Chapter 1: Introduction
Chapter 2: Working Stress Method
Chapter 3: Limit Stress Method
Chapter 4: Design for Shear
Chapter 5: Design for Bond
Chapter 6: Design of Slab
Chapter 7: Design of Column
Chapter 8: Design of Foundation
Chapter 9: Design of Retaining Wall
Chapter 1: Properties of Fluids
Chapter 2: Pressure and its Measurements
Chapter 3: Buoyancy And Flotation
Chapter 4: Fluid Kinematics
Chapter 5: Fluid Dynamics
Chapter 6: Dimensional Analysis
Chapter 7: Pipe Flow
Chapter 8: Laminar Flow
Chapter 9: Open Channel Flow
Chapter 10: Hydraulic Machine : Impact of Jet
Chapter 11: Hydraulic Machine : Turbine
Chapter 12: Hydraulic Machine : Pump
Chapter 1: Introduction
Chapter 2: Index Properties of Soil
Chapter 3: Classification of Soil
Chapter 4: Soil Structure & Clay Minerals
Chapter 5: Effective Stress
Chapter 6: Permeability
Chapter 7: Seepage Analysis
Chapter 8: Compaction of Soil
Chapter 9: Consolidation of Soil
Chapter 10: Shear Strength of Soil
Chapter 11: Earth Pressure
Chapter 12: Slope Stability
Chapter 13: Shallow Foundation
Chapter 14: Pile Foundation
Chapter 1: Unit of Measurement
Chapter 2: Quantity of materials
Chapter 3: Earth work in canal
Chapter 4: Types of Estimation
Chapter 5: Rate Analysis
Chapter 6: Valuation
Chapter 7: Miscellaneous
Chapter 1: Fundamental of Survey
Chapter 2: Chain Survey
Chapter 3: Angular Measurement & Compass Survey
Chapter 4: Traverse Survey
Chapter 5: Levelling Survey
Chapter 6: Theodolite Survey
Chapter 7: Plane Table Survey
Chapter 8: Tacheometric Survey
Chapter 9: Trigonometric Leveling
Chapter 10: Remote Sensing & GIS
Chapter 11: Field Astronomy
Chapter 1: (Irrigation) Irrigation & Methods of Irrigation
Chapter 2: (Irrigation) Soil Moisture and Plant Relationship
Chapter 3: (Irrigation) Water Requirement of Crops
Chapter 4: (Irrigation) Canals
Chapter 5: (Irrigation) Dams and analysis of gravity dam
Chapter 6: (Irrigation) Miscellaneous Topics
Chapter 7: (Hydrology) Basic Concepts
Chapter 8: (Hydrology) Evaporation & Stream Flow Measurement
Chapter 9: (Hydrology) Hydrographs
Chapter 10: (Hydrology) Flood Routing and Miscellaneous Topics
Chapter 1: CEMENT
Chapter 2: LIME
Chapter 3: MORTAR
Chapter 4: BRICKS
Chapter 5: TIMBER
Chapter 6: STONE
Chapter 7: Paint and Varnish
Chapter 8: DPC
Chapter 9: Flooring
Chapter 10: Formwork and Shoring and Underpinning
Chapter 11: ARCH
Chapter 12: Door and Windows
Chapter 13: Staircase
Chapter 14: ROOFS
Chapter 15: PERT & CPM
Chapter 1: General Considerations
Chapter 2: Riveted Connections
Chapter 3: Bolted Connections
Chapter 4: Welded Connections
Chapter 5: Design of Tension Members
Chapter 6: Design of Compression Members
Chapter 7: Design of Flexural Members-Beam Design
Chapter 8: Plate Girder
Chapter 9: Gantry Girder
Chapter 10: Roof Trusses
Chapter 11: miscellaneous Topics
Chapter 1: Concrete Technology
Chapter 2: Work Book
Chapter 1: Stress and Strain
Chapter 2: properties of Material
Chapter 3: Elastic Constants
Chapter 4: Centroid & Moment of Inertia
Chapter 5: Bending Moment and Shear Force Diagram
Chapter 6: Bending Stress & Shear Stress in Beam
Chapter 7: Torsion in shaft
Chapter 8: Principal Stress and Strain
Chapter 9: Deflection of Beam
Chapter 10: Column
Chapter 11: Thin Cylinder and Spherical Shells
Chapter 12: Theories of Failure
Chapter 13: Spring
Chapter 14: Strain Energy Method
Chapter 1: Indeterminacy of structures
