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    How Many Hours to Study for JEE Main 2026 Per Day - Expert Tips

    How Many Hours to Study for JEE Main 2026 Per Day - Expert Tips

    Shivani PooniaUpdated on 07 Nov 2025, 10:21 AM IST

    How Many Hours to Study for JEE Main Per Day - One of the most common questions among aspirants is how many hours to study for JEE Main per day to ensure a balanced yet effective preparation strategy. JEE Main examination preparation is a long journey where the candidate needs to strategize, dedicate his precious time & energy. The question that seems to be frequently asked by JEE Main aspirants is: How many hours must you study each day? In any case, the answer is a combination between school, coaching, and studying at home, which are indications of efficient preparation. This article gives details of the most preferred number of hours to study, and the best way to manage your studying time, and also presents them in a format usually asked as How many hours to study for JEE Main in class 12 with school. Additionally, let's also discuss how many hours to study for IIT JEE Main preparation and tips to maximize the possibilities in the provided amount of time.

    LiveJEE Main 2026 City Slip (OUT) LIVE: Session 2 exams from April 2 for BTech; timings, pattern, marking schemeMar 23, 2026 | 2:25 PM IST

    The NTA will issue the JEE Mains admit card 2026 for the session 2 exam separately. The admit card for April session will be released 3 to 4 days before the respective exam dates.

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    This Story also Contains

    1. Understand Your Syllabus
    2. How Many Hours to Study for JEE Main 2026
    3. How Many Hours to Study for JEE Main in Class 12 with School
    4. How Many Hours To Study For IIT JEE Main 2026 Preparation
    5. Tips to Optimize Study Hours to Crack JEE Main 2026
    6. Sample Study Plan for JEE Main Aspirant
    How Many Hours to Study for JEE Main 2026 Per Day - Expert Tips
    How Many Hours to Study for JEE Main 2026 Per Day

    Understand Your Syllabus

    Understanding how many hours to study for JEE Main per day becomes even more crucial when you aim to complete the vast syllabus thoroughly and on time. Let's look at some important parts of the syllabus so u can understand how much syllabus you have to cover in the short remaining period. You can visit each link to have an overview of the chapters/topics link attached:

    PHYSICS

    Chapter

    Concepts

    Physics and Measurement

    Physical quantity

    System of unit

    Practical units

    Dimension, Frequency, angular frequency, angular velocity, velocity gradient, Work, Potential Energy, Kinetic Energy, Torque, Momentum, Impulse, Angular momentum, Angular impulse

    Dimensionless Quantities, Heat, Latent heat, Specific heat capacity, Temperature, Permittivity of free space and dielectric constant (k), Magnetic Field, Permeability of free space, Magnetic flux, and self-inductance

    Application of Dimensional analysis (I)- To find a dimension of physical constant, Application of Dimensional analysis (II)- To convert a physical quantity from one system to another, Application of Dimensional analysis (V)- As a research tool to derive new relations

    Significant figures

    Errors of measurements, Error in sum and Error in difference of two physical quantities, Error in product and Error in division of two physical quantities, Error in quantity raised to some power

    Work Energy and Power

    Nature of Work Done

    Work done by variable force

    Kinetic energy

    Potential energy, Potential energy curve

    Law of Conservation of Energy

    Power

    Types of collision

    Perfectly Elastic Head-on Collision, Perfectly elastic oblique collision, Head-on inelastic collision, Perfectly inelastic collision, Collision Between Bullet and Vertically Suspended Block

    Rotational Motion

    Center of mass

    Position of center of mass for solid cone

    The motion of the center of mass

    Equations of Linear Motion and Rotational Motion.

    Torque

    Moment of inertia of a Rod

    Moment of inertia for uniform rectangular lamina

    Parallel and Perpendicular Axis theorem

    Moment of inertia of a RING

    Moment of inertia of a DISC

    Moment of inertia of a SOLID SPHERE

    Angular Momentum

    Conservation Of angular momentum

    Properties of Solids and Liquids

    Stokes' Law & Terminal Velocity

    Surface energy

    Excess pressure inside a liquid drop & soap bubble

    Thermal stress and thermal strain

    Heat

    Basics of conduction

    Stress and it's types

    Hooke’s law

    Work done in stretching a wire

    Rise of liquid in a capillary tube

    Variation of pressure

    Flow of fluids

    Equation of Continuity

    Applications of Bernoulli's Theorem(I)

