Steel Multi Storey Building - System Design

The "Steel Multi Storeyed Building - System Design" course provides a thorough exploration of steel structure design. Beginning with foundational principles outlined in the design basis report, learners delve into critical factors like site selection and building functionality. They gain insights into geometric parameters, design life, and corrosion protection. Concrete, reinforcement, floors, roofs, and structural steel are examined alongside bolts, welds, fireproofing, and painting materials. Load calculations covering gravity, lateral, and dead loads enable accurate structural assessment. Serviceability requirements, deflection limits, and fire resistance strategies are addressed, with practical exercises enhancing understanding. Live loads, including occupancies and specialized elements like staircases, are covered, emphasizing load layouts for optimal performance. Lateral load resisting systems such as moment frames and shear walls are explored, alongside beam and column design methods including manual and software-based approaches. Connection design, tension members, facade support, and industrial framing are discussed, ensuring expertise across various design aspects. The course concludes with structural drawing planning, fabrication, erection procedures, and inspections, highlighting the importance of good design and construction practices throughout the project lifecycle

• Interpret site specific aspects of the structure like geotechnical investigations and project requirements
• Develop design basis requirements including building functionalities, durability, and materials
• Compute loads of various elements & services, in line with industry practices, that acts on various structural elements of a steel building
• Design appropriate vertical & lateral load resisting systems for the various loads acting on the building

• Prior hands-on experience with the core concepts covered in this course
• Comfort applying the main tools or methods independently