The SSC JE Syllabus 2026 is divided across Paper 1 and Paper 2, with candidates tested on reasoning, general awareness and their chosen engineering discipline. Understanding the syllabus before starting preparation helps candidates decide what to study, how much time to allocate to technical subjects and where previous-year questions should be integrated into their preparation.

For Civil, Electrical and Mechanical Engineering candidates, the technical syllabus covers the core subjects expected at the prescribed level. The examination also provides technical options for Computer Science & Information Technology, Electronics & Telecommunication, Physics and Telecommunication candidates.

This guide covers the SSC JE 2026 exam pattern, Paper 1 syllabus, Paper 2 syllabus, branch-wise topics, preparation strategy and recommended books.

SSC JE Syllabus 2026: Overview

Candidates should always refer to the applicable SSC notice and syllabus document for the examination they are appearing for, particularly where the Commission specifies stream-specific conditions or amendments.

SSC JE Exam Pattern 2026

The SSC JE examination consists of Paper 1 and Paper 2. Paper 1 combines general sections with the candidate's selected engineering discipline, while Paper 2 places substantially greater emphasis on technical knowledge.

SSC JE Paper 1 Exam Pattern 2026

Duration: 2 hours

The General Engineering section is based on the engineering discipline selected by the candidate. A negative marking of 0.25 mark for each wrong answer applies according to the supplied examination details.

SSC JE Paper 2 Exam Pattern 2026

Candidates attempt the technical paper corresponding to their selected engineering discipline. The supplied pattern specifies 1 mark negative marking for each incorrect answer in Paper 2.

SSC JE Paper 1 Syllabus 2026

Paper 1 has three broad components:

1. General Intelligence and Reasoning
2. General Awareness
3. General Engineering

The third section depends on the candidate's selected technical stream.

General Intelligence and Reasoning

The Reasoning section tests the candidate's ability to identify relationships, patterns, logical structures and numerical or verbal relationships.

Important areas include:

• Analogies
• Similarities and differences
• Space visualization
• Problem solving
• Analysis
• Judgment
• Decision making
• Visual memory
• Discrimination
• Observation
• Relationship concepts
• Arithmetical reasoning
• Verbal and figure classification
• Arithmetical number series
• Abstract ideas and symbols
• Arithmetical computations
• Analytical functions

For preparation, candidates should not spend all their time reading concepts. Reasoning improves significantly when concepts are followed by timed practice and analysis of incorrect questions.

General Awareness

The General Awareness section covers a broad range of static and current topics.

Important areas include:

• Current affairs
• India and neighbouring countries
• Indian history
• Indian culture
• Indian geography
• Indian polity and Constitution
• Indian economy
• General science
• Scientific research and discoveries
• Environmental issues
• Government schemes and policies
• Awards and honours
• Books and authors
• Sports
• Important days
• National symbols
• Other relevant static GK topics

Candidates preparing for SSC JE alongside other SSC examinations can overlap much of their General Awareness preparation, but should keep their revision focused on the topics relevant to the examination.

SSC JE Paper 1 Technical Syllabus

Civil Engineering

Important Paper 1 Civil Engineering areas include:

• Building Materials
• Estimating, Costing and Valuation
• Surveying
• Soil Mechanics
• Hydraulics
• Irrigation Engineering
• Transportation Engineering
• Environmental Engineering
• Theory of Structures
• Concrete Technology
• RCC Design
• Steel Design

Electrical Engineering

The Paper 1 Electrical syllabus includes areas such as:

• Basic Electrical Concepts
• Circuit Laws
• Ohm's Law
• Kirchhoff's Laws
• Magnetic Circuits
• AC Fundamentals
• Electrical Measurements and Measuring Instruments
• Electrical Machines
• DC and AC machines
• Fractional Kilowatt Motors
• Single-Phase Induction Motors
• Synchronous Machines
• Generation, Transmission and Distribution
• Estimation and Costing
• Utilization of Electrical Energy
• Basic Electronics

