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- HPCL Engineer Course can be customized for any Day accordingly to the Date of Enrolment.
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- Complete Coverage of HPCL Engineer Syllabus as per the latest examination pattern and trends.
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Course Content

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 15: -Introduction

Chapter 16: -Stress-Strain , Properties of Material , Elastic Constants

Chapter 17: -Centroid & MOI , Bending Stress in Beam

Chapter 18: -Torsion In Shaft

Chapter 19: -SFD & BMD

Chapter 20: - Deflection of Beam

Chapter 1: Indeterminacy of structures .

Chapter 2: Method of Analysis .

Chapter 3: Analysis of Truss .

Chapter 4: Arches .

Chapter 5: Indeterminacy of structures

Chapter 6: Force Method of Analysis

Chapter 7: Moment Distribution Method

Chapter 8: Slope Deflection Method

Chapter 9: Influence Lines And Rolling Loads

Chapter 10: miscellaneous Topics

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: 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: 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 15: -Index Properties of Soil

Chapter 16: -Classification of Soil

Chapter 17: -Soil Structure & Clay Minerals & Effective Stress

Chapter 18: -Permeability

Chapter 19: -Seepage Analysis

Chapter 20: -Compaction of Soil

Chapter 21: -Consolidation of Soil

Chapter 22: -Shear Strength of Soil

Chapter 23: -Earth Pressure

Chapter 24: -Slope Stability

Chapter 25: -Shallow Foundation

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 13: -Properties of Fluids

Chapter 14: -Pressure and its Measurements, Buoyancy And Flotation

Chapter 15: -Fluid Kinematics, Fluid Dynamics

Chapter 16: -Dimensional Analysis

Chapter 17: -Pipe Flow

Chapter 18: -Impact of Jet

Chapter 19: -Hydraulic Turbine

Chapter 20: -Hydraulic Pump

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: Laminates and Asbestos & Bitumen

Chapter 16: PERT & CPM

Chapter 1: Concrete Technology

Chapter 2: Work Book

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: Remote Sensing & GIS

Chapter 10: Field Astronomy

Chapter 11: Photogrammetry

Chapter 12: Curve and Curve Setting

Chapter 13: Total Station Survey

Chapter 14: Area and Volume Measurement

Chapter 15: -Fundamental of Survey

Chapter 16: -Linear Measurement (Chain Survey)

Chapter 17: -Angular Measurement & Compass Survey

Chapter 18: -Traverse Survey

Chapter 19: -Levelling Survey & Contouring

Chapter 20: -Theodolite

Chapter 21: -Plane Table Survey

Chapter 22: -Area and Volume Measurement

Chapter 23: -Curves

Chapter 1: Water Supply Engineering : Introduction

Chapter 2: Water Supply Engineering : Water Quality Parameter

Chapter 3: Water Supply Engineering : Water Treatment

Chapter 4: Water Supply Engineering : Water Distribution System

Chapter 5: Waste Water Engineering : Introduction

Chapter 6: Waste Water Engineering : characteristics of Sewage

Chapter 7: Waste Water Engineering : Treatment of Sewage

Chapter 8: Waste Water Engineering : Disposal of Sewage

Chapter 9: Air and Noise Pollution

Chapter 10: Solid Waste Management

Chapter 11: -Water Demand : Raw water Engineering

Chapter 12: -Quality of Water

Chapter 13: -Water Treatment

Chapter 14: -Water Distribution system

Chapter 15: -Waste Water Engineering

Chapter 16: -Treatment of Sewage

Chapter 17: - Disposal of Sewage

Chapter 18: - Solid Waste Management

Chapter 19: - Air Pollution

Chapter 20: - Noise Pollution

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 8: -Unit of Measurement

Chapter 9: -Quantity of materials

Chapter 10: -Method of Estimate

Chapter 11: -Types of Estimation

Chapter 12: -Rate Analysis

Chapter 13: -Valuation

Chapter 1: Introduction

Chapter 2: Geometric design of highway

Chapter 3: Traffic Engg.

