The Structural Steel Design: Analysis, Connections and Industrial Applications Training Course provides comprehensive knowledge of Steel Structure Design, covering structural behaviour, load assessment, member design, connection detailing, and practical industrial applications. Participants will develop a strong understanding of steel structures, structural systems, material properties, design principles, and safe engineering practices used in modern construction projects.

Offered by The British Academy For Training and Development under the Construction and Civil Engineering Training Course specialisation, this programme focuses on practical techniques for load analysis, structural modelling, connection design, stability assessment, and structural performance. It is designed to strengthen participants' ability to analyse, design, and evaluate steel structures used in industrial buildings, warehouses, commercial facilities, and other engineering projects.

• Understand the fundamental principles of Steel Structure Design and steel structural behaviour.
• Analyse loads, forces, stresses, and structural responses in steel members.
• Apply appropriate methods for load analysis and structural assessment.
• Develop effective structural modelling approaches for steel structures.
• Design beams, columns, bracing systems, and other structural steel members.
• Understand bolted and welded connections and their design requirements.
• Assess structural stability, strength, serviceability, and overall performance.
• Apply relevant engineering standards and design principles to practical projects.
• Identify common design issues and develop appropriate engineering solutions.
• Connect theoretical design principles with industrial construction applications.

Target Audience

• Civil and structural engineers.
• Construction engineers and professionals.
• Structural design engineers.
• Project and construction managers.
• Engineering maintenance and operations professionals.
• Site engineers and technical supervisors.
• Steel fabrication and erection professionals.
• Architects involved in structural coordination.
• Engineering consultants and contractors.
• Professionals seeking advanced knowledge of steel structures and structural design.

Module 1: Fundamentals of Structural Steel Design

• Principles of Steel Structure Design.
• Properties and behaviour of structural steel.
• Types of steel structural systems.
• Advantages and limitations of steel construction.
• Structural safety and design considerations.

Module 2: Structural Loads and Load Analysis

• Dead, live, wind, seismic, and environmental loads.
• Load combinations and load paths.
• Load analysis techniques.
• Structural response and force distribution.
• Design considerations for industrial structures.

Module 3: Structural Modelling and Analysis

• Principles of structural modelling.
• Modelling steel frames and structural systems.
• Analysis of beams, columns, and frames.
• Structural behaviour under different loading conditions.
• Interpreting analysis results for design decisions.

Module 4: Design of Steel Members

• Beam and column design principles.
• Tension and compression members.
• Flexural and shear resistance.
• Buckling and stability considerations.
• Member sizing and design optimisation.

Module 5: Steel Connections

• Principles of structural connections.
• Bolted and welded connections.
• Connection strength and detailing.
• Moment, shear, and axial connections.
• Common connection failures and design considerations.

Module 6: Stability and Structural Performance

• Overall structural stability.
• Lateral stability and bracing systems.
• Buckling behaviour.
• Serviceability requirements.
• Deflection and vibration considerations.

Module 7: Industrial Applications of Steel Structures

• Steel structures for industrial buildings.
• Warehouses, factories, and commercial facilities.
• Steel platforms and support structures.
• Structural steel in heavy industrial environments.
• Practical design and construction considerations.

Module 8: Design Standards, Quality and Practical Applications

• Overview of relevant structural design standards.
• Design documentation and technical drawings.
• Quality control in steel fabrication and erection.
• Inspection of steel structures and connections.
• Practical case studies and design exercises.