1. Engineering Mechanics- Simple application of equilibrium equation, equation of motion, work, power, Energy.

2. Surveying and Measurements- Distance and area measurement, measurement of direction and angle measurement of slopes, elevation and height, common surveying instruments, electrical measuring equipments like ammeter, voltmeter, charge meter, insulation tester, energy meter and their working principles, mechanical measuring instruments, linear and angular measurement, straightness, flatness and roundness measurement.

3. Mechanic of solids- generalised stress, strain and relationship, transformation of stress, strain energy, analysis of beams, columns and shafts, unsymmetrical bending, theories of failure.

4. Engineering materials and constructions- bricks, lime, cement, aggregate, cast iron and steel, Non- ferrous metals, timber, paints and miscellaneous engineering materials, testing of engineering materials, consideration in construction of masonry floors and walls.

5. Engineering economy and management- Principles of engineering economy, project, planning, CPM and PERT techniques, construction equipments and safety, analysis of rates of important construction items.

6. Transport phenomenon- Laminar and turbulent flow, concept of boundary layer, continuity equation, Bernoulli’s theorem, energy equation, flow measurement , dimensional analysis and modelling, 1-D, steady state heat conduction through single and composite bodies, Natural and forced convection heat transfer, concept of thermal boundary layer, Stefan-Boltzmann law of radiation, Kirchhoff’s law, concept of black and grey bodies.

7. Energy conversion- thermodynamic processes, first and second law of thermodynamics, Diesel Cycle, Impulse and reaction water turbines- Pelton wheel and Francis turbine, reciprocating and centrifugal pumps.

8. Elementary engineering- Electric circuits, circuit law, Principle of superposition, series and parallel connection in steady AC circuit having induction, resistance and capacitance junctions, transistor, junction diodes, equivalent circuit, common emitter equivalent electric circuit, magnetic effect of electric current, magnetic circuits, Ideal transformer, transformer as a circuit element, electro-magnetic energy conversion, DC motors and working principle of generator, AC motors and working of generator.

9. Environmental engineering- water pollution and purification, wastewater treatment, air pollution and its control, ecological balance.

A. Structure Analysis: Determency & stability, Internal & External Force & deflection, analysis of statically determinate & indeterminate structure beam, truss, frame & arches, structural theorem – stiffness and flexibility method, matrix method, elastic stability of column, influence line diagram for determinate and indeterminate structure, plastic analysis of beam & slab.

B. Structure Design:
(a) RCC: Beam, slab & column, Shear and Diagonal tension,, Concrete technology: Ultimate load design and limit state design, consideration of vertical and seismic forces in building frame design
(b) Steel Structure: Tension, Compression and flexural member, roof, truss, plate girder, bracket connection
(c) Element of pre-stressed Concrete structures and its properties

C. Soil Mechanics & Foundation Engineering: Origin of Soils, Solids-Water-Air Relationships and Index properties of Soil, Classification of soils, Soil Structures & Clay minerals, Soil Compaction, Principles of effective stress and permeability, seepage through soils, vertical stress below applied loads, consolidation, Shear strength of Soils, Stability of slopes, Earth pressure and retaining walls, bearing capacity, pile foundations, well foundations, machine foundations, Expansive Soils, Soil Stabilization

E. Open Channel Flow: Description, (Energy Equation, Momentum Equation)The principles of energy & momentum, Gradually varied Flow, Rapidly Varied Flow, Hydraulics Of Mobile Bed Channels, sediment transport.

F. Design of Hydraulic Structure: Diversion Headworks (Weir & barrage), (Canal Irrigation) Canal & canal structure, Design of Unlined Channels, falls, Cross drainage work, (Regulation Works) Cross regulator, Head regulator, Head regulator & Canal drainage, Hydro electric power plant

G. Transportation Engineering: Geometric Design of Highways, Elements of Traffic Engineering, Pavement design, Highway materials, Maintenance of Highways, Bridge Engineering, IRC Classification & its use in Load & Upper Structure Design

H. Public Health Engineering:
(1) Water Supply Engineering: Water demand & Quantity (Population forecast), Conveyance of water (Types of pipes used in water supply), Ground Water (Tube well & Open well design), Sedimentation, Filtration (Design of Slow sand filter & rapid gravity filter), Distribution System (Design of underground and overhead tanks), Details of water supply system.
(2) Waste Water Engineering (Drainage & Sanitation): Collection & Conveyance of sewage, Waste water flow rates, Waste water characteristics, Design of trickling filter & Septik tank, Interpretation of Imhoff tank, Waste water treatment Plant.