| Date | Venue | Fees | |
|---|---|---|---|
| 26 - 30 Oct 2026 | Abu Dhabi - UAE | $ 5,950 | |
| 26 - 30 Oct 2026 | Baku - Azerbaijan | $ 5,950 | |
| 28 Dec - 01 Jan 2027 | Dubai - UAE | $ 5,950 | |
| 04 - 08 Jan 2027 | Kuala Lumpur - Malaysia | $ 5,950 | |
| 26 - 30 Jul 2027 | Dubai - UAE | $ 5,950 | |
| 25 - 29 Oct 2027 | Abu Dhabi - UAE | $ 5,950 | |
| 27 - 31 Dec 2027 | Dubai - UAE | $ 5,950 |
Introduction
The 3D Structural Analysis and Design for Structural Steel Building training course is designed to address the growing demands placed on structural engineers responsible for the safety, reliability, and performance of steel structures in industrial environments. Structural failures can result in significant operational disruption, safety risks, and financial consequences, making advanced analysis and design capabilities essential. This training course enables participants to strengthen their expertise in modern structural engineering practices, utilizing advanced computational tools and internationally recognized design standards to develop practical, code-compliant, and efficient structural solutions.
This 3D Structural Analysis and Design for Structural Steel Building training course combines advanced engineering knowledge with extensive practical application. Developed specifically for professionals working within the Oil & Gas, power generation, and heavy industrial sectors, the training course focuses on the unique engineering challenges associated with these facilities. Through advanced topics including stability analysis, buckling assessment, connection design, and a comprehensive capstone project, participants will bridge the gap between theoretical principles and industry application while enhancing both technical competence and project delivery capabilities.
This GLOMACS 3D Structural Analysis and Design for Structural Steel Building training course will highlight:
- Mastering advanced 3D modeling using STAAD.Pro (Connect Edition)
- Applying current design standards including AISC 360-22, ASCE/SEI 7-22, and IBC 2024
- Performing advanced structural stability and buckling assessments
- Designing industrial steel structures including pipe racks and equipment support systems
- Solving practical engineering challenges through a comprehensive capstone project
Objectives
At the end of this 3D Structural Analysis and Design for Structural Steel Building training course, you will be able to:
- Model complex industrial steel structures in a 3D environment
- Apply current AISC and ASCE standards in structural design activities
- Perform advanced structural stability assessments
- Design and detail steel connections in accordance with code requirements
- Verify and validate designs through practical project application
Training Methodology
This 3D Structural Analysis and Design for Structural Steel Building training course utilizes a highly interactive approach that combines technical presentations with extensive practical application. Learning activities are supported by hands-on exercises using the latest version of STAAD.Pro Connect Edition, enabling participants to apply theoretical concepts directly to realistic engineering challenges. The training course emphasizes practical problem-solving and application, culminating in a comprehensive capstone project that integrates the principles and techniques covered throughout the training course.
Organisational Impact
Organizations whose personnel attend this 3D Structural Analysis and Design for Structural Steel Building training course will benefit from:
- Improved structural safety and design reliability
- Reduced project risks through enhanced analytical capabilities
- Greater efficiency in structural modeling and design activities
- Increased compliance with current international codes and standards
- Stronger capability to deliver complex industrial engineering projects
- Reduced costs associated with design errors and project rework
Personal Impact
Participants attending this 3D Structural Analysis and Design for Structural Steel Building training course will be able to:
- Strengthen their expertise in advanced 3D structural analysis software
- Expand their knowledge of current structural steel design standards
- Enhance their capabilities in stability assessment and connection design
- Increase confidence when addressing complex engineering challenges
- Gain valuable experience through practical project-based application
- Improve their professional competitiveness within the industrial engineering sector
Who should Attend?
This GLOMACS 3D Structural Analysis and Design for Structural Steel Building training course is suitable for a broad range of professionals and will be particularly beneficial to:
- Structural Design Engineers
- Civil and Structural Project Engineers
- Structural Design Checkers and Reviewers
- Engineering Managers within the Oil & Gas sector
- Recent Graduates in Structural Engineering
Fundamentals of Structural Analysis and Steel Design
- Introduction to the Finite Element Method (FEM) in structural engineering.
- Overview of modern structural analysis software and workflows.
- Getting started with STAAD.Pro (Connect Edition): Interface and project setup.
- Overview of the latest design standards: AISC 360-22, ASCE/SEI 7-22, and IBC 2024.
- Determination of structural loads (Dead, Live, Wind, and Seismic) per ASCE/SEI 7-22.
- Fundamentals of structural modeling: Defining nodes, members, and plates.
- Introduction to load combination generation per IBC 2024.
Modeling, Load Application, and Linear Analysis
- Advanced modeling techniques: Using the Structure Wizard and CAD imports.
- Modeling industrial support structures: Pipe racks, equipment supports, and multi-tier frames.
- Automated generation of wind and seismic loads per ASCE/SEI 7-22.
- Application of moving loads and area loads on structural members.
- Performing analysis and interpreting results.
- Code-checking members for axial, shear, and flexural demands per AISC 360-22.
- Effective length concepts and member slenderness considerations.
- Post-processing and report generation for design documentation.
Advanced Analysis: Stability and Buckling
- Introduction to structural stability and its importance in steel design.
- Understanding local, global, and torsional buckling modes.
- Practical application: Stability analysis of a slender steel frame.
- Interpreting and applying buckling load factors to design.
- Best practices for ensuring numerical stability in analysis.
Connection Design and Industrial Support Structures
- Introduction to steel connection design per AISC 360-22.
- Design of bolted and welded connections.
- Modeling and designing simple, moment, and semi-rigid connections.
- Practical connection detailing and constructability considerations.
- Design of bracing systems for lateral stability in industrial frames.
- Using software tools for connection design optimization.
Capstone Project: Design of an Industrial Pipe Rack
- Project kick-off: Review of project specifications, loads, and deliverables.
- Phase 1: 3D modeling of a multi-tier pipe rack structure in STAAD.Pro.
- Phase 2: Application of gravity, wind, seismic, and thermal loads per ASCE 7-22.
- Phase 3: Performing analysis and code-checking members per AISC 360-22.
- Phase 4: Designing critical steel connections for the structure.
- Final review and preparation of project presentation.
- Team presentations: Each team presents their design, analysis results, and rationale.
- Group discussion, feedback, and final Q&A session on all course topics.
- Upon successful completion of this training course, GLOMACS Certificate will be awarded to the delegates. Continuing Professional Education credits (CPE): In accordance with the standards of the National Registry of CPE Sponsors, one CPE credit is granted per 50 minutes of attendance.