    Viscosity

    Kinetic Theory of Gases

    States of Matter

    Gas laws(I)

    Ideal gas equation

    Various types of speeds of ideal gases

    The kinetic energy of ideal gas

    Specific heat of a gas

    Mayer's formula

    Electromagnetic Induction and Alternating currents

    Magnetic flux

    Faraday's law of induction

    Motional Electromotive force(I),Motional Electromotive force(II),Energy consideration in Motional Emf,Motional Electromotive force(III),Motional Electromotive force(IV)

    AC voltage applied to an inductor

    AC voltage applied to a capacitor

    Induced Electric field

    Series LR circuit

    Time-Varying Magnetic field

    Series RC circuit

    Self-inductance

    Series LCR circuit

    Resonance in Series LCR circuit

    Mutual Inductance, Mutual Inductance for two coaxial long solenoids, Mutual Inductance for a pair of concentric coils

    Quality factor

    Power in an AC circuit

    Energy stored in an inductor

    Transformers

    Experimental skills

    To compare the emf of two given primary cells using a potentiometer

    To measure the thickness of the given sheet using a screw gauge

    To measure the diameter of a small spherical cylindrical body using Vernier Callipers

    Kinematics

    Vector addition and Vector Subtraction

    Uniform circular motion

    Speed and velocity

    Kinematics graphs

    Equation of motions

    Projectile Motion

    Relative Velocity

    Laws of Motion

    Common forces in mechanics

    Equilibrium of concurrent forces

    Newton’s First law of motion

    Newton’s Second and Third Laws of Motion

    Acceleration of Block on Smooth Inclined Plane

    Motion of Block in Contact

    The motion of blocks when connected with string

    The motion of connected blocks over a pulley

    Rocket Propulsion

    Kinetic Friction

    Static Friction

    Acceleration of block against friction

    Centripetal Force and Centrifugal Force

    Spring Force

    Skidding of Vehicle on a Level Road

    Banking of Road

    Gravitation

    Newton's law of Gravitation

    Acceleration due to gravity (g), Variation in 'g' due to height, Variation in 'g' due to Rotation of the earth

    Gravitational field Intensity, Gravitational field due to Point mass

    Gravitational Potential due to Uniform solid sphere

    Gravitational Potential Energy (U)

    Work Done Against Gravity

    Kepler’s Laws of Planetary Motion

    Escape Velocity

    Orbital Velocity of Satellite

    Time period and energy of a satellite

    Oscillations and Waves

    Spring System, Oscillations in combination with springs

    Simple pendulum

    Propagation of sound wave

    General equation of traveling

    Standing longitudinal wave

    Sine wave traveling on a string

    Speed of transverse wave on a string

    Beats

    Composition of two SHM- part 2

    Damped Harmonic motion

    Doppler Effect

    Standing waves, Standing waves in a string fixed at both ends

    Energy in SHM

    Simple harmonic as a projection of circular motion

    Simple harmonic motion, Equations of motions of SHM

    Terms associated with SHM

    Electrostatics

    Coulomb's Law

    Electric field

    Electric field lines

    Electric field due to uniformly charged disc

    Dipole in Uniform electric field

    Gauss law,Applications of Gauss Law(I),Applications of Gauss Law(II),Applications of Gauss Law(IV),Applications of Gauss Law(V)

    Electric flux(I)

    Electric potential

    Relation between electric field and potential

    Capacitor

    Electric potential due to continuous charge distribution(I)

    The electric flux through cone or disc

    Electric potential due to continuous charge distribution(II)

    Equipotential surface

    Parallel plate capacitor

    Electrostatic Potential energy

    Combination of capacitors

    Energy stored in the capacitor

    Dielectrics

    Current Electricity

    Current Density

    Drift Velocity

    Ohms Law

    Resistance and Resistivity

    Series grouping of Resistance

    Cell and Emf of a cell

    Current Given by a Cell

    Series and Parallel Grouping of cell

    Emf of a cell when the cell is charging and discharging and Open circuit and Short circuit

    Kirchhoff first law

    Kirchhoff's second law

    KCL, KVL, Conservation of charge and Energy and introduction to Galvanometer

    Ammeter

    Voltmeter

    Wheatstone's bridge

    Meter Bridge

    Determine the internal resistance of a cell

    Faraday's laws of electrolysis

    Magnetic Effects of Current and Magnetism

    Magnetic Field due to current in straight wire

    Magnetic Field due to circular current loop

    The magnetic field on the axis of the circular current loop

    Application of Ampere's law (I),Application of Ampere's law (II)

