Scia Engineer 22: Essential Training

Structural Engineering Essentials: Get acquainted with steel structural design with SCIA Engineer

What you'll learn

Navigate their way through Scia Engineer

Be acquainted with steel structural design

Model the structural elements

Model the constraints

Model the loads

Perform the calculation

Create project reports

Requirements

Experience in structural engineering is needed.

Description

This course covers all the key areas for the SCIA Engineer software. Scia Engineer 22 is a powerful, versatile, and user-friendly structural engineering software that streamlines the design, analysis, and documentation processes.It caters to a wide range of projects and offers compatibility with international design codes and BIM workflows, making it a valuable asset for professionals in the construction industry.It offers a wide range of analysis types, including linear, non-linear, dynamic, stability, and seismic analyses, to accurately predict the behavior of structures under various loads and conditions.It integrates seamlessly with BIM workflows, fostering efficient collaboration among architects, engineers, and other construction professionals. This compatibility enables the software to import and export data in multiple formats, such as IFC, DWG, and DXF, ensuring smooth communication between different project stakeholders.After we installed the software on your computer correctly we will move on to the main part of the course. That includes the lessons in which you will learn how to: navigate your way through Scia Engineer & get acquainted with steel structural design, model the structural elements, model the constraints, model the loads, perform the calculation and create project reports.After this course, you will use the software efficiently and be prepared for the field of structural engineering.

Overview

Section 1: Introduction and Installation

Lecture 1 Introduction to the Course

Lecture 2 Course Overview

Lecture 3 Installation and Licensing

Section 2: Getting Started

Lecture 4 Creating the Project and Setting the Axes

Section 3: Modeling

Lecture 5 Modeling the Frame

Lecture 6 Modeling the Bracing

Lecture 7 Modeling the Secondary Elements

Lecture 8 Modeling the Gable

Lecture 9 Modeling the Constraints

Section 4: Loads

Lecture 10 Load Panels

Lecture 11 Load Application

Section 5: Results and Analysis

Lecture 12 Calculation and Results

Lecture 13 Engineering Report

Section 6: Conclusion

Lecture 14 Course Conclusion

Absolute beginners who want to learn the software from beginning.