Introduction:

Tekla Structures is a powerful Building Information Modeling (BIM) software used in the construction industry for steel detailing, 3D modeling, and coordination. This 5-day course will introduce participants to the fundamentals of Tekla Structures, focusing on its application in steel detailing. Participants will learn how to create detailed models for structural steel projects, from generating drawings to generating reports and managing connections. The course combines practical exercises with theoretical learning to help users gain proficiency in using Tekla Structures for steel detailing and fabrication.

Objectives:

By the end of this course, participants will:

1. Gain a solid understanding of the basic functions and features of Tekla Structures for steel detailing.
2. Learn how to create and manage 3D models of steel structures.
3. Understand how to generate accurate fabrication drawings, material lists, and reports.
4. Learn how to model connections, plates, bolts, and welds in Tekla Structures.
5. Be introduced to the best practices for efficient use of Tekla Structures in steel detailing.
6. Develop skills for integrating Tekla Structures with other software in a BIM workflow.

Who Should Attend:

This course is designed for professionals in the construction, engineering, and steel fabrication industries, including:

• Steel Detailers and Fabricators
• Structural Engineers
• BIM Managers and Coordinators
• CAD Technicians and Draftspeople
• Project Managers in Steel and Structural Engineering
• Students and professionals looking to specialize in steel detailing

Course Outline:

Day 1: Introduction to Tekla Structures and Steel Detailing Basics

• Session 1: Overview of Tekla Structures
  • Introduction to Tekla Structures and its role in steel detailing
  • Understanding the interface: The main windows, toolbars, and workspaces
  • Overview of Tekla’s BIM workflow and integration with other software
• Session 2: Basic Drawing Tools and Functions
  • Drawing basic shapes and objects in Tekla Structures
  • Working with templates, grids, and reference planes
  • Importing and exporting CAD files and existing models
• Session 3: Setting up a Steel Project
  • Creating a new project and defining project settings
  • Project organization: Structuring models, components, and assemblies
  • Setting up material properties and types for steel components
• Activity: Hands-on Exercise – Setting up a Simple Steel Model

Day 2: Modeling Steel Components

• Session 1: Steel Columns, Beams, and Plates
  • Modeling columns, beams, and plates in Tekla Structures
  • Using the Steel Component Library to add pre-defined elements
  • Modifying and editing steel components (size, type, and orientation)
• Session 2: Modeling Connections
  • Creating bolted and welded connections for steel components
  • Modeling connection plates, bolts, nuts, and welds
  • Understanding connection types: Moment, shear, and column base connections
• Session 3: Advanced Steel Detailing Techniques
  • Working with angles, channels, and custom steel profiles
  • Modeling stairs, handrails, and platforms in steel projects
  • Incorporating structural details such as camber, holes, and notches
• Activity: Hands-on Exercise – Modeling Columns, Beams, and Connections

Day 3: Creating Fabrication Drawings and Reports

• Session 1: Generating 2D Fabrication Drawings
  • Creating and customizing drawing views: Elevations, sections, and details
  • Detailing steel members and connections in the drawings
  • Understanding the drawing templates, legends, and labels
• Session 2: Material Takeoffs and Reports
  • Creating material lists and bills of materials (BOM)
  • Generating reports for steel components, fabrication, and delivery
  • Using Tekla’s reporting tools to automate material tracking and quantities
• Session 3: Detailing Bolts, Plates, and Welds in Drawings
  • Adding bolts, weld symbols, and plate details to drawings
  • Customizing bolt and weld representation in fabrication drawings
  • Managing and detailing bolt holes and cut lengths
• Activity: Hands-on Exercise – Creating Fabrication Drawings and Material Reports

Day 4: Advanced Detailing Features in Tekla Structures

• Session 1: Clash Detection and Model Coordination
  • Running clash detection to identify conflicts in the steel model
  • Handling clashes between steel components and other building systems
  • Coordinating with other trades using Tekla Structures and BIM tools
• Session 2: Customizing Tekla Structures for Steel Detailing
  • Customizing steel components, templates, and drawing styles
  • Adding custom materials and profiles to Tekla Structures
  • Using Tekla Structures for advanced detailing in complex projects
• Session 3: Steel Detailing for Pre-Fabrication and Modular Construction
  • Detailing and modeling prefabricated steel components
  • Techniques for modular steel construction and assembly
  • Understanding the logistics of pre-fabricated steel components and transport
• Activity: Hands-on Exercise – Running Clash Detection and Customizing Steel Components

Day 5: Tekla Structures Collaboration and Project Workflow

• Session 1: Tekla Structures Collaboration Tools
  • Collaboration features for teams working on large-scale projects
  • Working with Tekla Model Sharing and multi-user environments
  • Synchronizing models with other BIM software (AutoCAD, Revit)
• Session 2: Workflow Integration with Steel Fabricators and Contractors
  • Linking Tekla Structures with manufacturing and fabrication systems
  • Understanding how Tekla communicates with CNC machines for steel fabrication
  • Managing change orders and updates within Tekla’s collaborative environment
• Session 3: Final Review and Best Practices
  • Review of the entire steel detailing process in Tekla Structures
  • Best practices for efficient modeling, detailing, and reporting
  • Common mistakes and how to avoid them in Tekla Structures
• Activity: Group Project – Collaborative Workflow and Final Model Presentation

Course Delivery:

• Interactive Lectures: Comprehensive lessons on the features, tools, and functions of Tekla Structures.
• Hands-on Exercises: Practical sessions where participants create and modify steel models, generating fabrication drawings and reports.
• Case Studies: Real-world examples of how Tekla Structures is used in various steel detailing projects.
• Group Projects: Collaborative tasks where participants apply what they have learned to build a complete steel model and generate reports.