Structural Steel Modeling with Tekla Structures

Structural Steel Modeling with Tekla Structures 

II. COURSE DESCRIPTION

This course develops skills in BIM modeling for structures using Tekla Structures, with a focus on generating construction models, technical documentation, and managing structural information within engineering projects.

The course will cover BIM-oriented workflows applied to design, fabrication, and construction, enabling professionals to optimize the coordination of steel-focused structural projects and the production of technical documentation. During the course, participants will develop a structural model applied to a practical engineering case study.

III. GENERAL OBJECTIVE

To develop professional skills in the use of Tekla Structures for structural BIM modeling, enabling the generation of detailed construction models, technical documentation, and information reports for engineering projects.

IV. SKILLS TO BE ACQUIRED

Upon completion, the participant will be able to:

 Implement BIM workflows for structural modeling.

 Set up structural projects in Tekla Structures.

 Model steel or concrete structural elements.

 Create parametric structural connections.

 Generate construction drawings from the BIM model.

 Extract technical information and reports from the model.

Silabus

V. MODULAR STRUCTURE
5.1. MODULE 1: Introduction to BIM and the Tekla Structures Environment (3 hours)
 BIM methodology applied to structural projects
 Applications of Tekla Structures in engineering
 Software interface
 Setting up the work environment
 Coordinate systems and grids
 Navigating and visualizing the model

5.2. MODULE 2: Structural modeling of the project (4h)
 Creating columns and beams
 Properties of structural elements
 Modification and editing tools
 Copying and replicating structures
 Organizing the structural model
 Toggle switches and Snaps

5.3. MODULE 3: Structural connections and construction details (4h)
 Parametric connections in Tekla
 Beam–column connections
 Base plates
 Bolts and welds
 Adjusting connection parameters
 Checking for clashes

5.4. MODULE 4: Construction tools and technical documentation of the model (5h)
 Creating model views
 General structural drawings
 Fabrication drawings
 Construction objects
 Sections and chamfers at element corners
 Configuring drawing styles
 Rendering

5.5. MODULE 5: Model Information Management and BIM Coordination (5h)
 Generation of material reports
 Material quality
 Structural steel columns, beams, and plates
 Metal connections
 Lists of profiles and components
 Model information control
 IFC export
 Integration with BIM platforms
 Using the model for interdisciplinary coordination

VI. TEACHING METHODOLOGY
 Project-Based Learning
 Software demonstrations
 Guided practical exercises
 Development of an applied structural project

VII. GRADING SYSTEM
 Practical exercises: 30%
 Calculation work: 20%
 Final project: 40%
 Class participation: 10%