Chapter 4: Design of pavement

Chapter 5: HighwayMaterial

Chapter 6: Work Book

Chapter 7: Railway Engineering

Chapter 8: Bridge Engineering

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 11: Introduction to Irrigation

Chapter 12: Canal Engineering & Water Logging

Chapter 13: Dams & Seepage loss

Chapter 14: River Training Work

Chapter 15: Canal Regulation Work

Chapter 16: Hydrology

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 17: -Indicating Instrument

Chapter 18: -Measurement of Power and Energy

Chapter 19: - CRO

Chapter 20: - Instrument Transformer

Chapter 21: - Measurement of Resistance & Bridge

Chapter 1: Basic of Electric Circuit Theory

Chapter 2: Concept of Super Mesh & Super Nodal

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 10: Locus Diagram

Chapter 11: Filter

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 6: - Basic Principal Of Electrical Machine

Chapter 7: - Transformer

Chapter 8: -3 Phase Induction Machine

Chapter 9: -Single Phase Motors

Chapter 10: - DC Machine

Chapter 11: - Synchronous Machine

Chapter 1: Introduction of Power System & Generation of Electrical Energy

Chapter 2: Introduction of Power System.

Chapter 3: Generation of Electrical Energy.

Chapter 4: Economics and operating factor

Chapter 5: Mechanical design of overhead lines / Tariff /Power improvement

Chapter 6: Economics and operating factor.

Chapter 7: Transmission Line Parameters.

Chapter 8: Underground cable

Chapter 9: Fault Analysis

Chapter 10: Performance of Transmission Line.

Chapter 11: Supply System.

Chapter 12: Distribution system

Chapter 13: Switch gear and protection

Chapter 14: Mechanical design of overhead lines.

Chapter 15: Distribution system.

Chapter 16: miscellaneous

Chapter 17: Switch gear and protection.

Chapter 18: Underground cable.

Chapter 19: Power System Stability.

Chapter 20: miscellaneous.

Chapter 21: WORK BOOK

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 7: Rectifier

Chapter 1: Introduction

Chapter 2: Power Semiconductor Device

Chapter 3: Converter

Chapter 4: Chopper

Chapter 5: Cycloconverter

Chapter 6: AC Voltage Regulator

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: illumination

Chapter 2: Source of light

Chapter 3: Electrolysis

Chapter 4: Cell and Battery

Chapter 5: Electric Traction

Chapter 6: Electric Heating

Chapter 7: Basic Electric Welding

Chapter 1: Estimation & Costing

Chapter 2: Work Book

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 13: -Properties of Fluids

Chapter 14: -Pressure and its Measurements, Buoyancy And Flotation

Chapter 15: -Fluid Kinematics, Fluid Dynamics

Chapter 16: -Dimensional Analysis

Chapter 17: -Pipe Flow

Chapter 18: - Hydraulic Machine : Impact of Jet

Chapter 19: - Hydraulic Machine : turbine

Chapter 20: - 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 15: -Introduction

Chapter 16: -Stress-Strain , Properties of Material , Elastic Constants

Chapter 17: -Centroid & MOI , Bending Stress in Beam

Chapter 18: -Torsion In Shaft

Chapter 19: -SFD & BMD

Chapter 1: Introduction

Chapter 2: Force Analysis

Chapter 3: Moment Analysis

Chapter 4: Equilibrium of Rigid Bodies

Chapter 5: Plane Truss and Frames

Chapter 6: Centre of Gravity and Moment of Inertia

Chapter 7: Friction

Chapter 8: miscellaneous Topics

Chapter 9: - Force Analysis & Equilibrium of Rigid Bodies

Chapter 10: -Friction

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 9: -Basic Concepts & 1st law of Thermodynamics

Chapter 10: -Second Low of Thermodynamics & Entropy

Chapter 11: -Pure Substance

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 12: -Air Standard Cycles

Chapter 13: -I.C Engine Combustion

Chapter 14: - Performance Parameters

Chapter 15: - Lubrication and cooling system

Chapter 16: Air-Fuel Supply System and Fuel Used

Chapter 17: Cooling System & Coolants & Properties

Chapter 18: Lubrication System & Lubricant & Properties

Chapter 19: Ignition System & System Equipment

Chapter 20: MPFI & CRDI System

Chapter 21: SI & CI Engine Combustion Chambers

Chapter 22: Emission Standards of BS 1,2,3,4 & 6

Chapter 1: Basic and Introduction

Chapter 2: Vapour Compression Refrigeration System (VC Cycle)

