Tekla Structures Steel Project Based Training Course-1

Start a new Tekla Structures project by selecting the environment and full configuration, then create and name a steel structure folder on the desktop, and open the class structure project.

Create a rectangular grid, adjust x and y spacing, and set grid labels in Tekla Structures. Then generate and switch views, including an isometric 3d view, to review the grid.

Create a footing in Tekla Structures by setting size, applying a 25 chamfer, editing properties, and using snap tools to align endpoints and midpoints.

Create and place beams in Tekla Structures from the general arrangement, using 300 and 200 profiles, apply carbon steel, and align at plan elevation 690 with precise end offsets.

Create a welded beam-to-beam connection with back and bottom stiffeners for 300x300 beams, including rathole sizing and chamfer adjustments.

Learn to create a welded beam-to-beam connection in Tekla Structures, configure main and secondary members, apply stiffeners and chamfers, and display cut and added material.

Create beam edge preparation by applying TJ weld preparation on selected beams, adjusting endpoints and angles up to 45 degrees, and establishing current connections across grid B.

Create columns at all grid intersections except specified; set column profile to 280, adjust levels, rotate 90 degrees, switch to isometric view, finalize with welds and assembly part.

Create a base plate from general arrangement, assembly, and fabrication drawings, detailing thickness, hole locations, and bolt patterns for site activity.

Create bracing and gusset connections in Tekla Structures by configuring pipes, materials (A106 grade B), gusset and seal plates, welds, and assembly details across grid locations.

Learn to create a lock plate in Tekla Structures, set thickness 25, assign 355 material, add bolt holes, radii, and welds, and align on grid B and D.

Create this staircase in Tekla by selecting stair s 71, setting dimensions, and configuring steps, brackets, and grading with material S2 75 carbon steel.

Create an angle cleat connection for a staircase in Tekla Structures, set material to 75 carbon steel, configure bolts and notch, and adjust stiffness for a clash-free installation.

Learn to create a stair baseplate connection in Tekla Structures, detailing bolt and weld configurations, base plate dimensions, and plan and 3d view verification.

Create a staircase handrail in tekla structures by configuring handrail components, pipes, plates, poly beams, and end plate connections, then mirror and copy the assembly for the final design.

Learn to design and assemble a skid platform handrail in Tekla Structures, including posts, top plates, gusset plates, pipe connections, curved and tangent connections, bolts, and welds.

Create a handrail for a skid platform in Tekla Structures by modeling, adjusting endpoints, applying welds, and configuring views and dimensions for accurate plan view and 3d assembly.

Learn how to create a pipe support with stiffeners for a 60 beam, adjust dimensions, align construction lines, assign material, and assemble the component in Tekla Structures.

This lecture demonstrates how to create a pipe support in Tekla Structures, including configuring end plate connections, adding stiffeners, selecting bolt sizes, and applying welded beam-column connections.

Learn to create a cable tray support in Tekla Structures, using UNP 200 channel, end plates, bolts, welds, and precise positioning via view lists, grids, and move commands.

Create a grating in Tekla Structures by modeling grating with gusset plates, defining spacing, profiles, materials, and welds, then use polygon cuts and 3D views to finalize the design.

Run clash checks in Tekla, identify major and minor clashes, then resolve beam, stiffener, and bolt conflicts by adjusting dimensions and positions, saving the session as needed.

Master Tekla numbering by configuring numbering settings, applying new numbers, and using reuse old numbers for existing objects. Learn to renumber modified objects, set tolerances, and preserve numbers when possible.

Check assembly list to verify proper assembly numbering, rename parts like skid, handrail, cable tray, and pipe, and correct misplacements by updating main parts and welds.

Master how to check the part list in Tekla Structures, generate reports from selected parts, modify materials and hatch, and manage numbering for a clean model.

Create a 3D isometric general arrangement drawing in Tekla Structures using the steel 3D view preset, set scale, adjust lines and grid, and prepare an A3 layout with Arial font.

Create a Tekla Structures plan view drawing by configuring plan views and elevations, applying filters, labeling assemblies and profiles, and arranging views for a clear, print-ready layout.

Add anchor bolt information in plan view by placing marks, setting bolt diameter, numbering, and symbols, then include hole and slot details with dimensions for M20 hanger bolts.

