Work on Amazon
Show steps
  • Read chapters on BIM implementation and collaboration.
  • Study case studies of successful BIM projects.
Steel Design
Deepen understanding of steel design principles to effectively utilize Advance Steel's connection design and detailing features.
View Putting Knowledge to Work on Amazon
Show steps
  • Read chapters on connection design.
  • Study examples of steel structure detailing.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Practice Connection Modeling
Improve proficiency in creating and modifying steel connections within Advance Steel.
Show steps
  • Model various connection types using templates.
  • Customize connection parameters for specific scenarios.
  • Propagate connections throughout a model.
Model a Simple Steel Structure
Apply learned concepts by modeling a complete steel structure from start to finish.
Show steps
  • Define the structure's geometry and member sizes.
  • Add connections between members.
  • Generate construction drawings and bill of materials.
Generate Construction Drawings
Master the process of generating detailed construction drawings from an Advance Steel model.
Show steps
  • Create cameras to define drawing views.
  • Apply drawing processes to automate drawing creation.
  • Customize drawing styles for specific project requirements.
  • Generate bill of materials.
Explore Dynamo Integration
Learn how to use Dynamo to automate repetitive tasks and optimize steel structures.
Show steps
  • Find tutorials on Dynamo for Advance Steel.
  • Follow tutorials to create simple Dynamo scripts.
  • Apply scripts to automate tasks in Advance Steel.

