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KPSC Assistant Engineer Syllabus 2022
Civil
Fluid Mechanics and Water Resources Engineering
1. Fluid Statics- Fluid pressure, Buoyancy, and floatation,
2. Fluid Kinematics,
3. Dynamics of fluid flow,
4. Flow-through orifice and notches,
5. Flow-through pipes,
6. Boundary layer,
7. Drag and Lift on immersed bodies.
8. Hydraulic machines- flow through veins (moving and stationary)
9. Impulse and reaction Turbines, Centrifugal Pumps,
10. Open channel flow, Uniform flow,
11. Hydraulic Jump, Gradually varied flow, Dimensional analysis, and model testing.
12. Hydrologic cycle, Precipitation, Infiltration, and Evaporation- measurement and data analysis.
13. Runoff-components and computation,
14. Hydrograph, Unit Hydrograph, and S-Hydrograph.
15. Irrigation types and methods-Soil water plant relationships,
16. Frequency of irrigation,
17. Computation of crop water requirement.
18. Streamflow measurement -Stage -discharge curve.
19. Meandering of rivers, river training works.
20. Surface water systems: diversion and storage systems, the reservoir - estimation of storage capacity and yield of reservoirs - reservoir sedimentation -useful life of a reservoir. Groundwater - Aquifer types and properties - Steady radial flow into a well.
21. Estimation of the yield of an open well.
Surveying and Levelling, Valuation, and Quantity Surveying
1. Surveying, Contouring, and Levelling. Area and Volume Computation, Levelling and Contouring
2. Global Positioning Systems, Geographical Information System, and Remote Sensing,
3. Theodolite Survey and Mass Diagram
4. Survey of Total Station and Electronic Distance Measurement
5. Rates Analysis - Databook and rate schedule
6. Rates for many work items and Detailed specification
7. Estimate Types
8. Bar bending schedules preparation for different RCC works
9. Detailed estimates of various items of works
10. Valuation- Depreciation, valuation methods, and rent fixation
Design of Structures
1. Analysis of reinforced rectangular beams
2. Shear strength of RC beam
3. Circular slabs simply supported, fixed as well as partially fixed subjected to udl
4. Design of water tanks, Design philosophy, and requirements
5. IS code recommendations and Prestressed concrete
6. Design of slender columns and Design of footings
7. Design of cantilever retaining wall with no surcharge
8. Design principles of counterfort retaining wall
9. Limit state method of design
10. Curtailment of reinforcement
11. Design for torsion, Continuous slab, and Design of one-way slab
12. Design of shear reinforcement, Bond, and development length
13. Two-way slabs, Deflection, Cracking, and Limit state of serviceability
14. Columns subjected to compression, and biaxial bending
15. Concept of prestressing, materials, and prestressing methods
16. Loss of prestressing and Prestressing systems
17. Analysis of prestressed beams at service stages
18. Steel structures - Bolted as well as welded connections
19. Tension & Compression members, Beams, Purlins, Roof trusses
20. Timber structures - columns, and composite beams
Mechanics of Solids and Structural and Analysis
1. Concept of stress and strain
2. Bending moment as well as shear force
3. Deflection of beams
4. Stresses in beams
5. Theory of columns and Truss analysis
6. Statically indeterminate structures and Principles of virtual work
7. Moving loads and influence lines, Arches, and Strain Energy methods
8. Methods of Moment Distribution and Slope Deflection
9. Kani’s analysis method
Environmental Engineering
1. Water treatment methods
2. Quantity estimation, Water sources,, and its demand
3. Sludge digestion, Sludge drying bed
4. Forecasting of population and water quality
5. Disinfection methods
6. Process for Activated Sludge process and Trickling filter
7. Control of air pollutants
8. Air quality legislation
9. Oxygen sag curve and its treatment
