Tekla Structures training

1. 1.1Introduction to Tekla Structures and an overview of its capabilities
2. 1.2Starting Tekla Structures
3. 1.3Selecting environments and model templates
4. 1.4Creating a new model
5. 1.5Understanding the structure of a new model
6. 1.6Understanding the view work area
7. 1.7Rotating and navigating the model
8. 1.8Switching to the view plane
9. 1.9Working with model grids

1. 1.10Creating columns
2. 1.11Creating beams
3. 1.12Creating contour plates
4. 1.13Creating polybeams
5. 1.14Creating twin profiles
6. 1.15Part representation modes: Ctrl+1–5
7. 1.16Corner points and chamfer properties
8. 1.17Selecting object handles
9. 1.18Using construction geometry
10. 1.19Snapping to points and objects
11. 1.20Using selection switches for different object types
12. 1.21Fitting part ends
13. 1.22Cutting parts with a line
14. 1.23Cutting parts with a polygon
15. 1.24Cutting a part with another part
16. 1.25Creating bolted connections

1. 1.26Understanding assemblies
2. 1.27Creating welds
3. 1.28Creating basic model views
4. 1.29Creating views along grid lines
5. 1.30Understanding the view plane
6. 1.31Setting and using the work plane

Components are introduced at an overview level in this basic course. Detailed component development and parameterisation are covered in Level 2.

1. 1.32Understanding components
2. 1.33Creating a simple custom component
3. 1.34Introduction to the Custom Component Editor
4. 1.35Binding component objects to planes
5. 1.36Creating formulas in the Custom Component Editor
6. 1.37Defining custom variables
7. 1.38Modifying object properties in the component browser
8. 1.39Introduction to more complex parametric custom components
9. 1.40Introductory practice with different custom components
10. 1.41Working with component catalogues
11. 1.42Transferring components between projects
12. 1.43Overview of creating common custom components
13. 1.44Overview of using AI with Tekla Structures

1. 2.1Preparing the model for drawing creation
2. 2.2Understanding the main drawing types
3. 2.3Managing drawings in Document Manager / Drawing List
4. 2.4Configuring settings before creating general arrangement drawings
5. 2.5Creating general arrangement drawings
6. 2.6Opening an existing drawing
7. 2.7Saving drawings and saving the model
8. 2.8Understanding drawing properties
9. 2.9Understanding drawing view properties
10. 2.10Modifying the properties of a selected drawing object
11. 2.11Setting mark properties in drawings
12. 2.12Controlling object representation in drawings
13. 2.13Shortening parts in drawing views
14. 2.14Setting drawing view label properties
15. 2.15Creating dimensions
16. 2.16Modifying dimensions by adding and removing dimension points
17. 2.17Creating basic drawing views
18. 2.18Creating section views in drawings

1. 2.19Configuring settings before creating single-part drawings
2. 2.20Creating single-part drawings
3. 2.21Applying dimensioning rules to single-part drawings
4. 2.22Configuring settings before creating assembly drawings
5. 2.23Creating assembly drawings
6. 2.24Applying dimensioning rules to assembly drawings
7. 2.25Configuring settings before creating cast unit drawings
8. 2.26Creating cast unit drawings
9. 2.27Applying dimensioning rules to cast unit drawings
10. 2.28Configuring settings before creating multidrawings
11. 2.29Creating multidrawings
12. 2.30Cloning drawings
13. 2.31Cloning drawings from another model
14. 2.32Working in the Drawing Editor
15. 2.33Printing drawings and producing PDF files
16. 2.34Exporting drawings to DWG

1. 2.35Overview of editing the profile catalogue
2. 2.36Overview of editing the material catalogue
3. 2.37Overview of Template Editor for reports
4. 2.38Setting up a multi-user model
5. 2.39Working in multi-user mode
6. 2.40Configuring advanced project options
7. 2.41Creating reports from the model
8. 2.42Checking the model for clashes
9. 2.43Checking and correcting numbering
10. 2.44Overview of using AI to configure drawing settings

1. 1.1Understanding the purpose and capabilities of system components
2. 1.2Exploring the capabilities of custom components
3. 1.3Understanding the component workflow in Tekla Structures
4. 1.4Non-parametric and parametric custom components
5. 1.5Following the custom component creation workflow
6. 1.6Understanding custom component types and their insertion methods