Mechanical Engineering

Important Mechanical Engineering areas include:

• Theory of Machines
• Machine Design
• Engineering Mechanics
• Strength of Materials
• Thermodynamics
• IC Engines
• Air Standard Cycles
• Rankine Cycle
• Boilers
• Air Compressors
• Refrigeration Cycles
• Steam Nozzles
• Steam Turbines
• Fluid Mechanics
• Hydraulic Turbines
• Centrifugal Pumps
• Steel Classification
• Production Engineering

SSC JE Paper 1 Syllabus for Additional Engineering Streams

The supplied syllabus also includes technical options for candidates from Computer Science & Information Technology, Electronics & Telecommunication, Physics and Telecommunication.

The supplied information specifies a graduation-level difficulty for these four additional streams, while Civil, Electrical and Mechanical technical portions are specified at diploma-level difficulty.

SSC JE Paper 2 Syllabus 2026

Paper 2 is primarily focused on the candidate's technical discipline. Since it carries 300 marks, technical preparation should form a major part of the overall study plan.

SSC JE Civil Engineering Syllabus 2026

Building Materials

Important topics include:

• Physical and chemical properties
• Classification and standard tests
• Building stones
• Silicate-based materials
• Portland cement
• Asbestos products
• Timber and wood-based products
• Laminates
• Bituminous materials
• Paints and varnishes
• Manufacturing, quarrying and uses of materials

Estimating, Costing and Valuation

Prepare:

• Estimates and technical terminology
• Analysis of rates
• Methods and units of measurement
• Earthwork
• Brickwork
• RCC
• Shuttering
• Timber work
• Painting
• Flooring
• Plastering
• Boundary walls
• Water tanks
• Septic tanks
• Bar bending schedules
• Centre-line method
• Mid-section formula
• Trapezoidal formula
• Simpson's rule
• Cost estimates for structures and foundations
• Valuation
• Scrap value
• Salvage value
• Assessed value
• Sinking fund
• Depreciation
• Obsolescence

Surveying

Major areas include:

• Principles of surveying
• Distance measurement
• Chain surveying
• Compass surveying
• Plane table surveying
• Bearings
• Local attraction
• Theodolite traversing
• Levelling
• Contouring
• Corrections
• Dumpy level
• Contour mapping
• Tachymetry
• Curve setting
• Earthwork calculations
• Advanced surveying equipment

Soil Mechanics

Prepare topics such as:

• Origin and phase diagram
• Void ratio
• Porosity
• Water content
• Grain-size curves
• Atterberg limits
• Soil classification
• Plasticity chart
• Permeability
• Aquifers
• Effective stress
• Quicksand
• Consolidation
• Pre-consolidation
• Shear strength
• Compaction
• Earth pressure theories
• Bearing capacity

Hydraulics

Important topics include:

• Fluid properties
• Hydrostatics
• Flow measurement
• Bernoulli's theorem
• Flow through pipes
• Open-channel flow
• Weirs
• Flumes
• Spillways
• Pumps
• Turbines

Irrigation Engineering

The syllabus includes:

• Definition, need and benefits of irrigation
• Types and methods of irrigation
• Hydrology
• Rainfall and runoff
• Rain gauges
• Crop water requirements
• Duty
• Delta
• Base period
• Kharif and Rabi crops
• Canal systems and lining
• Wells
• Weirs
• Flood control
• Waterlogging
• Land reclamation
• Major Indian irrigation projects

Transportation Engineering

Important areas include:

Highway Engineering

• Cross-sectional elements
• Geometric design
• Pavement types
• Pavement materials
• Flexible pavement
• Rigid pavement
• Maintenance
• Drainage

Railway Engineering

• Permanent way components
• Track geometry
• Points and crossings

Traffic Engineering

• Traffic surveys
• Intersections
• Interchanges
• Traffic signals
• Road safety

Environmental Engineering

Prepare:

• Water quality
• Sources of water
• Water purification
• Water distribution
• Sanitation
• Sewerage systems
• Sewage treatment
• Solid waste management
• Air pollution
• Noise pollution
• Pollution control

Theory of Structures

Major topics include:

• Elasticity constants
• Determinate and indeterminate beams
• Bending moment diagrams
• Shear force diagrams
• Moment of inertia
• Shear stress
• Eccentric loading
• Slope-deflection method
• Columns
• Critical load
• Torsion of circular sections

Concrete Technology

Important topics include:

• Properties of concrete
• Cement
• Aggregates
• Water-cement ratio
• Workability
• Mix design
• Storage
• Batching
• Mixing
• Placement
• Compaction
• Finishing
• Curing
• Quality control
• Hot-weather concreting
• Cold-weather concreting
• Concrete repair and maintenance

RCC Design

Focus on:

• Flexural strength
• Shear strength
• Bond strength
• Singly reinforced beams
• Doubly reinforced beams
• Cantilevers
• T-beams
• Lintels
• One-way slabs
• Two-way slabs
• Isolated footings
• Columns
• Staircases
• Retaining walls
• Water tanks
• Limit state method
• Working stress method

Steel Design

Important areas include:

• Steel columns
• Steel beams
• Roof trusses
• Plate girders

SSC JE Electrical Engineering Syllabus 2026

Basic Electrical Concepts

• Resistance
• Inductance
• Capacitance
• Factors affecting R, L and C
• Current
• Voltage
• Power
• Energy
• Units of electrical quantities

Circuit Laws

• Kirchhoff's Current Law
• Kirchhoff's Voltage Law
• Network theorems
• Simple circuit solutions

Magnetic Circuit

• Magnetic flux
• MMF
• Reluctance
• Magnetic materials
• Magnetic field calculations
• Straight conductors
• Circular loops
• Solenoids
• Electromagnetic induction
• Self-induction
• Mutual induction

AC Fundamentals

• Instantaneous value
• Peak value
• RMS value
• Average value
• Sinusoidal waveforms
• Series and parallel RLC circuits
• Resonance
• Tank circuits
• Star and delta connections
• Three-phase power
• DC and sinusoidal response of R-L and R-C circuits

Measurement and Measuring Instruments

Important areas include:

• Single-phase power measurement
• Three-phase power measurement
• Active and reactive power
• Two-wattmeter method
• Frequency measurement
• Phase-angle measurement
• Ammeter
• Voltmeter
• Wattmeter
• Multimeter
• Megger
• Energy meter
• AC bridges
• CRO
• Signal generator
• Current transformers
• Potential transformers
• Earth-fault detection

Electrical Machines

Prepare:

DC Machines

• Construction
• Working principles
• Characteristics
• Speed control
• Starting and braking
• Losses
• Efficiency

Transformers

• Single-phase transformers
• Three-phase transformers
• Construction
• Equivalent circuit
• Voltage regulation
• Open-circuit test
• Short-circuit test
• Losses
• Efficiency
• Parallel operation
• Auto-transformers

Induction Motors

• Construction
• Rotating magnetic field
• Torque-speed characteristics
• Starting
• Speed control
• Braking
• Effect of voltage and frequency

Generation, Transmission and Distribution

Important topics include:

• Power station types
• Load factor
• Diversity factor
• Demand factor
• Cost of generation
• Station interconnection
• Power-factor improvement
• Tariffs
• Faults
• Symmetrical short-circuit current
• Circuit breakers
• Arc extinction
• HRC fuses
• Earth-leakage protection
• Overcurrent protection
• Buchholz relay
• Merz-Price protection
• Feeder protection
• Busbar protection
• Lightning arresters
• Transmission systems
• Distribution systems
• Cable types
• Cable ratings
• Derating factors
• Conductor materials
• System efficiency