10. Water distribution and Hardy Cross analysis method
11. Wastewater
12. Sewers designs
13. Design of treatment units- Sedimentation tank, Screening, and Grit chamber
14. Septic tanks, Imhoff tanks, Oxidation ponds, and Oxidation ditches
15. Upflow anaerobic sludge
16. Sources of Air pollution and their effects
Building Materials, Construction Technology, Construction Management
1. Failures and Retrofitting of buildings, failures in Steel structures
2. Construction Planning and Scheduling, Construction disputes and settlement
3. Construction Materials - Structural steel, Timber, Mortar, Iron and Steel, and Modern materials
4. Concrete -Admixtures, Making of concrete, Mix proportioning
5. Building construction- Cost-effective construction, Masonry, Foundations, Lintels, and arches
6. Floors and flooring coverings, Doors, windows as well as ventilators, and Finishing works
7. Tall Buildings: Slip form construction, Steel and Concrete frame, and Prefabricated construction,
8. Principles of materials management
9. Vertical transportation Stairs, Elevators, Ramps, and Escalators,
10. Ethics in Construction, Construction safety
11. Quality management practices, Construction procedures
Transportation Engineering and Urban Planning
1. Classification and alignment of highways
2. The geometric design of highways
3. CBR method of flexible pavement design
4. Construction and maintenance of pavements
5. Properties as well as testing the materials of pavement
6. Basic diagrams of traffic flow theory
7. Maintenance, and Design of tracks
8. Alignment, Ventilation and drainage of tunnels, Types of harbors and docks
9. Goals and objectives of planning
10. Design of runways, aprons, and taxiways
11. Traffic studies and analysis
12. Airport characteristics- Aircraft parts
13. Terminal area planning and selection of the site
14. Traffic regulation rules, Traffic safety, and Highway capacity
15. Theories of urbanization
16. Study of Urban Forms, Zoning
17. Development of new towns
18. Development Plan and the act of town planning
19. Components of Regional planning as well as planning
Geotechnical Engineering
1. Soil Shear characteristics
2. Classification and three-phase soil system
3. Consolidation and compaction
4. Soil permeability
5. Stability of finite slopes and various related methods
6. Ground improvement techniques
7. Stresses in subsoil
8. Theories of Rankine and Coulomb
9. The formula of Boussinesq, chart Lateral earth pressure of Newmark
10. Major soil deposits of India
11. Investigation of the site and related tests
12. Soil bearing capacity
13. Design of shallow, deep, and machine foundations
KPSC Assistant Engineer Syllabus 2022
Civil
Fluid Mechanics and Water Resources Engineering
1. Fluid Statics- Fluid pressure, Buoyancy, and floatation,
2. Fluid Kinematics,
3. Dynamics of fluid flow,
4. Flow-through orifice and notches,
5. Flow-through pipes,
6. Boundary layer,
7. Drag and Lift on immersed bodies.
8. Hydraulic machines- flow through veins (moving and stationary)
9. Impulse and reaction Turbines, Centrifugal Pumps,
10. Open channel flow, Uniform flow,
11. Hydraulic Jump, Gradually varied flow, Dimensional analysis, and model testing.
12. Hydrologic cycle, Precipitation, Infiltration, and Evaporation- measurement and data analysis.
13. Runoff-components and computation,
14. Hydrograph, Unit Hydrograph, and S-Hydrograph.
15. Irrigation types and methods-Soil water plant relationships,
16. Frequency of irrigation,
17. Computation of crop water requirement.
18. Streamflow measurement -Stage -discharge curve.
19. Meandering of rivers, river training works.
20. Surface water systems: diversion and storage systems, the reservoir - estimation of storage capacity and yield of reservoirs - reservoir sedimentation -useful life of a reservoir. Groundwater - Aquifer types and properties - Steady radial flow into a well.