1. 1.7Creating a non-parametric column base component
2. 1.8Creating a non-parametric beam-to-column-flange end plate connection
3. 1.9Creating a non-parametric beam-to-column-web end plate connection
4. 1.10Creating a non-parametric beam-to-beam end plate connection
5. 1.11Creating a non-parametric beam-to-beam fin plate connection
6. 1.12Creating a parametric beam-to-column-flange connection
7. 1.13Understanding parametric connections: binding points to planes
8. 1.14Understanding every field in the Variables dialog
9. 1.15Binding a point to the top of a beam and defining its behaviour
10. 1.16Binding a point to the bottom of a beam and defining its behaviour
11. 1.17Binding points to the left and right sides of a beam
12. 1.18Creating and parameterising column stiffeners

1. 1.19Adding a Yes/No variable to control whether an object is created
2. 1.20Adding a variable for object class and colour
3. 1.21Adding a variable for material grade
4. 1.22Adding a variable for chamfer type
5. 1.23Adding a variable for chamfer size
6. 1.24Adding a variable for profile selection
7. 1.25Adding a variable for bolt standard
8. 1.26Adding a variable for bolt diameter
9. 1.27Coordinating bolt standard and bolt diameter selection
10. 1.28Adding a variable for weld type
11. 1.29Adding a variable for weld size
12. 1.30Controlling bolt quantities through spacing lists
13. 1.31Retrieving the current dimensions of beam and column profiles

1. 1.32Using the mid() string function
2. 1.33Using the find() string function
3. 1.34Using the length() string function
4. 1.35Using the round() function
5. 1.36Using the ceil() function
6. 1.37Using the int() conversion function
7. 1.38Saving, importing and exporting components between models
8. 1.39Automatically setting the vertical offset to the first bolt
9. 1.40Automatically setting horizontal bolt spacing
10. 1.41Adapting bolt layouts to the beam profile
11. 1.42Testing different profile sizes and correcting bolt layout errors
12. 1.43Checking that dependent variables update when the beam profile changes
13. 1.44Debugging parameter saving and custom component reuse

1. 2.1Creating a non-parametric component ready for parameterisation
2. 2.2Reviewing the practical assignment
3. 2.3Building a test model with different beam and column combinations
4. 2.4Creating the connection for the first profile combination
5. 2.5Parameterising the first example for use with other profile combinations
6. 2.6Testing the connection across the full test model
7. 2.7Configuring several connections in the prepared test model

1. 2.8Preparing tabular data for use by custom components
2. 2.9Understanding common errors when reading lookup tables
3. 2.10Understanding how components retrieve data from lookup tables
4. 2.11Practical exercise: using a real design table in a component
5. 2.12Turning a non-parametric component into a fully automated component
6. 2.13Defining priorities in the component’s parametric logic
7. 2.14Handling profile combinations that are not included in the lookup table
8. 2.15Using AI to populate lookup tables from PDF documents
9. 2.16Understanding the limitations of reading data from Excel

1. 2.17Creating a handrail component
2. 2.18Creating a fixed steel access ladder component with a safety cage
3. 2.19Creating a stair flight component
4. 2.20Creating custom seams
5. 2.21Creating reference distances in a custom component
6. 2.22Creating a component that switches between sub-component types

1. 2.23Understanding custom component dialog design
2. 2.24Adding a tab to a custom component dialog
3. 2.25Organising variables across dialog tabs
4. 2.26Arranging variable controls within each tab
5. 2.27Adding images to a custom component dialog
6. 2.28Updating images in a custom component dialog
7. 2.29Creating a drop-down list without images
8. 2.30Creating a picture drop-down list
9. 2.31Creating a beam-to-column-web connection component
10. 2.32Building a 3D test model from AutoCAD files
11. 2.33Applying the developed components to a real project model
12. 2.34Correcting component errors and resolving clashes
13. 2.35Understanding component export and import into a new model
14. 2.36Reusing Tekla’s built-in bolt dialog images and interface elements
15. 2.37Testing the component on actual bolted connections

1. 2.38Working with AutoConnection
2. 2.39Automating the placement of suitable connections in the 3D model
3. 2.40Developing bracing connections
4. 2.41Exploring the capabilities and advantages of C# connections with AI assistance
5. 2.42Creating a custom C# connection with AI assistance
6. 2.43Testing an AI-assisted C# connection with different profile combinations
7. 2.44Comparing a custom component with an AI-assisted C# connection

1. 1.1Assessing your current knowledge of Tekla Structures
2. 1.2Reviewing your approach to 3D modelling
3. 1.3Reviewing your approach to drawing production
4. 1.4Reviewing the plugins and supporting software you use
5. 1.5Identifying key areas for improving model and drawing workflows
6. 1.6Exploring newer modelling tools in Tekla Structures
7. 1.7Exploring newer drawing creation tools in Tekla Structures
8. 1.8Using supporting applications to generate drawings
9. 1.9Exploring additional plugins and software for 3D modelling
10. 1.10Comparing approaches to modelling bracing connections
11. 1.11Automating handrail modelling
12. 1.12Automating fixed steel access ladders with safety cages
13. 1.13Automating stair modelling
14. 1.14Automating floor grating and decking
15. 1.15Automating common connection details
16. 1.16Automating no-paint areas on structural parts

