Module 1: Structural Behavior and Design Basics
Theory of simple bending – equations and problems Design of timber and steel beams (basic); Shear stress distribution in rectangular sections; Deflection of beams: cantilever and simply supported beams; Euler’s theory and introduction to Macaulay’s method; Combined stresses: direct + bending (beam, column, footing); Footing plan design (dimensions only)
Module 2: RCC and Steel Design Fundamentals
RCC: grades of concrete and steel; Thumb rules for RCC slab, beam, column dimensions Steel reinforcement placement from BMD and SFD Introduction to steel sections: types and properties, planning of simple steel structures; Use of steel tables and codes (IS 456 & IS 800 – overview)
Module 3: Advanced Analysis Techniques
Short and long column analysis – Euler & Rankine Fixed beams: moment analysis for UDL and point loads; Moment distribution method: Continuous beams (2 & 3 spans), Single-storey, single-bay non-sway frames; Comparative study: simply supported, continuous, portal frame Structural idealization of 3D systems
Module 4: Soil Mechanics and Material Testing
Types of soil, compaction, consolidation, void ratio, etc.; Load-bearing capacity, water table, settlement, foundation failure; Design of simple load-bearing foundations; Soil testing methods and parameters; Material testing: cement, sand, bricks, coarse aggregate, concrete, Mangalore tiles.