Autodesk Robot Structural Analysis Training and Technical Support

Graitec offer a range of affordable Robot training courses and technical support to suit all levels of users including training courses for beginners new to the software, through to advanced Robot training courses and individually tailored mentorship consultancy for end users with more experience or who want to focus on a particular design analysis challenge or specific program functionality.

Robot training wind loadingsAs original authors of Robot Structural Analysis software, training is delivered under the guidance of one of Graitec’s Structural engineers who have years of worldwide experience in delivering Robot training, technical support and mentorship to end users and engineers working on simple to very complex design analysis challenges.

Training can be delivered in a variety of forms to suite your requirements which include classroom based training either at one of our training centers or on site at you premises for standard or advanced courses. Alternatively, we can also offer Robot training online by the hour in bite size chunks where you can choose which particular subjects you would like to cover by selecting topics from our standard courses:

Information on available courses and technical support offering can be found below.

Essentials Courses

Advanced Courses

Robot Consultancy

Robot Technical Support

Robot Essentials Training Courses:

Course Title: Robot Essentials Training - Steel Structures 2D

Robot training steel structure 2D screenshot

Course Duration: 2 Days

Course Outline:

                                                            

  • 2D frame geometry
  • Loads and load patterns
  • Results analysis
  • Calculation reports
  • Steel members dimensioning parameters
  • Dimensioning and optimization
  • Dimensioning reports
  • Steel connection analysis (EC3 standard)

 

Course Title: Robot Essentials Training – Reinforced Concrete Structures 2D

Robot training RC structure 2D screenshot

Course Duration: 2 days

Course Outline:

 

  • 2D frame geometry
  • Loads and load patterns
  • Results analysis
  • Calculation reports
  • RC Beams, columns, foundations dimensioning parameters
  • RC member dimensioning
  • RC members dimensioning reports and reinforcement drawings
  • 2d slab geometry
  • Meshing parameters
  • Slab loads and load patterns
  • Result analysis for slab
  • Slab reinforcement calculation
  • Required and provided reinforcement

 

Course Title: Robot Essentials Training – Steel/Concrete 2D

Robot training rc concrete screenshot

Course Duration: 2-3 days

Course Outline:

                                                                             

  • Steel Structures 2D and Reinforced Concrete Structures 2D combined – only available for users already familiar with software

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Robot Advanced Training Courses

Course Title: Robot Advanced Training – Steel Structure 3D

Robot advanced training steel structure 3D screenshot

Course Duration: 2 Days

Course Outline:

 

  • 3d frame/truss steel structure
  • Advanced options in Autodesk Robot Structural Analysis (rigid links, semi rigid releases, bracings, tension members, etc.
  • Advanced model settings – introduction to non-linear analysis
  • Steel members dimensioning parameters (including advanced options)
  • Dimensioning and optimization
  • Dimensioning reports
  • Steel connection analysis (EC3 standard)

 

Course Title: Robot Advanced Training – Concrete Structures 3D

robot advanced training RC structure 3D screenshot

Course Duration: 2-3 Days

Course Outline:

 

  • 3d concrete building geometry definition
  • DXF, DWG files import
  • Revit geometry import
  • Loads and load patterns.
  • Meshing parameters
  • Results analysis
  • Calculation reports
  • RC Beams, columns, foundations dimensioning parameters
  • RC member dimensioning
  • RC members dimensioning reports and reinforcement drawings
  • RC slabs and walls dimensioning parameters
  • Slab and walls reinforcement calculation
  • Required and provided reinforcement
  • Circular tank geometry definition
  • Loads and load patterns (including temperature and hydrostatic loads)
  • Results analysis
  • Tank reinforcement calculation

 

Course Title: Robot Advanced Training – Dynamic and Non-Linear Analysis

structural analysis dynamic and nonlinear screenshot

Course Duration: 2 Days

Course Outline:

 

  • Types of dynamic analysis available in Autodesk Robot Structural Analysis
  • Non-linear analysis load cases parameters
  • Modal analysis (parameters and examples)
  • Harmonic analysis (parameters and examples)
  • Seismic and spectral analysis (parameters and examples)
  • Time history analysis (parameters and examples)
  • Non -linear analysis available in Autodesk Robot Structural Analysis
  • P-Delta and large deformation effect
  • Tension compression objects
  • Non-linear supports
  • Non- linear releases
  • Cable structures
  • Imperfection definition
  • Convergence improvement methods

 

Course Title: Autodesk Robot BIM Workflow - Autodesk Revit Data Transfer

revit robot transfer screenshot

Course Duration: 1-2 Days

Course Outline:

 

  • Building definition in Autodesk Revit
  • Analytical model parameters
  • Analytical model correction tools
  • Loads and load pattern
  • Model transfer to Autodesk Robot Structural Analysis (section and material mapping)
  • Building analysis and design in Autodesk Robot Structural Analysis
  • Data transfer from Autodesk Robot Structural Analysis to Autodesk Revit
  • Graitec Power Pack for Revit – Revit analytical model correction

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Robot Consultancy

Course Title: Robot Structural Analysis Mentorship Consultancy

Robot consultancy screenshot

Course Duration: Defined by customer requirements

Course Outline:

 

Our Mentorship consultancy is geared to very customer centric requirements so is extremely flexible giving you the option to guide the outcome of your session(s) or even use your own models as the basis of the consultancy.

This could range from guiding a user who has perfect knowledge of design codes and has completed only basic training but wants to get a better understanding of best practices and projects workflows using Robot Structural Analysis software. Through to mentorship for more advanced users who perhaps have a particular project such as office building or even football stadium and are experiencing some issues for example during meshing, nonlinear analysis etc. that need to be solved for the best outcome/result.

Mentorship Consultancy using client models or projects may require additional analytical work with customer’s models to be sure that all end users requirements can be fulfilled.  

Autodesk Robot Structural Analysis Technical Support

Graitec’s Robot technical support team deliver help and support to users across the globe on a daily basis and we offer two distinct levels of support which are basic and extended.

robot structural analysis technical support screengrabBasic technical support is predominantly geared to IT related issues to help clients deploy their software or deal with licensing and basic configuration issues, whereas Extended technical support is geared to helping cover user issues.

Both of our Robot technical support packages run for a duration of 12 months or 10 hours (whichever comes first) and are available at a very competitive price point. Support is not restricted to a single user, but can be used by any member of your team so you get the maximum benefit for your spend. If you use all 10 hours, then you can simply purchase a further 10 hours as required.

Typical coverage is detailed below:

Basic

  • Software installation
  • Hot fix, Service Pack installation
  • Licensing problems;
  • Network license configuration;
  • Basic software configuration
  • Bugs registration .
  • User Autodesk Account maintenance
  • Graphic card issues

 Extended

  • Structure definition – geometry, supports, releases, meshing
  • Loads and load pattern definition
  • Structure analysis – instability, mesh incoherence, isolated nodes, separate structures etc.
  • Results analysis – calculation reports, results table configuration, results interpretation
  • Dynamic analysis – calculation parameters
  • Non - linear analysis – calculation parameters
  • Dimensioning procedures – workflow, parameters definition, results analysis, reports

For more information on our Robot training courses or Robot technical support please click on the button below and a member of the team will get back to you to discuss your requirements.

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