Utilization of Electrical Energy

Prepare:

• Illumination
• Electric heating
• Welding
• Electroplating
• Electric drives
• Industrial motors

SSC JE Mechanical Engineering Syllabus 2026

Theory of Machines and Machine Design

Important topics include:

• Simple machines
• Four-bar mechanisms
• Link mechanisms
• Flywheels
• Fluctuation of energy
• V-belts
• Flat belts
• Plate clutches
• Conical clutches
• Gears
• Gear ratios
• Governors
• Riveted joints
• Cams
• Bearings
• Friction in collars and pivots

Engineering Mechanics and Strength of Materials

Prepare:

• Equilibrium of forces
• Laws of motion
• Friction
• Stress and strain
• Elastic limit
• Elastic constants
• Bending moment
• Shear force
• Composite bars
• Torsion
• Buckling of columns
• Euler's theory
• Rankine's theory
• Thin-walled pressure vessels

Properties of Pure Substances

• P-V diagrams
• P-T diagrams
• Steam tables
• Steam generation
• Saturated steam
• Wet steam
• Superheated steam
• Dryness fraction
• Degree of superheat
• Mollier chart

Thermodynamics

Important areas include:

• Internal energy
• First Law of Thermodynamics
• Cyclic processes
• Flow energy
• Enthalpy
• Steady State Steady Flow conditions
• Steady-flow energy equation
• Heat reservoirs
• Heat engines
• Heat pumps
• Refrigerators
• Thermal efficiency
• COP
• Kelvin-Planck statement
• Clausius statement
• Thermodynamic temperature scale
• Entropy
• Clausius integral
• Entropy changes
• Carnot cycle
• Carnot efficiency
• PMM-2

Air Standard Cycles and IC Engines

Prepare:

• Otto cycle
• Diesel cycle
• P-V diagrams
• T-S diagrams
• Thermal efficiency
• IC engine performance
• Combustion
• Cooling
• Lubrication

Rankine Cycle and Boilers

Important areas include:

• Simple Rankine cycle
• P-V diagrams
• T-S diagrams
• H-S diagrams
• Pump work
• Rankine-cycle efficiency
• Boiler classification
• Boiler specifications
• Boiler fittings
• Boiler accessories
• Fire-tube boilers
• Water-tube boilers

Air Compressors and Refrigeration

• Air compressor cycles
• Refrigeration principles
• Refrigeration cycles
• Refrigeration plant operation

Nozzles and Steam Turbines

• Working principles
• Classification
• Applications
• Basic operating concepts

Fluid Mechanics and Hydraulic Machinery

Important topics include:

• Properties of fluids
• Ideal and real fluids
• Newton's law of viscosity
• Newtonian and non-Newtonian fluids
• Compressible and incompressible fluids
• Fluid statics
• Pressure measurement
• Manometers
• Fluid kinematics
• Streamlines
• Laminar and turbulent flow
• Continuity equation
• Bernoulli's equation
• Pressure and velocity head
• Venturimeter
• Pitot tube
• Orifice meter
• Hydraulic turbines
• Centrifugal pumps

Production Engineering

Prepare:

• Classification of steel
• Mild steel
• Alloy steel
• Heat treatment
• Arc welding
• Gas welding
• Resistance welding
• TIG
• MIG
• Brazing
• Soldering
• Welding defects
• Non-destructive testing
• Foundry
• Casting
• Forging
• Extrusion
• Metal cutting
• Cutting tools
• Lathe
• Milling
• Drilling
• Shaping
• Grinding
• Manufacturing processes

SSC JE Paper 2 Syllabus for Additional Streams

The supplied information also identifies four additional technical streams.

Candidates from these streams should map each topic against the applicable SSC syllabus before creating their study schedule. A branch-specific syllabus checklist is more useful than attempting to cover every topic at the same depth.

