Session 1: Structural Steel Design Principles (2 hours)
Session 2: Connection Design – Bolts and Welds (2 hours)
Session 3: Connection Design – Gusset Plates and Brackets (2 hours)
Session 4: Design of Tension Members (2 hours)
Session 5: Design of Compression Members (2 hours)
Session 6: Design of Anchor Bolts and Base Plates (2 hours)
Session 7: Design of Beams and Flexural-Torsional Buckling (2 hours)
Session 8: Design of Plate Girders (2 hours)
Session 9: Design of Beam-Columns (2 hours)
Session 10: Practical Case Studies and Review (2 hours)

Provide hands-on experience in designing structural steel components and connections using design specifications and codes.

Enhance students’ ability to apply limit state design principles to real-world structural steel projects.

Develop problem-solving skills through practical design assignments in a studio environment.

Prepare students to integrate theoretical knowledge with practical applications in steel structure design.

(1) Apply limit state design principles to analyze and design various steel structural components.
(2) Design and detail bolted, welded, shear, and moment connections, ensuring structural integrity.
(3) Develop practical competency in using IS 800:2007 and other relevant design codes for steel structures.
(4) Evaluate stability and failure modes of steel members, including beams, columns, and plate girders.
(5) Produce professional-quality design documentation that includes calculations, sketches, and design reports for real-world applications.

N. Subramanian, Design of Steel Structures, Oxford University Press

IS 800 (2007), Indian Standard General Construction in Steel - Code of Practice, Bureau of Indian Standards, New Delhi

P. Dayaratnam, Design of Steel Structures, S. Chand Group

B. Bresler, T. Y. Lin, and J. B. Scalzi, Design of Steel structures, John Wiley & Sons