Chapter 3: Air Refrigeration System

Chapter 4: Vapour Absorption Refrigeration System

Chapter 5: Refrigerents

Chapter 6: Air Conditioning

Chapter 7: Refrigerating Equipments

Chapter 1: Introduction

Chapter 2: Regeneration in Gas Turbine

Chapter 3: Reheating and Intercooling in Gas Turbine

Chapter 4: Rankine Cycle

Chapter 5: Nozzle

Chapter 6: Steam Turbine

Chapter 7: Boiler

Chapter 8: -Gas Turbine

Chapter 9: -Rankine Cycle

Chapter 10: -Steam Turbine & Nozzle

Chapter 11: -Boiler

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: Flywheel

Chapter 6: Governor

Chapter 7: Balancing

Chapter 8: Cam and Follower Mechanism

Chapter 9: Gyroscope

Chapter 10: Vibration

Chapter 1: Belts & Pulley

Chapter 2: Bearings

Chapter 3: Clutches

Chapter 4: Riveted Joint

Chapter 5: Welded and BoltedJoint

Chapter 6: Fatigue design of Shaft

Chapter 7: Miscellaneous

Chapter 1: Crystal Structure

Chapter 2: Crystal Imperfection

Chapter 3: Phase & Phase Diagrams

Chapter 4: Heat Treatment Process

Chapter 5: Miscellaneous concepts

Chapter 1: Basic Introduction

Chapter 2: Rolling Process

Chapter 3: Forging Process

Chapter 4: Extrusion Process

Chapter 5: Drawing Process

Chapter 1: Basic Introduction

Chapter 2: Arc Welding Processes

Chapter 3: Resistance Welding Processes

Chapter 4: Chemical Welding Processes

Chapter 5: Soldering & Brazing

Chapter 6: Welding Defects

Chapter 1: Basic Introduction

Chapter 2: Metal Cutting : Analysis

Chapter 3: Metal Cutting : Tool Life

Chapter 1: Lathe Machine Tools

Chapter 2: Shaper , Sloter & Planner Machine Tools

Chapter 3: Milling Machine Tools

Chapter 4: Grinding Machine Tools

Chapter 5: Drilling Machine Tools

Chapter 1: Introduction & Pattern

Chapter 2: Moulding sand & Properties

Chapter 3: Getting elements design

Chapter 4: Solidification Time & Riser Design

Chapter 5: Classification of Casting Process

Chapter 6: Casting Defects

Chapter 7: Work Book

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: CALENDAR

Chapter 2: CLOCK

Chapter 3: INTLECTUAL-OPERATION

Chapter 4: MATHEMATICAL-TEST

Chapter 5: DIRECTION TEST

Chapter 6: RANKING TEST

Chapter 7: SITTING-ARRANGEMENT

Chapter 8: CUBE & DICE

Chapter 9: ALPHABET-TEST

Chapter 10: CEREMONIAL NUMBER,LETTER,SYMBOL SERIES

Chapter 11: CODING-DECODING

Chapter 12: CLASSIFICATION

Chapter 13: ANALOGY-TEST

Chapter 14: SERIES

Chapter 15: BLOOD RELATION

Chapter 16: MISCELLANEOUS QUESTION

Chapter 17: SEQUENTIAL ORDER

Chapter 18: COMPLETE THE DIAGRAM

Chapter 19: DIAGRAM MAKING

Chapter 20: MIRROR AND WATER IMAGE

Chapter 21: ANALOGY FIGURE

Chapter 22: CLASSIFICATION DIAGRAM

Chapter 23: COUNTING THE FIGURE

Chapter 24: PAPER CUTTING AND FOLDING

Chapter 25: LOGICAL VENN DIAGRAM

Chapter 26: SYLLOGISM

Chapter 1: Noun

Chapter 2: Pronoun

Chapter 3: Adjective

Chapter 4: Adverb

Chapter 5: Preposition

Chapter 6: Artical

Chapter 7: Conjunction

Chapter 8: Subject Verb

Chapter 9: Tense

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