About the training

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 Autodesk's Robot Structural Analysis software is used by structural engineers to model analyze and design structures and allows data exchange with Revit for detailing purposes enabling a coordinated design. Upon completing this course, you will be able to effectively and efficiently analyze and design steel structures to the Eurocode or any code of your choice.


Grab instant benefits

  • Shorten the learning curve.

    Whether you are a student or a professional Engineer, you don't need to spend countless months to learn the software by surfing the internate. In this course, we will go straight to the point and in no time you will master it and use it on your projects.

  • Increase productivity

    You will immediately be able to start designing steel structures with confidence in Robot Structure. Upon completion, you will be efficient accurate, and fast in steel design and hence increase productivity in your career.

  • Safe and economic design

    The steel design module in Robot structure is one of the most advanced analysis modules. You will learn how you can safely & instantly design all the members at once. You will learn how you can instantly optimize your design so that it is economic and compliant with design requirements.

Analyse & design with confidence

Design your steel members and pad foundations  to Eurocode/ BS code or any code of your choice ( just pick the code of your choice-Variety of codes supported)

Master different ways of applying loads


Design & optimize all your steel members & pad foundations in groups easily!

Automatically take into account member end forces in connection design


Bonus material

Enjoy extended support and additional benefits of enroling in the course

  • Export the model to Revit

    Avoid rework in terms of detailing by exporting the entire model to Revit structure for detailing and production of construction documents

  • Training files

    Start from scratch or use available files to follow along in the course.

  • Free consultation

    Get a free consultation and clarifications during your training with the instructor through the discussion or the email on the link in the bio.

Course content

  • 1

    Chapter 1- Robot structural analysis user interface

    • 1 Overview
  • 2

    Chapter 2- User preferences, Levels and Grids

    • 2. Preferences

    • 3 Levels And Grids
  • 3

    Chapter 3- Modeling Columns Beams and Rafters

    • 4-Frame Columns and rafters

    • 5 Frame- Floor Beams

    • 6 Model-Eaves Beam
  • 4

    Chapter 4- Modelling purlins & side rails-best method

    • 7 Model -Purlins

    • 8 Rotating Columns

    • 9 Side Rails-1
  • 5

    Chapter 5- Display & Local axis definition

  • 6

    Chapter 6- Bracings, Member releases & supports

    • 12 Suports-1

    • 13 Bracings-1

    • 14 Member Releases-1

    • 14 Member Releases-1

    • 15 Bracings As Tension Bars-1
  • 7

    Chapter 7- Claddings

    • 16 Claddings Part 1-1

    • 17 Cladding Part 2-1
  • 8

    Chapter 8- Loads and Load combinations

    • 18 Load Types-1

    • 19 Load Defination-1

    • 20 Wind Loads Generation-1

    • 21 Creating Load Combinations-1

    • 22 Load Distribution Regions-1
  • 9

    Chapter 9- Structural Analysis

    • 23 Model Verification And Results Calculation-1

    • 24 Exploring analysis results-Moments, Shear, Reactions, deflection etc

    • 25 Tabular Results-Moments, Shear, Deflections etc-1
  • 10

    Chapter 10- Design code parameter configuration

    • 26 Code Parameter Configuration For Members Part 1-1

    • 27 Member Code Parameter Configuration Part 2-1

    • 28 Member Code Parameter Configuration Part 3-1

    • 29 Member Code Parameter Configuration Part4of4-1
  • 11

    Chapter 11- Design of structural steel members

    • 30 Verification Vs Code Group Design Method Of Steel Elements-1

    • 31 Design Of Rafters-1

    • 32 Design Of Main Columns-1

    • 33 Design Of Purlins And Side Rails-1

    • 34 Design Of Tie Beams-1

    • 35 Design Of Bracings-1

    • 36 How To Design Multiple Members At Once-1
  • 12

    Chapter 12- Design of pad foundations

    • 37 Foundation Design-Part 1-1

    • 38 Foundation Design Part 2-1

    • 39 Foundation Design Part 3 Of 3-1
  • 13

    Chapter 13- Design of Structural Steel connections

    • 40 Design Of Connections-Overview-1

    • 41 Design Of Connections Apex Haunch Part 1-1

    • 42 Design Of Connections Knee Of Frame-1

    • 43 Design Of Connections Baseplate-1

    • 44 Design Of Simple Connection Beam To Beam With Engles-1

    • 45 Design Of Connections Moment End Plate-1
  • 14

    Chapter 14- Export model to Revit for detailing

    • 46 Export Model To Revit Structure For Detailing-1
  • 15

    chapter 15-Files

    • Files

Pricing

Pay and get instant lifetime access to the course. This gives you flexibility to learn anywhere, anytime at your convenient pace.

  • $49.00

    One-time payement for lifetime access- 50% off (price will increase to $99.00 soon!)

    Get started now

What others are saying

Great value

James-Engineer

Quite a comprehensive course. It touches all the fundamental areas of steel design using Robot structural analysis to give the user enough confidence

Buy now before price goes up...

Get instant access at $49.0 (50% off) now. Regular price is $99.0

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Instructor

Douglas Sinkololwe

Eng. Douglas Sinkololwe is a Civil/Structural Engineer who is passionate about Building information modeling (BIM) software and the application of software tools in the Architecture Engineering Construction (AEC ) Industry to improve efficiency. He is always eager to teach anyone who would like to leverage the power of software for efficiency in the AEC industry. Get in touch with him here...