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Design of Steel Structures According to AISC 360-22

This specialized course provides a comprehensive guide to the design of steel structures in accordance with the AISC 360-22 standard, as adopted by the Abu Dhabi International Building Code (ADIBC 2013). Through interactive digital modules enriched with visuals, examples, and real project cases, participants will learn how to analyze, design, and verify steel members and connections under various loading conditions. The course emphasizes limit states design (LSD) principles, member stability, connection detailing, and compliance with local approval procedures. It also highlights practical aspects of steel design including material properties, load combinations, design checks, and documentation aligned with DMT and ADIBC submission requirements. By bridging theory and field application, this program equips engineers, designers, and reviewers with the technical skills to deliver safe, efficient, and code-compliant steel structure designs that meet Abu Dhabi’s quality and safety standards.

Enroll For

AED 3,500 AED 4,500

(Excl. VAT)

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Do you want to be a certified professional?

This course includes
  • Certificate of completion
  • Downloadable resources
  • Digital Course
  • 3Hrs
  • English
  • 6 PDU

Enroll For

AED 3,500 AED 4,500

(Excl. VAT)

Hurry up course is Coming Soon

Do you want to be a certified professional?

This course includes
  • Certificate of completion
  • Downloadable resources
  • Digital Course
  • 3Hrs
  • English
  • 6 PDU

Overview

This specialized course provides a comprehensive, code-compliant framework for the design of steel structures according to AISC 360-22, as referenced by the Abu Dhabi International Building Code (ADIBC 2013).
Through ten interactive modules, participants will gain a complete understanding of the behavior, analysis, and design of steel members and connections under various loading conditions - from tension and compression to flexure, combined actions, and stability.

The program bridges theory and practice by combining design principles, numerical examples, and real Abu Dhabi project applications. It guides engineers through limit-states design (LSD), connection detailing, member stability, and documentation processes required for DMT approval.

By the end of this course, participants will be equipped with the technical knowledge and practical skills to design safe, efficient, and code-compliant steel structures that meet local and international standards.

Course Deliverables

By completing this course, participants will be able to:

  • Summarize the key principles, philosophy, and scope of steel structure design under AISC 360-22 and ADIBC 2013.
  • Identify and apply material properties and parameters affecting steel member behavior.
  • Prepare design calculations for tension, compression, flexural, and combined-action members.
  • Design plate girders and built-up sections, ensuring strength, stability, and economy.
  • Develop connection design documentation for welded and bolted joints in compliance with AISC 360-22 and AWS D1.1.
  • Apply stability and bracing concepts to maintain structural integrity and control buckling.
  • Produce method statements and design sheets aligned with DMT submission requirements.
  • Analyze real Abu Dhabi case studies, applying code-compliant design procedures to local contexts.
  • Compile a final design portfolio demonstrating complete technical competency and code compliance.

Course Content

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Introduction to Steel Design and AISC 360-22 Arrow

This module introduces the fundamentals of steel structure design, the philosophy behind the AISC 360-22 Specification, and its integration within ADIBC 2013. Participants learn about the limit states design approach, types of loads, and key parameters influencing steel behavior.

This module reviews steel material properties, stress–strain behavior, and classification of cross-sections. It explains how ductility, residual stresses, and slenderness affect design strength and stability.

This module covers the design of tension members including bars, angles, and plates. Participants learn how to determine design strength under yielding and rupture limit states according to AISC 360-22.

This module explains the design of compression members such as columns and struts. It highlights the concepts of buckling, slenderness ratio, and the effective length method in column design.

This module addresses the design of beams under bending, covering flexural strength, lateral–torsional buckling, and plastic moment capacity according to AISC provisions.

This module discusses members subjected to combined axial load and bending, introducing interaction equations and design checks for biaxial bending.

This module focuses on the design of plate girders and built-up sections, covering web buckling, shear strength, and stiffener requirements.

This module presents the design of welded and bolted connections, including tension, shear, and moment connections. Participants learn to apply AISC 360-22 and AWS D1.1 provisions.

This module explains overall structural stability and the role of lateral bracing systems such as moment frames, braced frames, and shear walls in steel structures.

This module summarizes the full design workflow and documentation required for DMT approval. It also includes real case studies demonstrating compliant steel design applications in Abu Dhabi.

 

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