Career center

Learners who complete Autodesk Advance Steel - AulaGEO will develop knowledge and skills that may be useful to these careers:
Structural Steel Detailer
A structural steel detailer produces detailed drawings and specifications for steel structures used in buildings, bridges, and other construction projects. This course directly aligns with this role by focusing on modeling and detailing steel structures using Autodesk Advance Steel. The course helps you learn to incorporate steel connections, generate construction plans, and create automated drawings, all essential skills for a structural steel detailer. Furthermore, the course teaches you to configure processes and drawing styles for generating structural details, extract material reports, apply visual programming, and apply BIM interoperability, directly enhancing your capabilities in this position.
See salaries and explore the career path for Structural Steel Detailer
BIM Modeler
A BIM modeler creates and manages building information models, which are digital representations of physical and functional characteristics of a facility. The course helps you transition into this role by establishing a BIM workflow within the Autodesk environment, specifically using Advance Steel. BIM modelers will find the course beneficial because it focuses on modeling steel structures and incorporating connections. The course teaches you to generate construction plans, manage changes, and extract material lists, helping you create and maintain accurate and comprehensive BIMs. The BIM interoperability lessons between Advance Steel, Revit, and Robot Structural Analysis further enhances your ability to effectively collaborate on BIM projects.
See salaries and explore the career path for BIM Modeler
Structural Drafter
A structural drafter prepares technical drawings and plans for structures, often working under the direction of structural engineers. This course directly helps you in a structural drafter role by providing tools for modeling and detailing steel structures using Autodesk Advance Steel. You'll learn to generate construction plans, including connection details, and create automated drawings from developed models. Moreover, the course teaches you to configure drawing styles, extract material reports, and apply BIM interoperability, which are all essential for producing accurate and comprehensive structural drawings. The skills you acquire in this course will make you a highly competent structural drafter.
See salaries and explore the career path for Structural Drafter
Steel Connection Designer
A steel connection designer specializes in the design and detailing of connections between steel members in structural systems. This course is extremely relevant to this role as it heavily emphasizes incorporating different types of steel connections into 3D models using Autodesk Advance Steel. The course guides you through connection properties, templates, and management, ensuring you can design effective and compliant connections. You'll learn to create and propagate connections, manage connection pools, and handle connections involving concrete elements, and even create custom connections. This focused training will enable you to excel as a steel connection designer.
See salaries and explore the career path for Steel Connection Designer
Steel Structures Engineer
A steel structures engineer designs and analyzes steel structures, ensuring their safety and stability. While this role often requires advanced education, this course can enhance your practical skills in steel design by providing you with expertise in Autodesk Advance Steel. The course helps you model and detail steel structures, incorporate connections, and generate construction plans. The BIM interoperability lessons will also be useful. Learning to apply visual programming in Dynamo for automation and parameterization can further optimize your design workflow as an engineer.
See salaries and explore the career path for Steel Structures Engineer
CAD Technician
A CAD technician uses computer aided design software to create technical drawings and models. This course provides specialized training in Autodesk Advance Steel, making you a valuable CAD technician in the structural steel industry. The course focuses on modeling and detailing steel structures, incorporating connections, and generating construction plans. CAD technicians will greatly benefit from learning to create automated drawings, configure drawing styles, and extract material reports, which are all essential for producing accurate and efficient CAD outputs.
See salaries and explore the career path for CAD Technician
Detailing Manager
A detailing manager oversees the detailing process for steel structures, ensuring accuracy and adherence to project specifications. The course can help you in this management role by providing a deep understanding of the detailing workflow in Autodesk Advance Steel. You'll learn to model and detail steel structures, generate construction plans, and manage changes effectively. Furthermore, the course teaches you to configure drawing styles, extract material reports, and apply BIM interoperability, which are crucial for managing a detailing team and ensuring high-quality deliverables.
See salaries and explore the career path for Detailing Manager
Construction Planner
A construction planner develops schedules and plans for construction projects, coordinating resources and ensuring timely completion. This course enhances your skills as a construction planner by providing insights into steel structure modeling and detailing using Autodesk Advance Steel. You'll learn to generate construction plans, extract material reports, and understand the BIM workflow, which are all useful for planning and coordinating steel construction projects. Understanding the capabilities of Advance Steel also allows you to better estimate time and resources needed for steel-related tasks.
See salaries and explore the career path for Construction Planner
Steel Fabricator
A steel fabricator manufactures steel components based on detailed drawings and specifications. The course helps you understand the detailing process and generate accurate plans using Autodesk Advance Steel. By learning to interpret and create detailed drawings, generate material reports, and understand connection details, you gain valuable insights into the fabrication requirements. This knowledge can improve communication between design and fabrication teams, leading to more efficient and accurate fabrication processes.
See salaries and explore the career path for Steel Fabricator
Estimator
An estimator calculates the costs associated with a construction project, including materials, labor, and equipment. The course may be useful in this role because it teaches you how to extract material reports from steel structure models created in Autodesk Advance Steel. This ability allows you to accurately quantify the amount of steel required for a project, improving the precision of your cost estimates. Understanding the detailing process and connection requirements can also help you better estimate labor costs associated with steel fabrication and erection.
See salaries and explore the career path for Estimator
Project Coordinator
A project coordinator supports project managers by tracking progress, coordinating communication, and managing documentation. The course may be useful in this role by providing you with a better understanding of the steel structure detailing process using Autodesk Advance Steel. You’ll gain insights into generating construction plans, managing changes, and extracting material reports, which are all relevant to coordinating steel construction projects. This knowledge enhances your ability to track progress, manage documentation, and facilitate communication between project stakeholders.
See salaries and explore the career path for Project Coordinator
Civil Engineer
A civil engineer designs, constructs, and maintains infrastructure projects, including bridges and buildings. While civil engineers typically require advanced degrees, this course may be useful by providing you with practical skills in steel structure modeling and detailing using Autodesk Advance Steel. The course teaches you to generate construction plans, understand connection details, and apply BIM interoperability, which can be valuable when working on projects involving steel structures. Additionally, the ability to apply visual programming adds a computational skillset.
See salaries and explore the career path for Civil Engineer
Construction Supervisor
A construction supervisor oversees construction activities on-site, ensuring that work is completed safely, on time, and within budget. Understanding steel structure detailing using Autodesk Advance Steel, as taught in this course, may be useful for this role. The course provides insights into generating construction plans, understanding connection details, and extracting material reports. This knowledge enhances your ability to supervise steel erection activities, manage resources, and ensure compliance with project specifications.
See salaries and explore the career path for Construction Supervisor
Facilities Manager
A facilities manager is responsible for maintaining and operating buildings and infrastructure. While not directly related, this course may provide a helpful background by providing you with some understanding of steel structures and their components. Learning about steel connections and construction plans using Autodesk Advance Steel gives insights that can be valuable when planning maintenance or renovation work involving steel elements. The course also covers BIM workflow and interoperability, which can aid in managing facility information.
See salaries and explore the career path for Facilities Manager
Technical Sales Representative
A technical sales representative sells technical products or services to businesses or organizations. This role focuses on selling and requires strong interpersonal skills, but this course may provide a helpful background by introducing you to the capabilities of Autodesk Advance Steel. Understanding how the software is used to model and detail steel structures may allow you to better communicate the value proposition to potential customers in the steel fabrication or construction industries.
See salaries and explore the career path for Technical Sales Representative

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 Autodesk Advance Steel - AulaGEO.
Cover image
Putting Knowledge to Work
Save
Provides a comprehensive overview of steel design principles and practices. It covers topics such as material properties, connection design, and structural analysis. It valuable reference for understanding the theoretical basis behind the functionalities offered in Advance Steel. This book is commonly used as a textbook in structural engineering courses.
Putting Knowledge to Work
Paperback
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Putting Knowledge to Work
Kindle Edition
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Effort
7.5 total hours
Via
Udemy
Instructors
AulaGEO Academy
Felix Enzo Garofalo Lanzuisi
Language
English
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