    Force on a moving charge in a magnetic field

    Solenoid

    Motion of a charged particle in uniform magnetic field(I)

    Magnetic field lines

    Bar magnet as an equivalent solenoid

    Magnetic force on a current-carrying conductor

    Lorentz force

    Force between two parallel current-carrying infinite wires

    Dipole in a uniform magnetic field

    Torque on a rectangular current loop in a uniform magnetic field, Circular current loop as a magnetic dipole

    Magnetization and magnetic intensity

    Moving coil galvanometer

    Hysteresis curve

    Electromagnetic Waves

    Displacement current

    Nature of Electromagnetic Waves

    Energy Density and Intensity of EM waves

    Electromagnetic spectrum

    Optics

    Spherical mirrors

    Mirror formula

    Refraction Through A Glass Slab

    Refraction Through A Prism 1, Dispersion Of Light 1

    Refraction

    Real depth and Apparent depth

    Total Internal Reflection

    Lens Maker's formula

    Power of lens and mirror

    Magnification in Lenses

    Combination of thin lens in contact, Lenses at a distance

    Astronomical Telescope

    Polarization of light

    Malus' Law

    Interference of light waves- 1, Interference of light waves- 2

    Fraunhofer diffraction by a single slit

    Young's double slit experiment -1, Young's double slit experiment- 2

    YDSE with a thin slab

    Compound Microscope

    Thin film interference

    Dual Nature of Matter and Radiation

    Electron Emission

    Photon theory of light

    Wave nature of matter, De-Broglie wavelength of an electron

    Davisson-Germer Experiment

    Photoelectric effect, Graphs in Photoelectric effect

    Photons emitted by a source per second, Intensity of radiation, Photon Flux

    Atoms And Nuclei

    Bohr's Model of the hydrogen atom, Radius of orbit, and velocity of the electron

    Energy of electron in nth orbit, Energy level for Hydrogen

    Line spectra of the hydrogen atom

    Mass-energy equivalence and Nuclear binding energy, Binding Energy Per Nucleon, Nuclear Force, and Stability

    De-Broglie's explanation of Bohr's second postulate

    Effect of Nucleus Motion on Energy

    Law of radioactivity decay

    Atomic Collision

    Characteristic X-Rays

    Continuous X-ray

    Radioactivity - (I), Radioactivity - (II)

    Nuclear fission

    Electronic devices

    Electric Conductivity

    Extrinsic Semiconductor(II)

    Zener diode

    Characteristics of a P-N junction, Semiconductor Diode(II)

    Junction Transistor

    Transistor as a device

    Classification of solids on the basis of Band Theory

    Optoelectronic junction devices (I)

    Thermodynamics

    Adiabatic process

    Second Law of Thermodynamics

    Entropy

    Carnot Engine

    Cyclic and Noncyclic process

    Isobaric process

    Refrigerator or Heat Pump

    Introduction to Thermodynamics

    Thermodynamic variables and equation of state

    Heat, Internal Energy, and Work in Thermodynamics

    The first law of Thermodynamics

    JEE Main Chemistry 2026

    Students can check the list of easy and scoring chapters for JEE Mains Chemistry 2026 in the table below-

    CHEMISTRY

    Chapter Name

    Important Topics

    Some basic concepts in chemistry

    Empirical Formula And Molecular Formula

    MOLE CONCEPT AND MOLAR MASS

    Stoichiometry, Stoichiometric Calculations And Limiting Reagent

    Reactions in Solutions

    Atomic Structure

    Photoelectric effect

    Line spectrum of hydrogen

    Radius, velocity and the energy of nth Bohr orbital

    Debroglie wavelength

    Heisenberg’s uncertainty principle

    Quantum Numbers

    Aufbau Principle, Pauli Exclusion Principle and Hund's Rule of Maximum Multiplicity

    Chemical Thermodynamics

    Path, State Function, Types Of Process

    Reversible, Irreversible, Polytropic Process

    Isothermal Reversible And Isothermal Irreversible

    Heat Capacity

    Thermochemistry And Enthalpy For Chemical Reaction

    Enthalpy Of Combustion,Enthalpy Of Dissociation, Atomisation And Phase Change

    Lattice Enthalpy, Hydration Enthalpy And Enthalpy Of Solution

    Hess’s Law

    Calculation Of Changes In S For Different Process

    Gibbs Energy And Change In Gibbs Energy,Spontaneity Criteria With Gibbs Energy (G)