Chapter 2: Force Methods of Analysis
Chapter 3: Moment Distribution Method
Chapter 4: Slope Deflection Method
Chapter 5: Influence Lines And Rolling Loads
Chapter 6: miscellaneous Topics
Chapter 1: Introduction & Commands
Chapter 2: Commands
Chapter 3: Command Summery
Chapter 4: Work Book
Chapter 1: Basic of Electric Circuit Theory
Chapter 2: Nodal and Mesh Analysis
Chapter 3: Network Theorem
Chapter 4: A.C Circuit
Chapter 5: Resonance
Chapter 6: Two Port Network
Chapter 7: Transient Analysis
Chapter 8: Magnetically Coupled Circuit
Chapter 9: Graph Theory
Chapter 1: Introduction
Chapter 2: PMMC Type Instrument
Chapter 3: EDM Type Instrument
Chapter 4: M.I Type Instrument
Chapter 5: Energy And Power Measurement
Chapter 6: Energy Meter
Chapter 7: Rectifier Type Instrument
Chapter 8: Electrostatic Type Instrument
Chapter 9: CRO
Chapter 10: AC Bridge
Chapter 11: Measurement Of Resistance
Chapter 12: Transducer
Chapter 13: Instrument Transformer
Chapter 14: Error Analysis
Chapter 15: Unit And Dimension
Chapter 16: Miscellaneous
Chapter 1: Introduction of Control System
Chapter 2: Block Diagram Reduction Technique
Chapter 3: Signal Flow Graph
Chapter 4: Time Response Analysis
Chapter 5: Stability
Chapter 6: Root Locus Technique
Chapter 7: Frequency Response Analysis
Chapter 8: Bode Plot
Chapter 9: Polar Plot
Chapter 10: Nyquist Plot
Chapter 11: miscellaneous Topics
Chapter 1: Basic Principal Of Electrical Machine And Transformer
Chapter 2: Three Phase Induction Machine
Chapter 3: Single Phase Motors
Chapter 4: Synchronous Machine
Chapter 5: DC Mchine
Chapter 1: Introduction of Power System.
Chapter 2: Generation of Electrical Energy.
Chapter 3: Economics and operating factor.
Chapter 4: Transmission Line Parameters.
Chapter 5: Performance of Transmission Line.
Chapter 6: Supply System.
Chapter 7: Mechanical design of overhead lines.
Chapter 8: Distribution system.
Chapter 9: Switch gear and protection.
Chapter 10: Underground cable.
Chapter 11: Power System Stability.
Chapter 12: miscellaneous.
Chapter 1: Semiconductor Physics
Chapter 2: Semiconductor Diode & Application
Chapter 3: Transistor
Chapter 4: FET & MOSFET
Chapter 5: Oscillator
Chapter 6: Small Signal & large signal Amplifier and feedback amplifier
Chapter 1: Introduction
Chapter 2: Power Semiconductor Device
Chapter 3: Converter
Chapter 4: Chopper
Chapter 5: Cycloconverter
Chapter 6: AC Voltage Regulator
Chapter 1: illumination
Chapter 2: Source of light
Chapter 3: Electrolysis
Chapter 4: Cell and Battery
Chapter 5: Electric Traction
Chapter 6: Electric Heating
Chapter 1: Electrostatics
Chapter 2: Magnetostatics
Chapter 3: maxwell Equations
Chapter 4: Electromagnetic Wave
Chapter 5: Incidence of EM Wave
Chapter 1: Introduction
Chapter 2: Polarization
Chapter 3: Dielectric loss
Chapter 1: Properties of Fluids
Chapter 2: Pressure and its Measurements
Chapter 3: Buoyancy And Flotation
Chapter 4: Fluid Kinematics
Chapter 5: Fluid Dynamics
Chapter 6: Dimensional Analysis
Chapter 7: Pipe Flow
Chapter 8: Laminar Flow
Chapter 9: Boundary Layer Theory
Chapter 10: Hydraulic Machine : Impact of Jet
Chapter 11: Hydraulic Machine : turbine
Chapter 12: Hydraulic Machine : Pump
Chapter 1: Stress and Strain
Chapter 2: properties of Material
Chapter 3: Elastic Constants
Chapter 4: Centroid & Moment of Inertia
Chapter 5: Bending Moment and Shear Force Diagram
Chapter 6: Bending Stress & Shear Stress in Beam
