Steel is the material of choice for warehouses, industrial plants, and heavy structural projects worldwide — but a steel structure is only as reliable as the connections that hold it together and the load assumptions behind its design. This training course builds practical competency in analysing, designing, and detailing steel structures for real industrial applications, not just theoretical calculation.

Participants work through the full chain of decisions behind a steel structure: assessing loads and structural response, modelling frames and members, sizing beams and columns, and detailing bolted and welded connections that perform safely under service conditions. The course closes the loop with quality control, inspection, and the standards that govern steel fabrication and erection.

Offered by Arab British Fellowship Training Academy under the Construction and Civil Engineering Training Course specialisation, the Steel Structures in Practice: From Load Analysis to Industrial Connections Training Course strengthens participants' ability to deliver safe, efficient steel structures for industrial buildings, warehouses, and commercial facilities.

By the end of this course, participants will be able to:

• Explain the behaviour, properties, and structural systems of structural steel
• Analyse loads, forces, and structural response in steel members and frames
• Build structural models and interpret analysis results for design decisions
• Design beams, columns, bracing systems, and other steel members for strength and stability
• Detail bolted and welded connections, including moment, shear, and axial connections
• Apply steel structures to industrial buildings, warehouses, and commercial facilities
• Apply relevant design standards and quality control practices during fabrication and erection

Target Audience

• Civil, structural, and construction engineers
• Structural design engineers and project or construction managers
• Site engineers, technical supervisors, and steel fabrication or erection professionals
• Architects, consultants, and contractors involved in structural coordination
• Engineering maintenance professionals and anyone seeking advanced knowledge of steel structural design

Module 1: Steel Behaviour and Structural Systems

• Properties and behaviour of structural steel
• Types of steel structural systems and their applications
• Advantages, limitations, and safety considerations of steel construction

Module 2: Loads and Structural Modelling

• Dead, live, wind, seismic, and environmental loads and load combinations
• Structural modelling of steel frames and systems
• Interpreting analysis results for industrial structure design decisions

Module 3: Member Design, Stability and Performance

• Design of beams, columns, and tension/compression members
• Flexural, shear, and buckling considerations
• Lateral stability, bracing systems, and serviceability limits

Module 4: Steel Connections

• Bolted and welded connection principles and detailing
• Moment, shear, and axial connections
• Common connection failures and design considerations

Module 5: Industrial Applications of Steel Structures

• Steel structures for industrial buildings, warehouses, and factories
• Steel platforms and support structures in heavy industrial environments
• Practical design and construction considerations

Module 6: Standards, Quality and Case Studies

• Relevant structural design standards and technical documentation
• Quality control in fabrication, erection, and inspection
• Practical case studies and design exercises