DSSSB JE Syllabus 2026: Check Subject-wise Topics

The Delhi Subordinate Services Selection Board (DSSSB) has released the official notification and syllabus for the DDA JE Recruitment 2026. Candidates preparing for the Junior Engineer examination should check the detailed DSSSB JE Syllabus 2026 to understand the subjects and topics included in the written examination.

The syllabus covers General Awareness, General Intelligence and Reasoning Ability, Quantitative Aptitude, Hindi Language and Comprehension, English Language and Comprehension, along with the relevant engineering discipline. Candidates preparing for Civil, Electrical, or Mechanical Engineering should follow the subject-specific topics while planning their preparation.

DSSSB JE Syllabus 2026 Overview

The DSSSB JE Syllabus 2026 has been released through the official DSSSB portal. Candidates can check the key details related to the syllabus and recruitment in the table below.

DSSSB Junior Engineer Syllabus 2026

The DSSSB JE syllabus includes common subjects such as General Awareness, General Intelligence and Reasoning Ability, Quantitative Aptitude, Hindi Language and Comprehension, and English Language and Comprehension.

General Awareness

The General Awareness section includes topics related to current events, India, general science, history, polity, geography, economics, and other areas of general knowledge.

• Current Affairs

• History

• Polity and Constitution

• Sports, Art and Culture

• Geography

• Economics

• Everyday Science and Scientific Research

• Important Days and Dates

• Awards and Honours

• States and Capitals

• Countries and Currencies

• Famous Personalities

• National and International Affairs

General Intelligence and Reasoning

The General Intelligence and Reasoning section tests candidates on verbal and non-verbal reasoning concepts. The major topics include:

• Verbal and Non-Verbal Reasoning

• Analogies

• Similarities

• Differences

• Space Visualization

• Problem-Solving

• Analysis

• Judgment

• Decision Making

• Visual Memory

• Discrimination

• Observation

• Relationship Concepts

• Arithmetical Reasoning

• Verbal and Figure Classification

• Arithmetical Number Series

Quantitative Aptitude

The Quantitative Aptitude section covers basic mathematical concepts and their applications. The topics included in the DSSSB JE Syllabus 2026 are:

• Number System

• Simplification

• Time and Work

• Simple and Compound Interest

• Percentage

• Average

• Mensuration

• Time and Distance

• Time and Graph

• Profit and Loss

• Discount

• Decimals

• Data Interpretation

• Ratio and Proportion

• Partnership

• Fractions

Hindi Language and Comprehension

The Hindi section includes grammar, vocabulary, sentence correction, and other language-based topics. Candidates should prepare the following:

• अलंकार

• विलोम

• रस

• संधियां

• तद्भव और तत्सम

• लोकोक्तियाँ

• पर्यायवाची

• मुहावरे

• वाक्यांशों के लिए एक शब्द

• समास

• अनेकार्थी शब्द

• वाक्य संशोधन

• लिंग

• वचन

• कारक

• काल

• वर्तनी

• त्रुटि से संबंधित प्रश्न

English Language and Comprehension

The English section covers comprehension, vocabulary, grammar, sentence structure, and usage-based topics. The important topics are:

• Comprehension

• Vocabulary

• Grammar

• Sentence Structure

• Synonyms

• Antonyms

• Usage of Words

• Active and Passive Voice

• Direct and Indirect Speech

• Para Jumbles

• Phrases and Idioms

Engineering Subject Syllabus

Along with the common subjects, candidates need to prepare the engineering discipline related to their post. The major topics for Electrical, Civil, and Mechanical Engineering are given below.