21. Estimation of the yield of an open well.
Surveying and Levelling, Valuation, and Quantity Surveying
1. Surveying, Contouring, and Levelling. Area and Volume Computation, Levelling and Contouring
2. Global Positioning Systems, Geographical Information System, and Remote Sensing,
3. Theodolite Survey and Mass Diagram
4. Survey of Total Station and Electronic Distance Measurement
5. Rates Analysis - Databook and rate schedule
6. Rates for many work items and Detailed specification
7. Estimate Types
8. Bar bending schedules preparation for different RCC works
9. Detailed estimates of various items of works
10. Valuation- Depreciation, valuation methods, and rent fixation
Design of Structures
1. Analysis of reinforced rectangular beams
2. Shear strength of RC beam
3. Circular slabs simply supported, fixed as well as partially fixed subjected to udl
4. Design of water tanks, Design philosophy, and requirements
5. IS code recommendations and Prestressed concrete
6. Design of slender columns and Design of footings
7. Design of cantilever retaining wall with no surcharge
8. Design principles of counterfort retaining wall
9. Limit state method of design
10. Curtailment of reinforcement
11. Design for torsion, Continuous slab, and Design of one-way slab
12. Design of shear reinforcement, Bond, and development length
13. Two-way slabs, Deflection, Cracking, and Limit state of serviceability
14. Columns subjected to compression, and biaxial bending
15. Concept of prestressing, materials, and prestressing methods
16. Loss of prestressing and Prestressing systems
17. Analysis of prestressed beams at service stages
18. Steel structures - Bolted as well as welded connections
19. Tension & Compression members, Beams, Purlins, Roof trusses
20. Timber structures - columns, and composite beams
Mechanics of Solids and Structural and Analysis
1. Concept of stress and strain
2. Bending moment as well as shear force
3. Deflection of beams
4. Stresses in beams
5. Theory of columns and Truss analysis
6. Statically indeterminate structures and Principles of virtual work
7. Moving loads and influence lines, Arches, and Strain Energy methods
8. Methods of Moment Distribution and Slope Deflection
9. Kani’s analysis method
Environmental Engineering
1. Water treatment methods
2. Quantity estimation, Water sources,, and its demand
3. Sludge digestion, Sludge drying bed
4. Forecasting of population and water quality
5. Disinfection methods
6. Process for Activated Sludge process and Trickling filter
7. Control of air pollutants
8. Air quality legislation
9. Oxygen sag curve and its treatment
10. Water distribution and Hardy Cross analysis method
11. Wastewater
12. Sewers designs
13. Design of treatment units- Sedimentation tank, Screening, and Grit chamber
14. Septic tanks, Imhoff tanks, Oxidation ponds, and Oxidation ditches
15. Upflow anaerobic sludge
16. Sources of Air pollution and their effects
Building Materials, Construction Technology, Construction Management
1. Failures and Retrofitting of buildings, failures in Steel structures
2. Construction Planning and Scheduling, Construction disputes and settlement
3. Construction Materials - Structural steel, Timber, Mortar, Iron and Steel, and Modern materials
4. Concrete -Admixtures, Making of concrete, Mix proportioning
5. Building construction- Cost-effective construction, Masonry, Foundations, Lintels, and arches
6. Floors and flooring coverings, Doors, windows as well as ventilators, and Finishing works
7. Tall Buildings: Slip form construction, Steel and Concrete frame, and Prefabricated construction,
8. Principles of materials management
9. Vertical transportation Stairs, Elevators, Ramps, and Escalators,
10. Ethics in Construction, Construction safety
11. Quality management practices, Construction procedures
Transportation Engineering and Urban Planning
1. Classification and alignment of highways
2. The geometric design of highways
3. CBR method of flexible pavement design
4. Construction and maintenance of pavements
5. Properties as well as testing the materials of pavement
6. Basic diagrams of traffic flow theory
7. Maintenance, and Design of tracks
8. Alignment, Ventilation and drainage of tunnels, Types of harbors and docks
9. Goals and objectives of planning
10. Design of runways, aprons, and taxiways
11. Traffic studies and analysis
12. Airport characteristics- Aircraft parts
13. Terminal area planning and selection of the site
14. Traffic regulation rules, Traffic safety, and Highway capacity
15. Theories of urbanization
16. Study of Urban Forms, Zoning
17. Development of new towns
18. Development Plan and the act of town planning
19. Components of Regional planning as well as planning
Geotechnical Engineering
1. Soil Shear characteristics
2. Classification and three-phase soil system
3. Consolidation and compaction
4. Soil permeability
5. Stability of finite slopes and various related methods
6. Ground improvement techniques
7. Stresses in subsoil
8. Theories of Rankine and Coulomb
9. The formula of Boussinesq, chart Lateral earth pressure of Newmark
10. Major soil deposits of India
11. Investigation of the site and related tests
12. Soil bearing capacity
13. Design of shallow, deep, and machine foundations
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