How to Prepare the SSC JE Syllabus 2026

The size of the technical syllabus can make SSC JE preparation difficult if candidates try to study every subject simultaneously. A better approach is to divide preparation into concept building, question practice and revision.

1. Start With the Official Syllabus

Before selecting books or watching lectures, make a topic checklist from the applicable SSC JE syllabus.

Divide every topic into:

• Not started
• Studying
• Completed
• Revised
• Strong
• Needs more practice

This prevents candidates from repeatedly studying familiar chapters while leaving major areas untouched.

2. Give Technical Subjects Priority

Paper 2 is entirely technical and carries 300 marks under the supplied pattern. Therefore, technical subjects should not be postponed until after Paper 1 preparation.

A practical study cycle is:

Concept → Formula/Short Notes → Topic-wise Questions → PYQs → Error Analysis → Revision

This is more useful than repeatedly watching lectures without solving questions.

3. Use Previous-Year Questions as a Syllabus Tool

PYQs should not be treated only as mock tests.

After completing a topic such as Thermodynamics, Soil Mechanics, Electrical Machines or RCC Design, solve relevant previous-year questions.

Record:

• Questions answered incorrectly
• Concepts forgotten
• Formula mistakes
• Calculation mistakes
• Questions taking too much time
• Topics repeatedly appearing in your practice

This creates a personal list of weak areas.

4. Keep General Sections Under Regular Revision

Reasoning and General Awareness should be studied consistently rather than being left entirely for the final weeks.

For Reasoning, focus on question practice.

For General Awareness, combine:

• Current affairs revision
• Static GK
• General science
• Polity
• History
• Geography
• Economy
• Government schemes
• Important awards, books and sports

The exact weight given to individual topics can vary, so preparation should remain aligned with the applicable syllabus and PYQs rather than relying on unsupported assumptions about question frequency.

Recommended Books for SSC JE Preparation

Candidates should avoid collecting too many books. A smaller set of reliable resources, combined with PYQs and mock tests, is generally easier to manage.

For the technical sections, MADE EASY currently lists dedicated SSC JE books for Civil, Electrical and Mechanical preparation, including previous-year objective solved-paper volumes.

SSC JE General Aptitude and General Awareness — MADE EASY

This resource is designed around the general sections relevant to engineering recruitment examinations and can be used for structured practice in General Aptitude and General Awareness. The book is currently listed by Flipkart under MADE EASY's catalogue.

SSC-JE 2026: Civil Engineering Previous Year Objective Solved Paper Volume-1 — MADE EASY Team

This is useful for Civil Engineering candidates who want to convert completed technical topics into exam-oriented practice. The current listing identifies it as a 2026 publication and describes topic-wise previous-year objective questions with explanations.

SSC-JE 2026: Electrical Engineering Previous Year Objective Solved Paper Volume-1 — MADE EASY Team

Electrical Engineering candidates can use this type of branch-specific PYQ resource after completing individual technical chapters. The current listing identifies the title as a 2026 publication.

SSC-JE 2026: Mechanical Engineering Previous Year Objective Solved Paper Volume-1 — MADE EASY Team

Mechanical Engineering candidates can use the book for topic-wise objective practice and previous-year question analysis. The current listing describes it as covering SSC JE technical questions and identifies a 2026 publication.

For candidates from other technical streams, the important principle is to select a resource that follows the applicable SSC syllabus and provides sufficient objective practice rather than buying several overlapping engineering textbooks.

How to Revise the SSC JE Syllabus

Revision should become more frequent as the examination approaches.

A simple cycle can be:

First study: Understand the concept.

Second revision: Review formulas, definitions and important methods.

Third revision: Solve PYQs and previously incorrect questions.

Final revision: Use short notes, formula sheets and error logs.

For technical subjects involving numerical problems, revision without question practice is incomplete. A candidate may remember a formula but still lose marks because of incorrect application or calculation.

