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Civil Engineering

(1) Building material and properties and strength of materials: 
Building materials-Timber, stone, brick, lime, tile, sand, surkhi, mortar and concrete, metal and glass-Structural properties of metals and alloys used in engineering practice.
Stress and strains-Hook's law-Bending Torsion and direct stresses. Elastic theory of bending of beams, maximum and minimum stresses due to eccentric loading. Bending moment and Shear force. diagrams and deflection of beams under static and live loads.

(2) Building construction and water supply and sanitary Engineering: 
Construction-Brick and stone, masonry, walls, floors and roofs, staircases, carpentry in wooden floors, roofs, ceiling, doors and windows, finishes (plastering, pointing, painting and varnishing, etc.)

Soil mechanics-Soils and their investigations, bearing capacities and foundations of buildings and structures principles of design.

Building estimates-Principal units of measurement: Taking out quantities for buildings and preparation of abstract of costs-specifications and Data sheets for important items.

Water supply-Sources of water, standards of purity, Methods of purification, layout of distribution system, pumps and boosters.
Sanitation-Sewers, storm water overflows, house drainage requirements and appurtenances, septic tanks. Imhoff tanks, sewage treatment and dispersion trenches-Activated sludge process.

(3) Roads and bridges:
Survey and alignment-Highway materials and their placements. Principles of design-width of foundation and pavement. camber gradient curves and super-elevation-retaining walls.

Construction-Earth roads, stabilized and water-bound macadam roads, bituminous surfaces and concrete roads, draining of roads. Bridges-Types, economical spans IRC loadings, designing super-structure of small span bridge Principles of designing, foundation of abutments and piers of bridges, pile and well foundations. Estimating earthwork for roads and canals.

(4) Structural Engineering: 
Steel structures-Permissible stresses, Design of beams, simple and built-up columns and simple roof trusses and girders, column bases and grillages for axially and eccentrically loaded columns-Bolted rivets and welded connections.

R.C.C. structures-Specification of materials used proportioning workability and strength requirement-I.S.I. standards for design loads, permissible stresses in R.C.C. members subject to direct and bending stress-Design of simply supported overhanging and cantilever beams, rectangular and Tee beams in floors, roofs and lintels-axially loaded columns-their bases.

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