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Revit Structure, Robot, Concrete, Advance Steel – AulaGEO

Design

Revit Structure, Robot, Concrete, Advance Steel – AulaGEO, available at $54.99, has an average rating of 4.15, with 76 lectures, based on 83 reviews, and has 569 subscribers.

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You will learn about Make structural designs more effectively using Autodesk tools Create structure models in Revit Run analysis and normative designs in Robot Create plans of the structure in general quickly and efficiently Make plans for structural detailing in Structural Detailing This course is ideal for individuals who are This course is aimed at those professionals related to structural design who wish to improve their efficiency or Engineers who participate in the final structural project documentation process can also benefit from this course. or It is not a theoretical content course, rather it is a practical course on how to apply the knowledge previously acquired in structural design along with tools that facilitate the work of engineers and others involved in the project. It is particularly useful for This course is aimed at those professionals related to structural design who wish to improve their efficiency or Engineers who participate in the final structural project documentation process can also benefit from this course. or It is not a theoretical content course, rather it is a practical course on how to apply the knowledge previously acquired in structural design along with tools that facilitate the work of engineers and others involved in the project.

Enroll now: Revit Structure, Robot, Concrete, Advance Steel – AulaGEO

Summary

Title: Revit Structure, Robot, Concrete, Advance Steel – AulaGEO

Price: $54.99

Average Rating: 4.15

Number of Lectures: 76

Number of Published Lectures: 76

Number of Curriculum Items: 76

Number of Published Curriculum Objects: 76

Original Price: $94.99

Quality Status: approved

Status: Live

What You Will Learn

  • Make structural designs more effectively using Autodesk tools
  • Create structure models in Revit
  • Run analysis and normative designs in Robot
  • Create plans of the structure in general quickly and efficiently
  • Make plans for structural detailing in Structural Detailing

Who Should Attend

  • This course is aimed at those professionals related to structural design who wish to improve their efficiency
  • Engineers who participate in the final structural project documentation process can also benefit from this course.
  • It is not a theoretical content course, rather it is a practical course on how to apply the knowledge previously acquired in structural design along with tools that facilitate the work of engineers and others involved in the project.

Target Audiences

  • This course is aimed at those professionals related to structural design who wish to improve their efficiency
  • Engineers who participate in the final structural project documentation process can also benefit from this course.
  • It is not a theoretical content course, rather it is a practical course on how to apply the knowledge previously acquired in structural design along with tools that facilitate the work of engineers and others involved in the project.

Draw, design and document your structure projects with REVIT

  • Enter the design field with BIM (Building Information Modeling)

  • Master the powerful drawing tools

  • Create your own templates

  • Export to calculation programs

  • Create and document plans

  • Create and analyze loads and reactions in structures

  • Present your results with quality plans in half the time.

#AulaGEO With this course you will learn how to take advantage of these tools so that the process of designing structures for buildings is faster, more efficient and of higher quality.

A new way to manage your projects

Revit software is the world leader in building design using BIM (Building Information Modeling), allowing professionals not only to generate plans but to coordinate the entire building model including design features. Revit is designed to include design tools for building structures.

  1. When you assign elements to a project, you can:

  2. Automatically generate floor plans, elevations, sections and final impressions

  3. Perform static calculations in the cloud

  4. Perform advanced calculations in specialized programs such as Robot Structural Analysis

  5. Create structural and analytical models

  6. Quickly create and document detail plans

  7. Improve your performance when working on a BIM model

Course Orientation

We will follow the logical order in which you would develop a personal project. Instead of considering each theoretical aspect of the program, we will focus on following the workflow that best suits a real case and give you some tips to achieve the best results.

You will get prepared files that will allow you to follow the progress of the course from where you consider it most necessary by guiding you to use the tools yourself while watching the classes.

The course content is updated regularly to include important updates or points that can help you improve your learning and you will have access to them in real time so you can improve your continuous skills.

Disclaimer:

From the 4 courses, the Robot section, the software interface used is in spanish; but the whole explanation of the instructdor is narrated in english.  We selected this from a spanish for the high teaching quality.

