SSC JE Physics Syllabus 2026: Check Complete Topics, Exam Pattern & Preparation Strategy

SSC JE Physics Syllabus 2026 is prescribed for candidates applying for the Scientific Assistant post in the India Meteorological Department (IMD) who opt for Physics as their subject. The Physics syllabus is included as Part-F (Physics) in Paper-I and Paper-II of the SSC Junior Engineer Examination 2026. According to the official notification, the standard of Physics questions is approximately at the graduation level.

The SSC JE 2026 examination is being conducted by the Staff Selection Commission (SSC) for various Junior Engineer posts and the Scientific Assistant post in IMD. The official notification mentions that candidates applying for Scientific Assistant in IMD have to choose one of three subjects—Computer Science & Information Technology, Electronics & Telecommunication Engineering, or Physics—as per their educational qualification.

SSC JE Physics Syllabus 2026 Overview

Candidates appearing for the Scientific Assistant (Physics) option should prepare the topics specified under Part-F (Physics). The official syllabus includes Mathematical Methods, Mechanics, General Properties of Matter, Oscillations, Waves, Optics, Electricity, Magnetism, Kinetic Theory, Thermodynamics, Modern Physics, Solid State Physics, Semiconductor Devices, and Analog & Digital Electronics.

The notification states that Paper-I and Paper-II consist of objective-type multiple-choice questions, with questions set in Hindi and English. It also specifies negative marking of 0.25 marks for every wrong answer in Paper-I and 1 mark for every wrong answer in Paper-II.

SSC JE Physics Syllabus 2026: Complete Topic-Wise Syllabus

1. Mathematical Methods

The Mathematical Methods section includes:

• Calculus

• Integral Calculus

• Differential Equations

• Fourier Series

• Taylor Expansion

• Vector Algebra

• Vector Calculus

• Integral Theorems

• Linear Algebra

• Complex Numbers

• Statistics

• Error Analysis

These topics form the mathematical foundation required for solving problems across different areas of Physics.

2. Mechanics

The Mechanics syllabus includes:

• Newton's Laws of Motion and applications

• Coordinate Systems and Kinematics

• Inertial and Non-Inertial Frames

• Centrifugal and Coriolis Forces

• Motion under a Central Force

• Kepler's Laws

• Gravitational Law

• Conservative and Non-Conservative Forces

• System of Particles

• Conservation Laws

• Elastic and Inelastic Collisions

• Moment of Inertia

• Rigid Body Dynamics

Candidates should focus on both conceptual understanding and numerical problem-solving while preparing Mechanics.

3. General Properties of Matter

This section covers:

• Elasticity

• Surface Tension

• Viscosity

• Fluid Dynamics

• Kinematics of Moving Fluids

• Equation of Continuity

• Euler's Equation

• Bernoulli's Theorem

4. Oscillations

Important topics include:

• Simple Harmonic Oscillator

• Superposition of Two or More Simple Harmonic Oscillators

• Lissajous Figures

• Damped Oscillations

• Forced Oscillations

• Resonance

• Quality Factor

• Bandwidth

5. Waves

The Waves section includes:

• Wave Equation

• Travelling Waves

• Standing Waves in One Dimension

• Energy Density

• Energy Transmission of Waves

• Group Velocity

• Phase Velocity

• Sound Waves

• Doppler Effect

6. Optics

Candidates should prepare the following topics:

• Geometrical Optics

• Fermat's Principle

• Reflection

• Refraction

• Mirrors and Lenses

• Image Formation

• Interference of Light

• Diffraction

• Rayleigh Criterion

• Resolving Power

• Diffraction Gratings

• Polarization

• Linear, Circular and Elliptic Polarization

• Double Refraction

• Optical Rotation

7. Electricity

The Electricity syllabus covers:

• Coulomb's Law

• Electric Field

• Electric Potential

• Gauss's Law

• Conductors and Dielectrics

• Polarization and Bound Charges

• Capacitors and Capacitance

• Electrostatic Energy

• Boundary Conditions

• Laplace Equation

• Boundary Value Problems

• Electric Current and Current Density

• Ohm's Law

• DC Circuits

• AC Circuits

• RC, LC and LCR Circuits

• Resonance in AC Circuits

8. Magnetism

The Magnetism section includes:

• Magnetic Field

• Biot-Savart Law

• Ampere's Circuital Law

• Magnetic Vector Potential

• Lorentz Force

• Motion of Charged Particles in Electric and Magnetic Fields

• Electromagnetic Induction

• Faraday's Law

• Self-Induction

• Mutual Induction

• Maxwell's Equations

• Displacement Current

• Electromagnetic Waves

• Poynting Vector and Energy Flow

• Reflection and Transmission of Electromagnetic Waves

9. Kinetic Theory

The Kinetic Theory syllabus consists of:

• Postulates of Kinetic Theory

• Ideal Gas Equation

• Pressure and Temperature

• Degrees of Freedom

• Equipartition Theorem

• Specific Heat of Monoatomic, Diatomic and Triatomic Gases

• Maxwell's Velocity Distribution

• Most Probable Velocity

• Mean Velocity

• RMS Velocity

• Mean Free Path

• Van der Waals Gas

• Equation of State

10. Thermodynamics

Important Thermodynamics topics are:

• Laws of Thermodynamics

• Isothermal Process

• Adiabatic Process

• Isobaric Process

• Isochoric Process

• Entropy

• Reversible Processes

• Irreversible Processes

• Quasi-Static Processes

• Carnot Cycle

• Heat Engines and Efficiency

• Maxwell's Thermodynamic Relations

• Thermodynamic Potentials

• Phase Transitions

• Clausius-Clapeyron Equation

• Microstates and Macrostates

• Ensembles

• Maxwell-Boltzmann Distribution

• Fermi-Dirac Distribution

• Bose-Einstein Distribution

11. Modern Physics

Modern Physics includes:

• Inertial Frames

• Galilean Invariance

• Special Theory of Relativity

• Black Body Radiation

• Photoelectric Effect

• Compton Effect

• De Broglie Waves

• Uncertainty Principle

• X-Rays

• Schrödinger Equation

• Particle in a Box

• Harmonic Oscillator

• Potential Steps and Barriers

• Tunnelling

• Bohr Atom

• Atomic Spectra

• Pauli Exclusion Principle

• Structure of Atomic Nucleus

• Mass and Binding Energy

• Radioactivity

• Applications of Radioactivity

• Laws of Radioactive Decay

12. Solid State Physics

This section covers:

• Crystal Structure

• Unit Cell

• Lattice Parameters

• Bravais Lattices

• Basis and Crystal Systems

• Miller Indices

• Crystal Planes and Directions

• X-Ray Diffraction

• Bragg's Law

• Band Theory of Solids

• Conductors

• Semiconductors

• Insulators

• Energy Bands

• Fermi Energy

• Fermi Level

• Intrinsic Semiconductors

• Extrinsic Semiconductors

• Carrier Concentration

• Conductivity

• Variation of Resistivity with Temperature

13. Semiconductor Devices

The Semiconductor Devices section includes:

• PN Junction Diode

• Diode Characteristics

• Zener Diode

• Applications of Zener Diode

• Rectifiers

• Bipolar Junction Transistor (BJT)

• CB Configuration

• CE Configuration

• CC Configuration

• Transistor Characteristics

14. Analog and Digital Electronics

The syllabus includes:

• Single-Stage Amplifiers

• Two-Stage RC-Coupled Amplifiers

• Simple Oscillators

• Sinusoidal Oscillators

• Barkhausen Condition

• Operational Amplifiers (OPAMP)

• OPAMP Applications

• Inverting Amplifiers

• Non-Inverting Amplifiers

• Integrator

• Differentiator

• Boolean Algebra

• Binary Number System

• Number-System Conversion

• Binary Addition and Subtraction

• AND Gate

• OR Gate

• NOT Gate

• NAND Gate

• NOR Gate

• XOR Gate

• Combination of Gates

• Truth Tables

• De Morgan's Theorem

SSC JE Physics Exam Pattern 2026

For candidates opting for Physics for the Scientific Assistant post in IMD, Part-F: Physics is the relevant subject paper. The notification lists Paper-I and Paper-II as Computer-Based Examinations, with candidates required to attempt the subject selected according to their educational qualification.

*Candidates eligible for a scribe under the specified provisions receive additional time as prescribed in the notification. The Paper-II table specifies 100 questions for 300 marks and a duration of 2 hours, with 2 hours 40 minutes for eligible scribe candidates.

Paper-I is qualifying in nature, and candidates are shortlisted for Paper-II based on merit subject to obtaining the minimum qualifying marks.

How to Prepare for SSC JE Physics 2026

Candidates preparing for SSC JE Physics should follow a systematic approach:

1. Complete the official syllabus first: Cover all 14 areas mentioned in the notification.

2. Build strong concepts: Since the Physics paper is approximately at the graduation level, candidates should understand concepts rather than rely only on memorisation.

3. Prepare formulas: Maintain a chapter-wise formula sheet for quick revision.

4. Practise numerical problems: Mechanics, Electricity, Magnetism, Thermodynamics and Optics require regular numerical practice.

5. Focus on Modern Physics and Electronics: Revise important concepts, equations, diagrams and applications.

6. Solve previous questions: Practise questions from relevant graduation-level Physics examinations to improve speed and accuracy.

7. Take mock tests: Full-length practice tests can help candidates identify weak areas and improve time management.

8. Avoid unnecessary attempts: Negative marking is applicable in both papers, so candidates should answer questions carefully.

SSC JE Physics Syllabus 2026: Preparation Priority

A practical preparation sequence can be:

This priority is a preparation suggestion, not an official SSC weightage. The official notification does not provide chapter-wise weightage for Physics.

SSC JE Physics Syllabus 2026: Important Points

• Physics is Part-F of the SSC JE examination syllabus.

• It is relevant to candidates applying for Scientific Assistant in IMD who choose Physics.

• The Physics paper is approximately at the graduation level.

• The syllabus covers Physics as well as Semiconductor Devices and Analog & Digital Electronics.

• Candidates applying for Scientific Assistant in IMD must select Part-D, Part-E or Part-F according to their stream/qualification.

• The selected subject/stream cannot be changed after submission of the application.

• Paper-I and Paper-II are objective-type multiple-choice examinations.