1. Structural Engineering
1.1.
Stresses and Strains
1.2.
Blending and Deflection and its equations
1.3.
Statically determinate Structure
1.4.
Displacements by energy principles
1.5.
static and kinematics indeterminacies
1.6.
Analysis of indeterminates structures
1.7.
Slope-deflection and moment-distribution methods
1.8.
influences lines for determinate and indeterminate structures
1.9.
trusses
1.10.
Two and three hinged arches
1.11.
Analysis of trusses and frame
1.12.
concepts of plastics analysis of beams and frames
2. Geo-technical Engineering
2.1.
Phase relationship
2.2.
Soil classification
2.3.
Clay mineralogy
2.4.
Soil compaction
2.5.
Permeability
2.6.
Principal of effective stress
2.7.
Seepage Analysis
2.8.
Stress distribution
2.9.
Consolidation
2.10.
Shear strength of soil
2.11.
Stability of slopes
2.12.
Soil exploration
2.13.
Earth pressure theories
2.14.
Rigid and flexible retaining structures
2.15.
Bearing Capacity and settlement of shallow foundations
2.16.
Analysis of deep foundation(pile,pier,well)
2.17.
Foundation soil improvement
3. Water Resources Engineering
3.1.
Physical properties of Fluid
3.2.
Fluid Pressure
3.3.
Equilibrium stability of floating bodies
3.4.
Fluid kinematics
3.5.
Classification of fluid flow
3.6.
Dynamics of flows
3.7.
Euler's equation
3.8.
Bernoulli's equation
3.9.
Navier stokes equation boundary layer theory
3.10.
Momentum equation
3.11.
Open channel flow
3.12.
Uniform and Non uniform flow
3.13.
Energy and momentum principle for open channel flow
3.14.
Flow in mobile boundary channel
3.15.
Flow over notches and weirs
3.16.
Gradually varied flow
3.17.
Hydraulic Jump and its analysis
3.18.
Similitude and physical modeling
3.19.
Physical hydrology
3.20.
Surface runoff
3.21.
Rainfall-runoff correlation
3.22.
Hydrograph Analysis
3.23.
Unit hydrographs
3.24.
Pak flow estimation and statistical hydrology
3.25.
Flood routing
4. Transportation engineering
4.1.
Road transportation in Nepalese context
4.2.
Highway alignment
4.3.
Geometric design
4.4.
Highway drainage system
4.5.
Highway materials
4.6.
Traffic studies
4.7.
Traffic control devices and measures
4.8.
Road intersection and design
4.9.
Road pavement
4.10.
Construction and maintenance of road pavements
4.11.
Bridge type
4.12.
Site selections
4.13.
Components and protection structures
4.14.
Tunnel components, requirements and methods of tunneling
5. Water Supply and Sanitary Engineering
5.1.
Introduction of Water Supply Engineering
5.2.
Sources of water
5.3.
Quantity of Water
5.4.
WHO guidelines
5.5.
Nepal Drinking water quality standards
5.6.
Quality of Water
5.7.
Intake Works
5.8.
Water Treatments - Natural , Artificial, Sedimentation ,Filtration , Disinfection
5.9.
Reservoirs and Distribution System
5.10.
Conveyance of Water
5.11.
Values of Fittings
5.12.
Introduction of Sanitary Engineering
5.13.
Quantity of Waste Water
5.14.
Characteristics and Examination of Sewage
5.15.
Design and Construction of Sewers
5.16.
Sewer Appurtenances
5.17.
Sewage Disposal
5.18.
Sewage Treatment
5.19.
Sludge Treatment and Disposal
5.20.
Disposal of Sewage from Isolated Buildings
5.21.
Solid Waste Management
5.22.
WASH and Ecosan
