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Updated 2026-04-06 · 2026 Edition

JEE Main 2-Year Plan

A complete 730-day plan covering 81 highest-weightage topics — prioritised by subject weight, not alphabet. No signup, no fees.

Days
730
Topics
81
Subjects
3
Phases
4
Generate My Personalised Plan → ← JEE Main Overview
Two-year deep build a foundations year, a mastery-and-depth year, and a sustained mock campaign across both

How to actually use your 730 days

The long game: build from zero across two cycles, with depth and a sustained mock habit most candidates never reach.

Daily study
1.5–2.5 hours
New topics / day
≈ 0.11
Approach
a foundations year, a mastery-and-depth year, and a sustained mock campaign across both

This 2-year plan gives you 730 days to work through 81 weighted JEE Main topics across 3 subjects — roughly 0.11 new topics a day at 1.5–2.5 hours of focused study. That gentle daily load is the whole advantage of a two-year run — you build mastery slowly enough that it actually sticks.

JEE Main marks are not spread evenly across subjects. Physics, Mathematics, and Chemistry carry the heaviest weightage in recent papers, so this plan front-loads them — so the first year builds genuine mastery of them, not just familiarity. Nothing is cut and nothing is rushed. At this length the differentiator is depth on the hardest, lowest-frequency topics and relentless revision — the work most candidates skip.

Two years is a genuine head start. You can build JEE Main from zero in year one and convert understanding into rank-grade speed and accuracy in year two — every one of the 81 topics, twice over, with room for the hardest material. The two-year risk is losing momentum in the long flat middle. Set quarterly milestones and treat year-one mocks as checkpoints, or the early lead quietly evaporates.

What to prioritise & cut

Nothing is cut and nothing is rushed. At this length the differentiator is depth on the hardest, lowest-frequency topics and relentless revision — the work most candidates skip.

Mock tests & revision

Year one: topic and sectional tests only, building accuracy. Year two: monthly then fortnightly then weekly full-length mocks, with a disciplined error log you actually revisit.

Weekly rhythm

Think in semesters, not weeks: build, deepen, revise, simulate — repeated across two cycles so every subject is seen many times on a spaced schedule.

Phase-by-phase plan

104 weeks total

A 730-day plan only works when you sequence it. Here is how the 2-Year Plan breaks down — foundation, depth, then mocks.