Common Mistakes While Preparing SSC JE

Studying Without the Syllabus

Candidates sometimes spend weeks following coaching material without checking whether every chapter is relevant to SSC JE. Use the syllabus as the master checklist.

Collecting Too Many Books

More books do not automatically mean better preparation. Pick one primary conceptual resource and one strong PYQ/practice resource for a subject wherever possible.

Ignoring Paper 2

Paper 2 requires dedicated technical preparation. Candidates should not treat it as something to begin only after completing all Paper 1 preparation.

Solving Questions Without Analysis

A mock or PYQ session is only useful when mistakes are reviewed afterward. Maintain an error notebook or digital error log.

Leaving Revision Until the End

A large technical syllabus becomes difficult to retain if every chapter is studied only once. Schedule revision alongside new-topic preparation.

SSC JE Preparation Strategy for Candidates With Limited Time

If you have limited preparation time, do not try to study every resource available.

Use this priority order:

1. Understand the complete syllabus.
2. Identify the subjects and chapters that require the most work.
3. Complete core concepts.
4. Start PYQs alongside preparation.
5. Maintain an error log.
6. Revise completed chapters regularly.
7. Add timed practice and mocks.
8. Increase revision frequency near the examination.

For example, a candidate with only a few weeks remaining should spend less time collecting new study material and more time on PYQs, revision, formula recall, weak-topic correction and timed practice.

SSC JE Syllabus 2026: What Should You Study First?

The exact starting point depends on the candidate's engineering branch and existing preparation.

However, a practical sequence is:

Technical fundamentals → Core technical subjects → PYQs → Reasoning → General Awareness → Mixed practice → Full-length mocks → Final revision

Candidates who already have a strong engineering foundation can move more quickly into PYQ-based preparation. Those with weak fundamentals should first repair the concepts responsible for repeated mistakes.

Frequently Asked Questions

Is SSC JE Paper 1 based only on technical subjects?

No. Paper 1 includes General Intelligence and Reasoning, General Awareness and the General Engineering section corresponding to the candidate's selected technical discipline.

How many questions are asked in SSC JE Paper 1?

The supplied examination pattern contains 200 questions for 200 marks: 50 questions from General Intelligence and Reasoning, 50 from General Awareness and 100 from General Engineering.

How many marks is SSC JE Paper 2?

Paper 2 carries 300 marks under the supplied 2026 examination pattern, with 100 technical questions.

Is there negative marking in SSC JE?

Yes. The supplied pattern specifies 0.25 mark for each wrong answer in Paper 1 and 1 mark for each wrong answer in Paper 2.

Is the SSC JE syllabus the same for Civil, Electrical and Mechanical candidates?

No. The general sections overlap, but the technical syllabus is different for each engineering discipline.

Which books should I use for SSC JE preparation?

Use a limited number of relevant resources. Branch-specific previous-year question books can be particularly useful after completing the underlying technical concepts. Current 2026 SSC JE technical PYQ titles from MADE EASY are available for Civil, Electrical and Mechanical candidates.

How should I prepare the technical syllabus for SSC JE?

Break the syllabus into individual topics and follow a concept → practice → PYQ → error analysis → revision cycle. This makes it easier to identify weak chapters and prevents passive study.

Final Preparation Takeaway

The SSC JE Syllabus 2026 is broad, but candidates do not need an unlimited number of resources to cover it. The more effective approach is to convert the syllabus into a trackable checklist, build the technical fundamentals, solve previous-year questions and repeatedly revise the areas where mistakes occur.

For Paper 1, maintain regular practice of Reasoning and General Awareness alongside technical preparation. For Paper 2, concentrate heavily on the selected engineering discipline and use topic-wise questions to test whether concepts can actually be applied.

The objective should not simply be to finish the syllabus once. It should be to reach a stage where the major topics have been studied, practiced, revised and tested under time pressure before the examination.