    Redox Reaction and Electrochemistry

    Oxidation Number and Oxidation State

    Types of Redox Reactions

    Balancing of Redox Reaction: Ion Electrode Method, Balancing of Disproportionation Redox Reaction: Ion Electrode Method, Balancing of Redox Reaction: Oxidation Number Method

    Quantitative Aspect of Electrolytic Cell: Faraday's First Law, Faraday's Second Law

    Galvanic Cells

    Nernst Equation, Nernst Equation for Full Cell, Equilibrium Constant Through Nernst Equation

    Molar and Equivalent Conductance, Molar Conductance at Infinite Dilution

    Kohlrausch's Law

    d - and f - BLOCK ELEMENTS

    Screening Effect and Lanthanoid Contraction, Atomic Size/Radii, Ionisation Energy, Oxidation State, Magnetic Properties, and Character

    Formation of Coloured Ions

    Physical Properties of f-block, Properties of Actinoids

    Co-ordination Compounds

    Addition Compounds or Molecular Compounds, Terminologies Related to Coordination Compounds, Types of Ligands - 1, Oxidation Number, Coordination Number, IUPAC Nomenclature of Coordination or Complex Compound

    Magnetic Moment(On the Basis of VBT)

    Applications of CFT

    Stereoisomerism, Structural Isomerism - 1, Structural Isomerism - 2

    Purification and Characterisation of Organic Compounds

    Sublimation and Crystallisation, Distillation under reduced pressure and Steam distillation, Chromatography

    Test for Halogens

    Duma's Method

    Kjeldahl's Method

    Carius Method (Halogen and Sulphur)

    Some Basic Principles of Organic Chemistry

    Functional Group

    IUPAC Nomenclature - 1

    Carbocations

    Carbanions

    Alkyl Free Radicals

    Nucleophiles and Electrophiles

    Inductive Effect

    Mesomeric or Resonance Effect

    Organic Compounds containing Halogens

    Nature of C-X bond and Physical Properties, Reaction with PCl5, PCl3, SOCl2 and HX

    Strong and Weak bases,SN2 Reaction,SN1 Reaction,Nucleophilic Substitution

    Grignard Reagent - 1,Reduction by LiAlH4 and NaBH4

    Acylation and Oxidation of Alcohols

    Reaction of Phenols with dil. HNO3,Reimer-Tiemann and Kolbe's Schmidt Reactions

    Preparation of Aldehydes

    Nucleophilic Addition Reaction, Intermolecular Cannizaro Reaction

    JEE Main Maths 2026

    Candidates can check the easy and scoring chapters for JEE Mains Maths from the given table.

    MATHEMATICS

    Chapters

    Concepts

    Sets, Relations, and Functions

    Subsets, Proper Subset, Improper Subset, Intervals

    Union of sets, Properties of union

    Intersection of Set, Properties of Intersection

    The cardinal number of some sets

    Domain, Range of Relation

    Reflexive, Symmetric and Transitive relation,Equivalence relation

    Functions, Image and Pre-image

    Piecewise function

    One - One Function(injective)

    Onto Function or Surjective

    Into Function, Bijective function, Equality of function

    Composition of function, Condition for Composite Function, Property of Composite Function

    Even and Odd Function

    Complex numbers and quadratic equations

    Iota and powers of Iota

    Complex number

    Conjugate of complex numbers and their properties

    Modulus of a complex number and its Properties

    Euler form of a complex number, Properties of argument of a complex number

    The square root of complex numbers, solution of a complex equation

    Distance formula, Equation of perpendicular bisector

    Nature of Roots, Relation Between Roots, and Coefficient of Quadratic Equation

    Matrices and Determinants

    Matrices, Order of a Matrix, Row and Column Matrix

    Multiplication of two matrices, Properties of Matrix Multiplication

    Transpose of a Matrix

    Transpose conjugate of a matrix and properties

    Determinant of a Matrix, Singular and Non-singular Matrix

    Adjoint of a Matrix, Properties of adjoint of Matrix - Part 1

    Inverse of a Matrix, Properties of Inverse of a Matrix - Part 1, Properties of Inverse of a Matrix - Part 3