Create grid elevation view drawings in Tekla Structures by selecting and combining grid elevation views, applying steel elevation presets, and configuring layout, scale, and labels for one drawing.

Create handrail plan and elevation view in Tekla Structures, configuring views, filters, and dimensions, saving drawings, and updating titles and labels.

Learn to create a general arrangement drawing with a grading plan elevation in Tekla Structures by configuring views, drawing properties, filters, and scale for a clean, dimension-free output.

Change project information by editing project properties, including project name and number, and customize drawings through the template editor, document manager, and logo placement.

Learn to add revision to a GA drawing using the document manager, apply revision marks (A, B, C or 0–3), enter created by, description, and date, then create the revision.

Select all drawings in the document manager and print to a single pdf, using fit to paper, center drawing, a1 orientation, and black or color line properties.

Learn to create fabrication drawings and assembly and single pot drawings in Tekla Structures, including setting up isometric views, applying properties, and managing cable trays, handrails, and pipe supports.

Edit skid structure assembly drawings in Tekla Structures, create section views, adjust depths and levels, and refine dimensions, labels, and appearance for fabrication-ready documentation.

Learn to edit a skid structure assembly drawing in Tekla Structures, including moving and arranging views, managing pathmarks and part marks, and adjusting grids, dimensions, and the title block.

Learn to create and configure detail marks in Tekla structures, define rectangular boundary tiles, adjust view labels and scales, and add bolts, welds, path marks, and section marks.

Edit stringer assembly drawings by adjusting properties, views, and orientation in the document manager. Add sections, grids, bold marks, watermark, and plot marks to finalize the drawing.

Edit pipe support drawings with the document manager to adjust bottom, front, top views, remove dimensions and welds, add marks via view properties, and create section a and b.

Learn how to edit a cable tray support assembly drawing in Tekla Structures by modifying properties, adjusting views, and applying Pathmark and bold marks while removing dimensions and welding.

Edit a handrail assembly drawing in Tekla Structures by selecting elements, modifying dimensions, applying weld marks such as partial penetration or square butt joints, and adding centerlines and marks.

Edit a tread assembly drawing by using the document manager, selecting parts, removing weld marks, adjusting dimensions, and finalizing the drawing with part numbers and marks.

Edit grating assembly drawings in Tekla Structures by modifying views, scale, orientation, and center removal, applying neighbor part filters and assembly series, saving changes, and repeating across all drawings.

Learn to add revision to an assembly drawing in Tekla Structures, create a revision mark, assign statuses, and manage drawing titles via the document manager.

Learn to print an assembly drawing from Tekla Structures, output as a pdf, fit and center it on paper, and select the maximum size while verifying dimensions and part marks.

Create and edit single part drawings in Tekla Structures, configuring properties and layouts for A4 sheets while applying accurate dimensions, annotations, and numbering to fabrication drawings.

learn to add a revision to a single part drawing in Tekla Structures using the document manager, apply a revision mark, enter revision details and date, and create.

Learn to print a single pot drawing in Tekla Structures using the document manager, selecting the drawing, choosing pdf output, and fitting to paper.

Learn to create an assembly list in Tekla by selecting components, removing unwanted items and dummy elements, then generate the assembly list report from the model.

Create a part list in Tekla Structures by selecting components, removing dummy, and generating a report from the selected parts, then view the part list XR file.

Create an assembly part list in Tekla Structures by selecting components, filtering assemblies with object group, and generating a report to view all parts, including cable tray assemblies.

Learn to create a bolt list from project reports by selecting a report, typing B for the B series, and generating from all items with standard, size, and quantity details.

Learn to generate a material list and a material Excel list from the model, view quantities, total length, and total weight, and export it for the bill of quantities.

Select the assembly, choose the assembly shipping list report from the selected option, then open it in Excel to view assembly marks, descriptions, quantities, and dimensions for packing and dispatch.

Convert an Excel file to a viewable Excel file by locating the report, copying its path, and opening it in Excel; adjust the report template length as needed.

Create an nc file for plates by selecting plates in the model, export via the document manager, and generate a dstv with popup and contour marks.

Learn to create an nc file for a beam in Tekla Structures by exporting the dstv profile from the document manager.