Electrical Engineering

The Electrical Engineering syllabus includes:

• Engineering Mathematics

• Electrical Materials

• Electric Circuits and Fields

• Electrical and Electronic Measurements

• Computer Fundamentals

• Basic Electronics Engineering

• Analog and Digital Electronics

• Systems and Signal Processing

• Control Systems

• Electrical Machines

• Power Systems

• Power Electronics and Drives

Civil Engineering

The Civil Engineering syllabus includes:

• Environmental Engineering

• Surveying

• Structural Engineering

• Soil Mechanics and Foundation Engineering

• Transportation Engineering

• Water Resources Engineering

Mechanical Engineering

The Mechanical Engineering syllabus includes:

• Fluid Mechanics

• Thermodynamics and Heat Transfer

• IC Engines, Refrigeration and Air Conditioning

• Turbo Machinery

• Power Plant Engineering

• Renewable Sources of Energy

• Engineering Mechanics

• Engineering Materials

• Mechanisms and Machines

• Design of Machine Element

• Manufacturing, Industrial and Maintenance Engineering

• Mechatronics and Robotics

DSSSB Subject-Specific Topics for Junior Engineer Civil

Apart from the general Civil Engineering subjects, the DSSSB JE Syllabus 2026 includes detailed subject-specific topics for the Junior Engineer (Civil) post. Candidates should cover the following topics as part of their preparation.

Applied Physics

The Applied Physics section includes:

• Electrostatics

• D.C. Circuits

• Electromagnetism

• Expansion of Solids

• Heat Transfer

• Geometrical Optics

• Wave Optics

• Acoustics and Ultrasonic

Applied Chemistry

The important Applied Chemistry topics are:

• Problems Based on Volumetric and Gravimetric Analysis

• Analysis of Water

• Treatment of Water

• Corrosion and Lubricants

• Polymerization

• Metals and Alloys

Applied Mathematics

Candidates should prepare:

• Algebra

• Determinants

• Matrices

• Coordinate Geometry of Two Dimensions

• Vectors

• Differential Calculus

• Integral Calculus

• Applications of Calculus

• Differential Equations

• Complex Numbers

Applied Mechanics

The syllabus includes:

• Introduction

• Laws of Forces

• Moments

• Centre of Gravity

• Moment of Inertia

• Laws of Motion

• Circular Motion

• Work, Power and Energy

• Friction

• Simple Lifting Machines

Basic Electrical Engineering

Important topics include:

• DC Circuits

• Network Theorems

• Elements of Generation, Transmission and Distribution System

• Arrangement of Supply System and Distribution System

• Domestic Installation and Safety Measures

Elements of Mechanical Engineering

The topics include:

• Transmission of Power

• Internal Combustion Engines

• Lubricants

• Construction and Working of Reciprocating, Centrifugal and Gear Pumps

• Air Compressor

• Material Handling

• Refrigeration and Air Conditioning

Surveying

The Surveying syllabus includes:

• Introduction

• Chain Surveying

• Compass Surveying

• Simple Leveling

• Precise Leveling

Building Construction

Candidates should prepare:

• Introduction

• Foundation

• Walls

• Partition Wall

• Arches and Lintels

• Doors and Windows

• Floors

• Roofs

• Scaffolding

• Shoring

• Underpinning and Formwork

• Damp Proofing

• Stairs

• Surface Finishes

• Maintenance of Building

• Building Planning

Irrigation Engineering

The important topics are:

• Introduction

• Rainfall and Runoff

• Water Requirement of Crops

• Lift Irrigation

• Tube Well Irrigation

• Flow Irrigation

• Canal Head Works

• Regulatory Works

• Cross Drainage Works

• Dams

• Water Logging and Drainage

Hydraulics

The Hydraulics syllabus includes:

• Introduction

• Properties of Fluids

• Hydrostatic Pressure

• Measurement of Pressure

• Fundamentals of Fluid Flow

• Flow Measurements

• Hydraulic Machines

• Flow Through Pipes

• Flow Through Open Channels

Computer Application

Candidates should prepare the following Computer Application topics:

• Digital Computer Systems

• Characteristics and History of Computers

• Computer Generations

• Types and Classifications of Computers

• Applications of Computers in Various Fields

• Computer Hardware and Software

• CPU

• Input and Output Devices

• Storage Media

• Types of Software

• System Software

• Application Software

• Operating Systems

• Textual and GUI Interfaces

• Types of Operating Systems

• Multiprogramming

• Multitasking

• Multiprocessing

• DOS

• DOS Commands and Utilities

• MS Windows

• UNIX and LINUX

• Word Processor

• Computer Languages

• Generations of Languages

• Assemblers

• Interpreters

• Compilers

• Algorithms

• Pseudo-Code

• Flowcharts

• Structured Programming Concepts

• Programming Techniques

• Introduction to C

• Structure of a C Program

• Constants, Variables and Data Types

• Operators and Expressions

• Input and Output Operations

• IF Statement

• GOTO Statement

• FOR, WHILE and DO-WHILE Loops

• SWITCH Statement

• Arrays

• Functions

• User-Defined Functions

Concrete Technology

The Concrete Technology topics are:

• Introduction

• Cement

• Aggregates

• Proportioning of Concrete

• Concreting Operations

• Durability of Concrete

• Special Purpose Concrete

• Properties of Concrete in Plastic Stage

Theory of Structures

The syllabus includes:

• Simple Stresses and Strains

• Compound Stress

• Bending Moment and Shearing Force

• Bending Stress

• Shear Stress

• Combined Direct and Bending Stress

• Torsion

• Columns and Struts

• Analysis of Trusses

• Strain Energy

• Thin Walled Tubes

Environmental Engineering-I

Important topics include:

• Introduction

• Quantity of Water

• Sources of Water Supply

• Intakes and Conveyance of Water

• Quality of Water

• Sedimentation

• Filtration

• Disinfection of Water

• Storage of Clear Water and its Distribution

• Terms and Systems of Sanitation

• Merits and Demerits of Sanitation Systems

• Systems of Wastewater

• Advantages and Disadvantages of Wastewater Systems

• Choice of Wastewater System

• Suitable Systems for India

• Quantity of Sanitary and Storm Sewage

• Flow in Sewers

• Construction and Maintenance of Sewers

• Characterization and Examination of Sewage

• Disposal of Sewage

• Treatment of Sewage

• Septic and Imhoff Tanks

• Air Pollution: Causes, Effects and Controls

• Noise Pollution: Causes, Effects and Controls

Construction Materials

The Construction Materials syllabus includes:

• Building Stones

• Bricks

• Cement

• Lime

• Timber and Wood-Based Products

• Paints and Varnishes

• Cement Paints

• Metals

Soil Mechanics and Foundation Engineering

The major topics are:

• Importance of Soil Studies in Civil Engineering

• Geological Origin of Soil

• Soil Profiles in India

• Residual and Transported Soils

• Alluvial Deposits

• Lake Deposits

• Dunes and Loess

• Glacial Deposits

• Engineering Characteristics of Soil Deposits

• Saturated and Partially Saturated Soil

• Soil Classification and Identification

• Flow of Water Through Soils

• Effective Stress

• Deformation of Soils

• Strength Characteristics of Soil

• Soil Compaction

• Bearing Capacity of Foundations

• Soil Exploration

Design of R.C.C. Structures-I

Candidates should prepare:

• Different Grades of Concrete and Steel

• IS Specifications

• Purpose of Providing Reinforcement

• Modular Ratio

• Types of Loads on Structures as per IS:875

• Working Stress Method

• Ultimate Strength Method

• Limit State Method

• Singly Reinforced Rectangular Beams by WSM

• Introduction to Limit State Method

• Singly Reinforced Rectangular Beams

• Doubly Reinforced Rectangular Beams

• Flanged Beam

• Serviceability Limit States

• Curtailment

• Design of Shear and Development Length

• Design of Beams

Analysis of Structures

The topics include:

• Slope and Deflection

• Analysis of Statically Indeterminate Beams

• Propped Cantilevers

• Fixed Beam

• Continuous Beam

• Slope Deflection Method

• Moment Distribution Method

• Three Hinged Arches

• Influence Lines

Construction Management and Accounts

The syllabus includes:

• Basic Principles of Management

• Accident, Safety and Housekeeping

• Industrial Laws

• Personnel Management

• Finance Management

• Project Management

• Quality Control

• Marketing in Civil Engineering

• Entrepreneurship

• Professional Ethics

CAD in Civil Engineering Practice

Candidates should cover:

• Definition of Various AutoCAD Commands Used

• Simple Exercises Using AutoCAD Commands

Transportation Engineering

The Transportation Engineering topics include:

• Highways

• Road Geometrics

• Highway Materials

• Earth and Gravel Roads

• Design of Flexible and Rigid Pavements

• Hill Roads

• Railways

• Railway Track and Sleepers

• Points and Crossings

• Signals

• Bridges

Design of Steel Structures

The topics include:

• Introduction to Steel Structures

• Types of Steel and Steel Structures

• Stress-Strain Diagram

• Ductility of Mild Steel

• Properties of Structural Steel as per IS Code

• Physical and Mechanical Properties

• Rolled Steel Sections

• Advantages and Disadvantages of Steel Structures

• Types of Loads and Load Combinations

• Design Philosophy

• Limit State Method as per IS Code 800:2007

• Structural Steel Connections

• Tension Members

• Compression Members

• Beams

• Plate Girders

• Steel Roof Truss

Estimating and Costing

The Estimating and Costing syllabus includes:

• Introduction to Quantity Surveying

• Importance of Quantity Surveying

• Duties of Quantity Surveyor

• Types of Estimates

• Preliminary Estimates

• Plinth Area Estimate

• Cubic Rate Estimate

• Estimate Per Unit Base

• Detailed Estimates

• Stages of Preparation

• Measurement and Calculation of Quantities

• Abstract

• Units of Measurement as per BIS:1200

• Rules for Measurements

• Earthwork

• Brickwork

• RCC Works

• Shuttering

• Woodwork

• Painting

• Flooring

• Plastering

• Centre Line Method

• Long Wall and Short Wall Method

DSSSB Subject-Specific Topics for Assistant Engineer Civil

The DSSSB syllabus also provides detailed topics for the Assistant Engineer (Civil) post. Candidates applying for this post should refer to the following subjects.

Engineering Physics

The topics include:

• Physics of Motion

• Optics

• Electromagnetism

• Quantum Ideas

• Physics of Materials

• Relativity

• Lasers

• Quantum Theory

Engineering Chemistry

The syllabus includes:

• Chemical and Instrumental Methods of Analysis

• Electrochemistry and Surfactants

• Molecular Structure and Phase Rule

• Polymers

• Nanomaterials and Composites

Engineering Mathematics

The major topics include:

• Curve Tracing and Applications of Definite Integrals

• Techniques of One Variable Calculus and Partial Differentiation

• Ordinary Differential Equations

• Partial Differential Equations

• Solid Geometry and Multiple Integrals

• Complex Analysis

Basics of Civil Engineering

Candidates should prepare:

• Stresses and Strains Introduction

• Uniaxial Deformations

• Analysis of Stresses

• Analysis of Strains

• Structures and Their Forms

Basics of Mechanical Engineering

The topics include:

• Thermodynamic Systems

• Properties

• Thermal Equilibrium

• Zeroth Law of Thermodynamics

• Concept of Temperature

• Work

• Displacement Work

• First Law of Thermodynamics

• Cyclic Process

• Internal Energy

• Enthalpy

• Pure Substance

• Control Volumes

• Steady Flow Energy Equation

• Reversible and Irreversible Processes

• Second Law of Thermodynamics

• Kelvin-Planck and Clausius Statements

• Entropy Generation

• Entropy Balance Equation

• Maxwell's Relation

• Carnot Cycle

• Properties of Fluids

• Classification of Fluids

• Normal and Shear Stresses in Fluids

• Kinematics of Fluid Flow

• Types of Flow

• Flow Pattern

• Velocity and Rotation

• Acceleration of Fluid Particle

• Velocity Potential Function

• Conservation of Mass

• Euler's Equation of Motion

• Bernoulli's Equation

• Flow Measuring Devices

• Venturi Meter

• Orifice Meter

• Nozzle Meter

• Pitot-Static Tube

• Hydraulic Coefficients

• Flow Through Pipes

• Major and Minor Losses in Pipe Flow

Basics of Electrical Engineering

The important topics include:

• Fundamentals of Electric Circuits

• Kirchhoff's Laws

• Mesh Analysis

• Node Analysis

• Delta-Star and Star-Delta Conversion

• Network Elements

• Thevenin's Theorem

• Norton's Theorem

• Maximum Power Transfer Theorem

• Superposition Theorem

• Single Phase AC Circuits

• Average and Effective Values of Sinusoids

• RLC Series Circuits

• J Operator

• Complex Representation of Impedances

• Phasor Diagram

• Power Factor

• Power Factor Improvement

• Power in Complex Notation

• Parallel and Series-Parallel Circuits

• Resonance

• Balanced Three Phase AC Circuits

• Ampere's Circuital Law

• B-H Curve

• Magnetic Circuits

• Hysteresis and Eddy Current Losses

• Relays

• Transformers

• Auto-Transformer

• Electromechanical Energy Conversion

• DC Motors

• DC Generators

• Speed Control of DC Motors

• DC Motor Starter

• Three Phase Induction Motor

• Alternator

• Synchronous Motor

• PMMC Instruments

• Shunts and Multipliers

• Multi-Meters

• Moving Iron Ammeters and Voltmeters

• Dynamometer Wattmeter

• AC Watt-Hour Meters

• Extension of Instrument Ranges

Engineering Chemistry and Environmental Science

The topics include:

• Water Treatment

• Energy Resources

• Corrosion and its Protection

• Environmental Chemistry

• Environmental Biotechnology

Basics of Electronics and Communication Engineering

Candidates should prepare:

• Semiconductor Diodes

• Transistors

• BJT and JFET

• Operational Amplifier

• Feedback and Electronic Instruments

• Communication Systems

Fundamentals of Computing

The syllabus includes:

• Basics of Computers

• Operating System

• Networking and DBMS

Engineering Graphics

Important topics include:

• Orthographic Projection

• Isometric Projection

• Sectioning

• Building Drawings

Solid Mechanics

The topics include:

• Thin Cylindrical Shells

• Shear Force and Bending Moment

• Bending in Beams

• Deflection of Beams

• Columns and Struts

Fluid Mechanics

Candidates should cover:

• Introduction to Different Real and Ideal Fluids

• Continuum Approximation

• Properties of Fluids

• Equation of State

• Coefficient of Compressibility

• Bulk Modulus of Elasticity

• Newtonian and Non-Newtonian Fluids

• Surface Tension

• Capillarity

• Viscosity

• Effect of Temperature on Viscosity

• Fluid Statics

• Fluid Kinematics

• Fluid Rotation

• Fluid Dynamics

Civil Engineering Materials

The topics include:

• Cement

• Aggregates

• Special Concretes

• Bricks and Stones

• Other Materials

Surveying

The Surveying syllabus includes:

• Plane and Geodetic Surveying

• Classification of Surveying

• Basic Principles

• Measurement of Horizontal Distance

• Sources of Errors

• Principles of Leveling

• Instruments for Leveling

• Spirit Leveling

• Methods of Booking and Reduction of Levels

• Errors in Leveling

• Traversing

• Types of Meridians and Bearings

• Horizontal and Vertical Angles

• Traverse Measurement and Computation

• Omitted Measurements

• Plane Table Surveying

• Tacheometry

• Stadia and Tangential Methods

• Topographical Survey

• Contours

• Computation of Area

• Earthwork Volume

• Setting Out of Buildings and Tunnels

• Survey for Canals, Highways, Railways and Sewer Lines

• Horizontal Curves

• Vertical Curves

• Simple, Compound, Reverse and Transition Curves

Engineering Geology

The important topics include:

• Internal Structure of Earth

• Crust, Mantle and Core

• Minerals and Physical Properties of Rock-Forming Minerals

• Significance of Minerals in Civil Engineering

• Igneous Rocks

• Sedimentary Rocks

• Metamorphic Rocks

• Physical and Engineering Properties of Rocks

• Tectonic Activity

• Folds

• Faults

• Joints

• Unconformities

• Weathering and Erosion

• Natural Agencies of Weathering and Erosion

• Landforms

• Glacial Landforms

• Wind Landforms

• Fluvial Landforms

• Formation of Soils

• Site Investigation

• Geological Investigation for Dams, Reservoirs, Bridges, Tunnels and Buildings

• Landslides

• Land Subsidence

• Earthquakes

• Earthquake Zoning in India

• Rocks as Engineering Materials

• Hydrologic Cycle

• Groundwater

Engineering Mathematics

The topics include:

• Vector Calculus and Higher Calculus

• Probability and Statistics

• Difference Equation and Linear Programming

Structural Analysis

Candidates should prepare:

• Forms of Structures

• Deflection of Beams

• Energy Methods

• Deflection of Pin-Jointed Plane Trusses

• Unsymmetrical Bending

• Indeterminate Structures

• Column Analogy Method

• Stiffness/Displacement Method

• ILD and its Application

• Moment Distribution Method

• Plastic Analysis

• Structural Dynamics

Hydraulics

The Hydraulics syllabus includes:

• Dimensional and Model Analysis

• Dimensional Analysis and its Utility

• Buckingham's Pi-Theorem

• Raleigh's Method

• Dimensionless Parameters

• Similarities

• Dynamic Similarity

• Scale Ratio for Distorted Model

• Laminar Flow

• Turbulent Flow

• Pipe Flow

• Turbines

• Pumps

Building Construction

The topics include:

• Foundation

• Masonry

• Floors and Roofs

• Sloped Roofs

• Stairs and Escalators

• Doors and Windows

• Lintels and Arches

• Building Finishes

• Damp Proofing and Water Proofing

Estimating and Costing

The topics include:

• Introduction

• Building Estimates

• Analysis of Rates

• Estimate of Multistory Building

Design of Structure

Candidates should cover:

• Characteristic Strength

• Stress-Strain Relationship for Concrete and Steel

• IS Specifications

• IS 456

• IS 875

• IS 1893

• Characteristic Imposed Loads

• Dead Load

• Earthquake Load

• Wind Load

• Working Stress Method

• Limit State Method

• Strength and Serviceability Requirements

• Singly and Doubly Reinforced Rectangular Beams

• Flanged Beam Sections

• Serviceability Limit States

• Curtailment

• Reinforcement Detailing

• Bond Stress

• Development Length

• Anchorage Length

• Shear and Torsion

• Design of Beams

• Design of Continuous Beams

• Design of Slabs

• One-Way Slabs

• Design of Connections

• Tension Members

• Compression Members

• Beams

• Columns

• Plate Girders

• Roof Trusses

• Design of Stairs

Soil Mechanics

The Soil Mechanics syllabus includes:

• Classification and Properties

• Flow Through Soils

• Stresses in Soil

• Compaction and Consolidation

• Shear Strength

• Lateral Earth Pressure

Environmental Engineering

The topics include:

• Water Demand

• Intakes

• Water Quality

• Aeration

• Coagulation

• Water Softening

• Wastewater Engineering

• Wastewater Characteristics

• Classification of Treatment Processes

• Secondary/Biological Treatment of Sewage

• Air Pollution

• Air Pollution Control Devices

• Solid Wastes

• Noise Pollution

Transportation Engineering

Candidates should prepare:

• Introduction

• Highway Geometric Design

• Traffic Engineering

• Highway Materials

Irrigation Engineering

The topics include:

• Irrigation in India

• Design of Alluvium Channels

• Silt Theories

• Weirs and Barrages

• Water Logging

• Canal Lining

Foundation Engineering

The syllabus includes:

• Earth Retaining Structures-I

• Earth Retaining Structures-II

• Shallow Foundations

• Deep Foundations

• Soil Dynamics and Machine Foundations

Earthquake Resistant Design

The important topics include:

• Strong Motions and Dynamics of Structures

• Strong Motion Terminology

• Nature of Ground Motion

• Source Effect

• Path Effect

• Site Effect

• Peak Ground Acceleration

• Vertical Acceleration

• Seismometer and Other Seismic Instruments

• Structural Modelling

• Lumped Mass Approach

• Equation of Motion

• Multiple Degrees of Freedom

• Response Spectrum

• Natural Time Period

• Liquefaction of Soil

• Restoring Force

• Damping

• Structural Irregularities

• Seismoresistant Building Architecture

• IS 1893:2002

• Equivalent Static Lateral Force Method

• Response Spectrum Method

• Time History Method

• Eigenvalues and Eigenvectors

• Modal Participation Factors

• Modal Mass

• ABS, SRSS and CQC Methods

• Ductile Detailing of RCC Structures

• IS 13920:1993

• Load Transfer Mechanism of Joints

• Earthquake Resistant Design of Masonry Buildings

• Lateral Load Analysis of Masonry Buildings

• Repair, Restoration and Strengthening of Existing Buildings

• Retrofitting Methods

Groundwater Engineering

The topics include:

• Hydrologic Cycle

• Groundwater in the Hydrologic Cycle

• Aquiclude

• Aquitard

• Aquifuge

• Aquifers

• Unconfined Aquifers

• Semi-Confined Aquifers

• Confined Aquifers

• Perched Aquifers

• Geophysical Methods for Groundwater Exploration

• Resistivity System

• Schlumberger Configuration

• Wenner's Configuration

• Groundwater Balance Study

• Gross Recharge

• Recoverable Recharge

• Draft and Status of Groundwater

• NABARD's Norms

• Local Norms

• Groundwater Balance Equation

• Groundwater Development Categories

• White, Grey and Black Categories

• Rainwater Harvesting

• Classification and Determination of Rainwater Harvesting

• Rainwater Harvesting Design

• Drilling Techniques

• Drilling in Alluvium and Soft Rock Areas

• Reverse Rotary Drilling

• Direct Rotary Drilling

• Calyx Method

• DTH Method

• Woodex Method

• Percussion Drilling

• Geophysical Logging

• Tube Well Design

Construction Project Management

The Construction Project Management syllabus includes:

• Basic Concepts of Project Management

• Project Organization

• Client's Estimation of Project Cost

• Construction Contract

• Construction Planning

• Ladder Network

• Precedence Network

• Line of Balance

• Network Techniques

• Project Scheduling

• Resource Levelling

• Network Crashing

• Cost-Time Trade-Off

• Computer Applications in Scheduling and Resource Levelling

• Contractor's Estimation of Cost

• Bidding Strategy

• Construction Equipment Management

• Construction Material Management

• Project Cost and Value Management

• Risk in Construction

• Project Monitoring and Control System

• Computer Applications in Monitoring and Reporting

• Construction Quality Management

• Construction Safety Management

DSSSB JE Syllabus PDF

You can download the DSSSB JE Syllabus PDF to check the complete syllabus for the examination. The PDF contains all the subjects and topics covered in the syllabus for reference and preparation.

Download DSSSB JE Syllabus PDF

The DSSSB JE Syllabus 2026 provides candidates with a clear list of subjects and topics to cover for the written examination. Candidates should prepare the common sections along with the technical subject related to their Junior Engineer discipline.

For Civil Engineering candidates, the syllabus covers a wide range of topics, including Surveying, Building Construction, Hydraulics, Irrigation Engineering, Environmental Engineering, Soil Mechanics, Structural Engineering, Transportation Engineering, Estimating and Costing, and other technical areas.

Going through the complete syllabus before starting preparation can help candidates organise their study schedule and focus on the required topics