    Multiplication of Determinant

    Properties of Determinants - Part 2

    Cramer’s law

    Solution of System of Linear Equations Using Matrix Method

    Permutations and combinations

    PERMUTATION AS AN ARRANGEMENT

    APPLICATION OF PERMUTATION-I

    CIRCULAR PERMUTATIONS, DIFFERENT CASES OF GEOMETRICAL ARRANGEMENTS

    RANK OF A WORD IN A DICTIONARY

    INTRODUCTION OF COMBINATIONS

    APPLICATIONS OF SELECTIONS -II

    FINDING NUMBER OF SOLUTIONS OF EQUATIONS, FINDING NUMBER OF SOLUTIONS OF EQUATIONS (Special Case)

    Binomial theorem and its simple applications

    Binomial Theorem and Expression of Binomial Theorem, Properties of Binomial Theorem and Binomial Coefficient (Part 1), Properties of Binomial Theorem and Binomial Coefficient (Part 2)

    Some Standard Expansions (Part 2)

    General Term of Binomial Expansion, Middle Term

    Series Involving Binomial Coefficients

    Important Results of Binomial Theorem for any index

    Sequence and series

    Sequences, Series, and Progression

    Arithmetic Progression, Important Properties of an AP -Part 1, Important Properties of an AP -Part 2

    The sum of n terms of an AP

    Arithmetic Mean

    Geometric Progression

    Geometric Mean

    The sum of n-term of a GP

    Harmonic Progression

    Harmonic Mean

    The sum of an infinite AGP

    Summation by Sigma Operator

    Sum of Common Series - (Part 1), Sum of Common Series (Part-2), Sum of Common Series (Part 3)

    Limit, continuity, and differentiability

    Algebra of Limits

    Limit of Indeterminate Form and Algebraic limit

    Limit of Algebraic function, Algebraic Function of type ‘infinity/infinity'

    Trigonometric Limits

    Exponential Limits, Logarithmic Limits

    Limits of the form (1 power infinity)

    L’ Hospital’s Rule

    DIFFERENTIATION

    Derivative of the Trigonometric Function (csc/sec/cot)

    Rules of Differentiation (Chain Rule)

    Differentiation of Function in Parametric Form

    Differentiation of a Function wrt Another Function and Higher Order derivative of a Function

    Continuity

    Directional Continuity and Continuity over an Interval

    Differentiability and Existence of Derivative

    Examining Differentiability Using Differentiation and Graph of Function

    Derivative as Rate Measure

    Slope and Equation of Normal

    The angle of Intersection of Two Curves

    How Many Hours to Study for JEE Main 2026

    To make steady progress, students often ask how many hours to study for JEE Main per day, and the answer usually lies between 6 to 8 hours depending on one’s grasp of the concepts. The number of hours you need to study daily depends on the stage of your preparation and personal learning pace. Below is a guideline for different phases of JEE Main preparation:

    Preparation Phase

    Recommended Study Hours Per Day

    Focus Areas

    Early Stage (Foundation)

    4–6 hours

    Understanding concepts, NCERT textbooks, basics

    Mid-Preparation (6–8 months left)

    6–8 hours

    Problem-solving, advanced concepts, mock tests

    Intensive Revision (Last 3 months)

    10–12 hours

    Full-length tests, weak areas, time management

    How Many Hours to Study for JEE Main in Class 12 with School

    While planning a schedule, understanding how many hours to study for JEE Main per day helps in setting realistic and consistent daily goals. JEE & the school schedules are taxing; however, if one follows a proper timetable this is the most manageable feat. Here’s a daily plan tailored for students in Class 12:

    Weekday Study Plan

    Morning (Before School):

    1–1.5 hours: Review what was taught the previous day in coaching or school.

    Single subject concentration for the morning.

    Evening (After School):

    2–3 hours: Learn concepts that have been in class throughout the day in coaching or school.

    Solve number computation and find the areas that one struggles in.

    Weekend Study Plan

    Morning:

    3–4 hours: Revise all the topics covered for the whole week and find solutions to questions answered under these topics.

    Afternoon:

    2 hours: Write a mock test or solve the papers of the previous years.

    Evening:

    2 hours: Revise and correct mock test results and spend time on the areas that need improvement.

    By following this plan, students can easily prepare for board exams as well as JEE as it answers the usual question of how many hours should be devoted to JEE Mains preparation.

