
Navigate Tekla structure for steel from scratch by setting the environment, configuring roles, and creating a single-user model; define profiles, grids, and drawings, and apply loads and analyze results.
Learn to create and customize grids in Tekla Structures, defining x y z coordinates, spacings, labels ABCDE, and line extensions; modify, copy, rotate the view, and manage grid selection.
Switch between 3d and plane views, rotate around a focal point, and zoom with keyboard and mouse, while creating and managing views using view points in Tekla structure.
Place and tilt a concrete pad footing within Tekla structure, adjusting position and rotation. Choose section profiles and shapes, and apply modifications to create a rectangular or square footing.
Learn to model footing reinforcement in Tekla Structures by configuring cover, bar sizes, spacing, and counts for primary and secondary bars, and organizing components into groups and zones.
Place steel columns in Tekla by selecting footing reinforcement, naming the column, choosing a suitable profile and material, and adjusting position and rotation.
Draw rafters in Tekla structure, switch to elevation and plane views, and use modify, apply, offset X Y Z to position and rotate components, and copy properties.
Learn to create and customize the base connection between column and base plate in Tekla structure, selecting base plate options, adjusting bolts, spacing, and plate dimensions through the connection editor.
Explore rendering parts and components to master rendering techniques and manage connections. Edit wireframes, check the door frame, and copy points to refine the assembly.
Adjust display and view properties in Tekla structure for steel, mastering visibility, rendering, and presentation of model parts, components, and welds using exact, wireframe, and hidden marks.
Learn to generate and configure an apex haunch connection for rafters in Tekla structure, adjusting bolt size and spacing, and performing moment and shear analysis.
Create an eaves haunch connection between a column and beam in Tekla Structures, configuring the haunch profile, material, stiffness, length, and design load.
Explore Tekla structure basics for steel eaves beams: edit and copy beam properties, set profile IP 200, adjust material and class, and create column-to-eave connections with welded or bolted options.
Create levels, set spacing, draw and modify beams and profiles, adjust grid and colors, and copy side rails in Tekla structure (steel) from scratch.
Create and modify side rails and their connections in Tekla structure, place bolts and points, adjust positions and rotation, then copy rails with connections to extend the model.
Explore selecting objects and components, set up plates, profiles, bolts, and reinforcing bars, and configure connections; apply static analysis with rigid links, loads, and view options.
Explore mirroring steel side rails and plates in Tekla Structure, work with angle sections, apply bolts, and verify rail and plate connections.
Explore creating purlins from scratch in Tekla Structures for steel framing, covering 3d modeling, applying angles, copying components, and checking selections.
Copy elements in Tekla structure from scratch by duplicating the portrait frame, foundations, side rails, podiums, and beams; then rotate, move, delete, and modify to assemble with grids.
Learn how to configure wall bracing in steel structures by selecting grids, placing braces, adjusting angles and connections using bolts and plates, and modifying as needed.
Design roof bracing in Tekla structure from scratch, using city points to place and rotate components. Adjust Z levels, spacing, and mirroring to align steel beams and bracing precisely.
learn how to fix an angle in Tekla structure by modifying, applying changes, deleting all angles, and using copy and copy special to set a 90-degree angle.
Generate and organize a bill of quantities in Tekla structure for steel elements, configuring units to metric, and calculating weights, volumes, and total quantities for columns, beams, plates, and reinforcements.
Create steel drawings in Tekla structure from scratch by generating arrangement views, configuring city D views, and using drawing lists to create and close drawings.
Learn to edit Tekla Structure 3d view properties attributes, adjusting scale, x min/max, y min/max, depth, and height, then set part lengths, spacing, and cut-part rules, with configurable labels A1–A4.
Use filter options to display only specific profiles, such as IP 450 columns and rafters, by category, part, bolt, or weld, and adjust modified sections and K factors.
Learn to set up Tekla steel assemblies from scratch by configuring assembly and profile positions, assigning materials, and adjusting visibility, colors, shapes, leader lines, and reinforcements.
Learn to modify symbols, center lines, and reference lines in Tekla structure from scratch, and control color and visibility of parts and beams across sections.
Modify bolts in Tekla Structure for steel by adjusting visibility of main parts, applying appearance changes, and changing color, length, and symbols such as circle, line, and axis.
Explore how to control reinforcement bar visibility in Tekla Structures, switching between single and double line representations, adjusting colors, grouping bars, and managing mesh content and symbol size.
Learn to show or hide grids, adjust grid visibility, and customize text and frame lines, including color, font, and bold or italic styles in 3D views.
Modify element properties in Tekla structure (steel) by adjusting line types, colors, outlines, bracing, and presentation options for profiles such as IP 450, IP 460, and European 160.
Learn to create and modify steel grid layouts in Tekla Structures from scratch, toggle grid visibility in 3D view, and manage bolts, plates, and columns while deleting dimensions.
Learn to mark parts, select and modify parts and profiles, apply IP 450 and end dimensions such as 160, and delete unwanted parts to refine the structure.
learn how to create and edit level marks in Tekla structure from scratch, set prefixes, modify precision and units, adjust color, font, frame, and leader line for clear annotations.
Learn to draw and modify lines, set line types and colors, add leaders and frames, and adjust material name, class, and size within Tekla structure steel modeling.
Learn to create text drawings and text along a line or leader line in Tekla structure, and modify color, font, angle, alignment, and frame.
Learn to align text and line drawing objects in Tekla structure from scratch, placing elements to the top, bottom, left, right, and center relative to the grid.
Learn dimensioning in Tekla structure by selecting horizontal, vertical, or free types, editing values, and adjusting properties such as precision, extension lines, and color.
Add vertical and free dimensions in Tekla structure by selecting points, switching unit formats, and copying dimension lines between reference points to finalize measurements.
Add and remove points from a dimension in Tekla structure (steel) by selecting the dimension, changing its color to green, and using add or remove point actions.
In this course you will learn how to model many projects in Tekla.
Firstly you will learn how to model a portal frame warehouse with all elements:
Columns,rafters,foundations,reinforcing bars,side rails,Purlins,Bracing and all connection.
You will learn how to generate Bill of quantities of all elements and connections.
You will learn how to generate drawing of projects,sections,callout and others.
Secondly,you will learn how to model a welded truss,and in the third project bolted truss.
The course is not finished,there will be new lectures monthly and new ideas.
Don't wait,let's get started.