Chapter 7: Torsion in shaft
Chapter 8: Principal Stress and Strain
Chapter 9: Deflection of Beam
Chapter 10: Thin Cylinder and Spherical Shells
Chapter 11: Column & Struts
Chapter 12: Theories of Failure
Chapter 13: Spring
Chapter 14: Strain Energy Method
Chapter 1: Basic Concepts of Thermodynamics
Chapter 2: Zeroth Law of Thermodynamics
Chapter 3: Energy Interaction
Chapter 4: First Law of Thermodynamics
Chapter 5: Second Low of Thermodynamics & Entropy
Chapter 6: Available and Unavailable Energy
Chapter 7: Pure Substance
Chapter 8: Thermodynamic Relations
Chapter 1: Mechanism & Machines
Chapter 2: Velocity & Accleration Analysis
Chapter 3: Gear & Gear Trains
Chapter 4: Single Slider Crank Chain Kinematic & Dynamic Analysis and Flywheel
Chapter 5: Governor
Chapter 6: Balancing
Chapter 7: Cam and Follower Mechanism
Chapter 8: Gyroscope
Chapter 9: Vibration
Chapter 1: Introduction
Chapter 2: Conduction heat transfer
Chapter 3: Heat Transfer From Extended Surface
Chapter 4: Unsteady state conduction heat transfer & Concept of heisler chart
Chapter 5: Heat Exchanger
Chapter 6: Radiation Heat Transfer
Chapter 7: Convection Heat Transfer
Chapter 8: Heat Transfer with change of phase
Chapter 1: INTRODUCTION OF I.C.ENGINE
Chapter 2: Air Standard Cycles
Chapter 3: Working of I.C. Engine & Engine Performance Parameters
Chapter 4: Comparison of 2-Stroke and 4-Stroke Engine
Chapter 5: Comparison of SI and CI Engine
Chapter 6: Difference between theoretical and Actual P-V Diagram
Chapter 7: Difference between theoretical and Actual Valve Timing Diagram
Chapter 8: Testing of I.C Engine
Chapter 9: Combustion in SI Engine
Chapter 10: Combustion in CI Engine
Chapter 11: Air Pollution Firing Order, Supercharging, Diesel Fuel Injection
Chapter 1: Introduction
Chapter 2: Regeneration in Gas Turbine
Chapter 3: Reheating and Intercooling in Gas Turbine
Chapter 4: Steam Turbine
Chapter 1: Introduction & Commands
Chapter 2: Commands
Chapter 3: Command Summery
Chapter 4: Work Book
Chapter 1: Status and Expansion
Chapter 2: Main Physic Department - Desert region, Aravali mountain ragion, planes
Chapter 3: Climate
Chapter 4: soil
Chapter 5: Drainage system
Chapter 6: Natural Vegetation
Chapter 7: Forest and Wildlife Conservation
Chapter 8: Environmental and Ecological Issues
Chapter 9: Desertification
Chapter 1: Agro climatic and major crops
Chapter 2: Irrigaton Projects
Chapter 3: Water Conservation
Chapter 4: Rajasthan Minerals
Chapter 5: Transportation
Chapter 6: Livestock
Chapter 1: Mains Prehistoric Civilizations of Rajasthan
Chapter 2: Major Dynasties and Their Accomplishments
Chapter 3: Princely states of Rajasthan and BritishTreaties, Mass movement of 1857
Chapter 4: Farmers and public Revolution movementn and the movement prjamandal
Chapter 5: Integral of Rajasthan
Chapter 6: Political Awareness of Rajasthan
Chapter 7: Mains Source & Main Personality of Rajasthan History
Chapter 1: Important Forts
Chapter 2: Monuments & Structures, Key features of architecture
Chapter 3: Religious Movement of Rajasthan Folk god-goddess
Chapter 4: Mains Handicraft, painting, styles of Rajasthan
Chapter 5: Rajasthani language works of literature Major regional Languages
Chapter 6: Fair, festival,folk music, folk dance, musical instruments, jewelry
Chapter 7: Important Historic tourism Palace
Chapter 8: Rajasthani Culture, Tradition and Heritage