1. 1.17Understanding the structure of Tekla Structures projects
2. 1.18Understanding the purpose of model files
3. 1.19Understanding the search order for model, environment and settings files
4. 1.20Creating parametric profiles in Tekla Structures
5. 1.21Creating parametric profiles with a cross-section that varies along the part
6. 1.22Creating and editing rules in the profile catalogue tree
7. 1.23Creating a custom bolt catalogue
8. 1.24Creating a custom bolt assembly catalogue
9. 1.25Creating a material catalogue
10. 1.26Overview of Template Editor for reports

1. 1.27Using Shift to change how modelling commands operate
2. 1.28Working with part numbering
3. 1.29Defining numbering series
4. 1.30Working with advanced options
5. 1.31Using Clash Check Manager
6. 1.32Configuring clash check tolerances
7. 1.33Understanding model import options and limitations
8. 1.34Understanding model export options and limitations

1. 1.35Working with complex components
2. 1.36Configuring and optimising drawing cloning
3. 1.37Controlling neighbour parts in drawings
4. 1.38Understanding drawing, view and object-level settings
5. 1.39Preparing drawing settings before drawing creation
6. 1.40Fine-tuning automatic drawing view placement
7. 1.41Understanding the hierarchy of drawing view settings
8. 1.42Understanding the hierarchy of mark settings
9. 1.43Displaying linked 2D and 3D DWG reference models and controlling layer visibility
10. 1.44Using additional Tekla Structures environments effectively

1. 2.1Understanding Tekla Structures environments
2. 2.2Exploring the files and settings that make up an environment
3. 2.3Understanding the structure of objects.inp
4. 2.4Defining additional user-defined attributes in the environment
5. 2.5Adding user-defined attributes to steel beams
6. 2.6Adding user-defined attributes to concrete beams
7. 2.7Adding user-defined attributes to bolt groups
8. 2.8Customising Document Manager / Drawing List columns
9. 2.9Using Rebar Shape Manager to define custom reinforcing bar shapes

1. 2.10Introduction to Template Editor for reports
2. 2.11Modifying existing report templates
3. 2.12Creating a simple report template
4. 2.13Working with string values and variables
5. 2.14Using mathematical functions
6. 2.15Using conditional expressions
7. 2.16Understanding the variable list in the Custom Component Editor
8. 2.17HTML fundamentals for more complex reports and tables
9. 2.18Creating HTML reports
10. 2.19Creating XLS (Excel) reports
11. 2.20Including custom environment attributes in reports

1. 2.21Creating and modifying drawing layouts
2. 2.22Integrating Tekla Structures with structural analysis software
3. 2.23Integrating Tekla Structures with cutting and nesting software
4. 2.24Integrating Tekla Structures with other 3D modelling software
5. 2.25Designing custom component dialogs
6. 2.26Storing report and drawing table templates in the model folder
7. 2.27Storing material catalogue files in the model folder
8. 2.28Storing bolt and bolt assembly catalogue files in the model folder
9. 2.29Storing symbol files in the model folder
10. 2.30Storing custom graphical mark templates from Template Editor in the model folder
11. 2.31Storing DWG files in the model folder

1. 2.32Working with local multi-user models
2. 2.33Working with Tekla Model Sharing for cloud-based collaboration
3. 2.34Planning further workflow automation
4. 2.35Understanding part orientation
5. 2.36Understanding component orientation
6. 2.37Working around known Tekla Structures issues
7. 2.38Understanding how Tekla Structures applications are developed
8. 2.39Understanding model locking during saving
9. 2.40Introduction to AI agents: installation and setup
10. 2.41Using AI agents for 3D modelling
11. 2.42Using AI agents to work with drawings
12. 2.43Developing plugins with AI assistance
13. 2.44Reviewing progress and planning improvements to your company’s workflows

1. 1.1Understanding the role of Template Editor (TplEd) in Tekla Structures
2. 1.2Distinguishing report templates, drawing tables and mark templates
3. 1.3Understanding textual (.rpt) and graphical (.tpl) templates
4. 1.4Overview of .html.rpt and .xlsx.rpt report formats
5. 1.5Opening Template Editor from Tekla Structures
6. 1.6Exploring the interface: work area, Content Browser and toolbars
7. 1.7Setting editor preferences and file locations
8. 1.8Making working copies of system templates safely
9. 1.9Finding templates in model, project, firm and environment folders

