Design of RC and PSC Structures (BTCVC701) is an advanced structural engineering course that focuses on the analysis and design principles of Reinforced Cement Concrete (RC) and Prestressed Concrete (PSC) structures. The course covers the design of structural members such as beams, slabs, columns, footings, and prestressed elements considering strength, serviceability, durability, and stability requirements. It introduces students to limit state design, flexural and shear design, detailing of reinforcement, prestressing systems, losses of prestress, and analysis and design of PSC members. The subject develops students’ ability to apply relevant IS codes, structural design principles, and engineering software to achieve safe, economical, and efficient structural designs.
Syllabus - Google Drive
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Structural Mechanics II (26AF1191PC501) is an advanced course that develops students’ understanding of structural analysis and the behaviour of complex structural systems under various loading conditions. The subject covers concepts such as analysis of indeterminate structures, slope-deflection and moment distribution methods, flexibility and stiffness methods, influence lines, moving loads, and analysis of arches and cable structures, along with applications of matrix-based structural analysis. It emphasizes the determination of reactions, shear forces, bending moments, deflections, and internal forces while considering structural stability and compatibility. The course enables students to apply analytical techniques and structural analysis principles to evaluate and design safe, stable, and efficient civil engineering structures.
Syllabus - Google Drive
Course Structure & Mapping -Course Structure & Mapping
Teaching Plan -Teaching Plan - Google Drive
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Design of Steel Structure (26AF1191PC502) is a fundamental structural engineering course that focuses on the analysis and design of steel structural members and connections subjected to various types of loading. The subject covers the design of tension members, compression members, beams, columns, bolted and welded connections, roof trusses, and industrial structures as per relevant Indian Standards. It emphasizes concepts such as load calculation, member strength, buckling, slenderness ratio, stability, serviceability, and economical structural detailing. The course develops students’ ability to apply IS 800 and related design codes to design safe, durable, stable, and efficient steel structures suitable for buildings, industrial sheds, bridges, and other civil engineering applications.
Syllabus - Google Drive
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Design of Reinforced Concrete Structures is a core civil engineering course that focuses on the principles and methods used in designing reinforced concrete (RC) structural elements. The course introduces students to the behavior of concrete and steel in composite action and covers the design of structural members such as beams, slabs, columns, and footings using relevant design codes (such as IS 456). It emphasizes limit state design concepts, load calculations, reinforcement detailing, and safety requirements to ensure structural stability and durability. Through theoretical concepts and design problems, students develop the ability to analyze and design safe, economical, and efficient reinforced concrete structures used in modern construction.
Syllabus - Google Drive
Course Structure & Mapping -Course Structure & Mapping
Teaching Plan -Teaching Plan - Google Drive
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Structural Audit is the systematic inspection and evaluation of a building or structure to assess its safety, stability, and overall structural health. It involves examining structural components such as beams, columns, slabs, and foundations to identify defects, cracks, corrosion, deterioration, or any signs of distress. Structural audits help determine the condition of existing structures, ensure compliance with safety standards, and recommend necessary repair, strengthening, or rehabilitation measures. This process is particularly important for aging buildings to prevent structural failures and to extend the service life of the structure while ensuring the safety of occupants.
Syllabus - Syllabus - Google Drive
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Structural Mechanics I is a fundamental civil engineering course that introduces the basic principles governing the behavior of structures under various types of loads. The course covers concepts such as forces, equilibrium, analysis of statically determinate structures, shear force and bending moment in beams, and properties of structural members. It helps students understand how different structural elements respond to loads and how internal forces develop within them. Through theoretical study and problem-solving, the course builds a strong foundation for advanced subjects like structural analysis and design of structures.
Syllabus - Syllabus - Google Drive
Course Structure & Mapping - Course Structure & Mapping - Google Drive
Teaching Plan - Teaching Plan - Google Drive
Question Bank - Question Bank - Google Drive
Question Paper - Previous Question Paper - Google Drive