    JEE Main Mock Test

    Click Here

    JEE Main Sample Paper

    Click Here

    How Many Hours To Study For IIT JEE Main 2026 Preparation

    Experts recommend customizing your study plan based on your pace, but knowing how many hours to study for JEE Main per day helps maintain discipline throughout the preparation journey. For aspirants targeting IIT JEE Advanced alongside JEE Main, the preparation demands a higher level of dedication. Here’s how to optimize your study hours:

    Suggested Timetable for IIT JEE 2026 Preparation

    Time of Day

    Activity

    6:00 AM – 7:00 AM

    Revise previous day’s notes or formulas

    8:00 AM – 12:00 PM

    Solve advanced-level problems (Physics/Math)

    1:00 PM – 4:00 PM

    Study theoretical concepts (Chemistry/Math)

    5:00 PM – 8:00 PM

    Take mock tests or work on challenging areas

    9:00 PM – 10:00 PM

    Analyze mock test performance and errors

    A total of 10–12 focused hours daily is ideal during intensive phases of preparation. Breaks and relaxation should be included to avoid burnout.

    JEE Main Syllabus: Subjects & Chapters
    Select your preferred subject to view the chapters

    Tips to Optimize Study Hours to Crack JEE Main 2026

    1. Quality Management Over Quantity

    Excessive study that is not well directed only wastes much time.

    Make sure that each study session has a set of objectives such as one chapters in a textbook or a set of exercises.

    2. Active Learning Techniques should be applied

    The direct tasks are to summarize the topics into one’s own words, solve various problems, and explain the concepts to peers.

    Passive techniques entail, for instance, can provoking rereading of the material in a bid to try and understand it much better.

    3. Take Mock Tests Regularly

    Devote 2-3 hours per day for mock tests.

    Provide a variety of exam-like conditions, so students will be able to have the necessary time control to provide accurate answers.

    4. Prioritize Weak Areas

    Spend more time on subjects that many students find difficult without spending less time on subjects they already understand well or are good at.

    Try to cover equal weights in Physics, Chemistry and Mathematics.

    5. Maintain Health and Sleep

    Physical fitness is particularly important for the development of the mind which will enable one to prepare well.

    Rest the body for 6 – 8 hours and indulge in mild exercise to keep the body fresh.

    Sample Study Plan for JEE Main Aspirant

    Activity

    Weekdays (Hours)

    Weekends (Hours)

    Coaching/School

    5–6

    N/A

    Self-Study (Theory)

    2

    4

    Problem-Solving

    2

    3

    Mock Tests

    3

    3

    Revision

    1

    2

    Total

    10–12

    12–15

    Frequently Asked Questions (FAQs)

    Q: How Many Hours To Study For IIT JEE 2026 Preparation?
    A:

    It is advised that IIT JEE preparers should spend 8 – 10 hours daily in the initial phase and 10 – 12 hours in the final phase. It is necessary to study for both JEE Main and JEE Advanced at an equal level.

    Q: Is it possible to crack JEE Main only by studying 6 hours a day?
    A:

    Yes, but only if those 6 hours are to be put to good and consistent use. Deal with topics that are most likely to contribute most of the weightage, a few problems, mock tests. Flexible with the hours of study regardless of the progress rate or performance accomplished.

    Q: What is the duration to study for JEE in class 12 with school?
    A:

    JEE preparation requires 4-6 hours a day, with important segments such as revision, solving problems, and mock tests. Ideally, the hours in a weekend should be invested to study can reach 10-12 so as to cover all the materials.

    Q: What should be the JEE Main Per Day Study Time?
    A:

    It depends on the stage of preparation and the learner individuality. For those learners who undertake basic studying, they can set a target of studying for 4-6 hours per day, while those who choose to revise for many hours, may spend 10-12 hours. Frequency is more crucial than the period of time.

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    Questions related to JEE Main

    On Question asked by student community

    Have a question related to JEE Main ?

    The WBJEE 2026 exam will not be held in Maharashtra, as per the details mentioned in the brochure. The exam centres will be available in West Bengal, Assam and Tripura. If you are from any other state, then your options will be limited to WB.
    For a complete list of

    • NIT Mizoram / Arunachal Pradesh / Manipur / Sikkim (Core branches)

    • Guru Ghasidas Vishwavidyalaya, Bilaspur (Central University)

    • Assam University, Silchar (Assam University)

    • Sant Longowal Institute of Engineering and Technology (SLIET), Punjab

    • Gurukula Kangri Vishwavidyalaya, Haridwar

    • HNB Garhwal University, Uttarakhand