1. 1.10Creating a new textual template
2. 1.11Creating a new graphical template
3. 1.12Saving templates and choosing file names
4. 1.13Setting page size, margins and measurement units
5. 1.14Configuring the work area and snapping settings
6. 1.15Understanding template structure: Header, Page Header, Row, Page Footer and Footer
7. 1.16Creating a report Header
8. 1.17Creating a Page Header
9. 1.18Creating a data Row
10. 1.19Creating a report Footer for overall totals
11. 1.20Creating a Page Footer
12. 1.21Adding static text and column headings
13. 1.22Positioning and aligning template objects
14. 1.23Modifying row width, height and properties
15. 1.24Understanding row content types

1. 1.25Using PART rows to report part information
2. 1.26Using ASSEMBLY rows to report assembly information
3. 1.27Using BOLT rows to report bolt information
4. 1.28Using DRAWING rows to report drawing information
5. 1.29Exploring content types for concrete, reinforcement and other objects
6. 1.30Adding a value field and selecting a data attribute
7. 1.31Using standard Tekla Structures template attributes
8. 1.32Outputting part position, name, profile and material
9. 1.33Outputting geometric properties and weight
10. 1.34Displaying project information in the report header
11. 1.35Outputting user-defined attributes (UDAs)

1. 1.36Setting a value field’s name and length
2. 1.37Choosing data types: text, whole numbers and decimal numbers
3. 1.38Setting measurement units and decimal places
4. 1.39Formatting length, area, volume and weight values
5. 1.40Setting alignment and multiline output
6. 1.41Writing simple formulas with GetValue()
7. 1.42Handling empty and zero values
8. 1.43Practical exercise: creating a part list from scratch
9. 1.44Checking reports for selected objects and for the entire model

1. 2.1Reviewing Part 1 results and checking the part list for errors
2. 2.2Understanding row sort types: None, Combine and Distinct
3. 2.3Sorting value fields in ascending and descending order
4. 2.4Setting the sorting priority of multiple value fields
5. 2.5Combining identical rows and preventing duplicate output
6. 2.6Calculating quantities and total weights for combined rows
7. 2.7Using hidden fields for sorting and supporting calculations
8. 2.8Using Sum(), Total() and Count() for summaries
9. 2.9Creating group subtotals and overall totals
10. 2.10Working with ASSEMBLY rows and nested PART rows
11. 2.11Modifying and checking the row hierarchy

1. 2.12Controlling row output with row rules
2. 2.13Creating rules with Rule Wizard
3. 2.14Writing conditional expressions with if / then / else / endif
4. 2.15Using comparison operators and logical conditions
5. 2.16Filtering parts by profile and material
6. 2.17Controlling row processing with Output(), StepOver() and StepOut()
7. 2.18Identifying the first and last rows with IsFirst() and IsLast()
8. 2.19Comparing adjacent rows with PreviousValue() and NextValue()
9. 2.20Outputting subtotals when a group changes
10. 2.21Saving and reusing row rules (.pdr)

1. 2.22Checking formula syntax and data types in the formula editor
2. 2.23Working with strings using find(), mid() and length()
3. 2.24Finding text with FindAny() in Tekla Structures 2026
4. 2.25Concatenating strings to build composite identifiers
5. 2.26Converting numeric strings and using them in calculations
6. 2.27Rounding and formatting calculated values
7. 2.28Changing measurement unit formatting conditionally
8. 2.29Making additional UDAs available through objects.inp and contentattributes_*.lst

1. 2.30Controlling report headers, footers and page breaks
2. 2.31Creating an assembly list with a breakdown of its parts
3. 2.32Creating a bolt and fastener list
4. 2.33Creating a drawing list with drawing identifiers and dates
5. 2.34Using graphical tables in drawing layouts
6. 2.35Creating a title block and a revision table
7. 2.36Adding a graphical template to a drawing layout
8. 2.37Adding logos, lines, symbols and other graphics
9. 2.38Using graphical templates in drawing marks

1. 2.39Creating an HTML report (.html.rpt)
2. 2.40Preparing an Excel layout template (.xltx) in Microsoft Excel for Tekla Structures 2026
3. 2.41Defining an Excel report’s data structure in an .xlsx.rpt template
4. 2.42Mapping columns and exporting the final .xlsx file
5. 2.43Checking Cyrillic text and UTF-8 encoding, and transferring templates between models
6. 2.44Final project: producing a set of reports, checking the results and troubleshooting with AI assistance