The Revit Structure and Steel Design courses are english both, the software interface and audio.

Course Curriculum

Chapter 1: SECTION 01 – REVIT STRUCTURE

Lecture 1: Introduction

Lecture 2: Install Content Libraries

Chapter 2: User interface

Lecture 1: The Ribbon

Lecture 2: User Interface Features

Chapter 3: Drawing tools

Lecture 1: Workflow in Revit Structure

Lecture 2: Work template

Lecture 3: Load families

Lecture 4: Grids and levels

Lecture 5: Column Placement

Lecture 6: Beam Placement

Lecture 7: Beam or Belt Systems

Lecture 8: Flooring

Lecture 9: Placement of cross stiffeners

Lecture 10: Creation of lattices or trusses

Lecture 11: Structural walls

Lecture 12: Foundations

Lecture 13: Metallic reinforcement

Chapter 4: Analytical model

Lecture 1: Creation of load cases

Lecture 2: Load combinations

Lecture 3: Load application

Lecture 4: Apply border conditions

Lecture 5: Link to Robot Structural Analysis

Chapter 5: Practices

Lecture 1: Concrete Practical Example – Part 1

Lecture 2: Concrete Practical Example – Part 2

Lecture 3: Concrete Practical Example – Part 3

Lecture 4: Practical Example Steel Structure – Part 1

Lecture 5: Practical Example Steel Structure – Part 2

Chapter 6: conclusion

Lecture 1: conclusion

Chapter 7: SECTION 02 – ROBOT STRUCTURAL ANALYSIS

Lecture 1: Program overview

Chapter 8: Creation of the geometric model

Lecture 1: User interface

Lecture 2: Units and formats

Lecture 3: Construction lines

Lecture 4: Building plants

Lecture 5: Materials definition

Lecture 6: Section definition

Lecture 7: Column placement

Lecture 8: Placement of beams

Lecture 9: Thickness creation

Lecture 10: Ribbed thicknesses

Lecture 11: Plant slab placement

Lecture 12: Gaps in slabs

Lecture 13: Wall placement

Chapter 9: Creation of the analytical model

Lecture 1: Creation of groups

Lecture 2: Support application

Lecture 3: Load cases

Lecture 4: Wind loads

Lecture 5: Seismic spectra

Lecture 6: Aplicación de cargas

Lecture 7: Load combinations

Lecture 8: Mesh Creation

Lecture 9: Analysis run

Chapter 10: Results

Lecture 1: Results by diagrams

Lecture 2: Results by maps

Chapter 11: Reinforced concrete design

Lecture 1: Design of reinforced concrete bars

Lecture 2: Real bar armor

Lecture 3: Panel armor

Lecture 4: Foundation Design

Chapter 12: Design of steel structures

Lecture 1: Assistant for the creation of industrial buildings

Lecture 2: Types of steel bars

Lecture 3: Design groups

Lecture 4: Sizing groups

Lecture 5: Final verification of steel bars

Lecture 6: Steel connections

Lecture 7: Personalized design

Chapter 13: Brief introduction to detailed programs

Lecture 1: Export from Revit to Advance Steel

Lecture 2: Connections according to AISC

Lecture 3: Creation of final plans

Chapter 14: Advance Steel in detail

Lecture 1: Grid Creation

Lecture 2: Column creation

Lecture 3: Beam Creation

Lecture 4: Beam Systems

Lecture 5: Transverse Reinforcements

Lecture 6: Joists

Lecture 7: Model views

Lecture 8: Connections (Base Plate)

Lecture 9: Connection Group

Instructors

Rating Distribution

  • 1 stars: 10 votes
  • 2 stars: 6 votes
  • 3 stars: 16 votes
  • 4 stars: 27 votes
  • 5 stars: 24 votes

Frequently Asked Questions


How long do I have access to the course materials?


You can view and review the lecture materials indefinitely, like an on-demand channel.


Can I take my courses with me wherever I go?


Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

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