  1. 1

    Y1 Foundation

    24 weeks

    Concept depth + NCERT-level coverage

    Subject-wise mastery
    Topic notes
    Monthly tests
  2. 2

    Y1 Advanced

    28 weeks

    Reference-book level problems + first PYQ pass

    Topic-wise problem mastery
    PYQ pass 1
    Weak-area journal
  3. 3

    Y2 Practice

    26 weeks

    PYQ deep-dive + topic-wise mocks

    PYQ pass 2
    Topic-mock cycles
    Concept-gap closure
  4. 4

    Y2 Mocks + final

    26 weeks

    Weekly full-length mocks + final revision

    20+ mocks
    Last-mile cheatsheets
    Exam-mode drills

Week-by-week schedule

Week Days Topics covered
1 1–7 Physics: Laws of Motion (w5)
2 8–14 Chemistry: Chemical Bonding (w5)
3 15–21 Mathematics: Trigonometry (w5)
4 22–28 Physics: Work Energy Power (w5)
5 29–35 Chemistry: Thermodynamics (w5)
6 36–42 Mathematics: Limits (w5)
7 43–49 Physics: Thermodynamics (w5)
8 50–56 Chemistry: Atomic Structure (w4)
9 57–63 Mathematics: Differentiation (w5)
10 64–70 Physics: Electrostatics (w5)
11 71–77 Chemistry: Equilibrium (w4)
12 78–84 Mathematics: AOD (w5)
13 85–91 Physics: Current Electricity (w5)
14 92–98 Chemistry: Electrochemistry (w4)
15 99–105 Mathematics: Complex Numbers (w5)
16 106–112 Physics: EMI (w5)
17 113–119 Chemistry: Kinetics (w4)
18 120–126 Mathematics: Continuity (w4)
19 127–133 Physics: Ray Optics (w5)
20 134–140 Chemistry: Periodic Table (w4)
21 141–147 Mathematics: Differentiability (w4)
22 148–154 Physics: Dual Nature (w5)
23 155–161 Chemistry: p-Block (w4)
24 162–168 Mathematics: Indefinite Integrals (w4)
25 169–175 Physics: Motion in 1D (w4)
26 176–182 Chemistry: d-Block (w4)
27 183–189 Mathematics: Definite Integrals (w4)
28 190–196 Physics: Motion in 2D (w4)
29 197–203 Chemistry: Hydrocarbons (w4)
30 204–210 Mathematics: Vector Algebra (w4)
31 211–217 Physics: Rotational Motion (w4)
32 218–224 Chemistry: Some Basic Concepts (w3)
33 225–231 Mathematics: 3D Geometry (w4)
34 232–238 Physics: Gravitation (w4)
35 239–245 Chemistry: Classification (w3)
36 246–252 Mathematics: Probability (w4)
37 253–259 Physics: Thermal Properties (w4)
38 260–266 Chemistry: States of Matter (w3)
39 267–273 Mathematics: Sequences (w4)
40 274–280 Physics: SHM (w4)
41 281–287 Chemistry: Redox (w3)
42 288–294 Mathematics: Matrices (w4)
43 295–301 Physics: Waves (w4)
44 302–308 Chemistry: Solutions (w3)
45 309–315 Mathematics: Parabola (w4)
46 316–322 Physics: Capacitance (w4)
47 323–329 Chemistry: s-Block (w3)
48 330–336 Mathematics: Circle (w4)
49 337–343 Physics: Moving Charges (w4)
50 344–350 Chemistry: Metallurgy (w3)
51 351–357 Mathematics: Sets Relations (w3)
52 358–364 Physics: Magnetism (w4)
53 365–371 Chemistry: Haloalkanes (w3)
54 372–378 Mathematics: Inverse Trig (w3)
55 379–385 Physics: AC (w4)
56 386–392 Chemistry: Alcohols Phenol Ether (w3)
57 393–399 Mathematics: DE (w3)
58 400–406 Physics: Wave Optics (w4)
59 407–413 Chemistry: Aldehydes Ketones (w3)
60 414–420 Mathematics: Permutations (w3)
61 421–427 Physics: Units & Measurement (w3)
62 428–434 Chemistry: Carboxylic Acids (w3)
63 435–441 Mathematics: Binomial (w3)
64 442–448 Physics: Mechanical Properties (w3)
65 449–455 Chemistry: Amines (w3)
66 456–462 Mathematics: Determinants (w3)
67 463–469 Physics: Fluid Mechanics (w3)
68 470–476 Chemistry: Biomolecules (w3)
69 477–483 Mathematics: Ellipse (w3)
70 484–490 Physics: Kinetic Theory (w3)
71 491–497 Chemistry: Surface Chemistry (w2)
72 498–504 Mathematics: Hyperbola (w3)
73 505–511 Physics: EM Waves (w3)
74 512–518 Chemistry: Colloidal (w2)
75 519–525 Mathematics: Straight Lines (w3)
76 526–532 Physics: Atoms (w3)
77 533–539 Chemistry: f-Block (w2)
78 540–546 Physics: Nuclei (w3)
79 547–553 Chemistry: Polymers (w2)
80 554–560 Physics: Semiconductors (w3)
81 561–567 Chemistry: Environmental Chemistry (w2)

Subject-wise topic split

Each topic shows its weightage (1–5 dots) and the concepts you'll cover. Higher-weight topics appear first.

Physics

28 topics
  • Laws of Motion ●●●●●

    Newton's three laws, free body diagrams, friction, pulley problems, and application of momentum conservation.

  • Work Energy Power ●●●●●

    Work done by forces, kinetic and potential energy, work-energy theorem, and power calculations.

  • Thermodynamics ●●●●●

    Laws of thermodynamics, specific heat capacities, isothermal and adiabatic processes, and heat engines.

  • Electrostatics ●●●●●

    Coulomb's law, electric field, electric dipole, Gauss's law, electric potential, and capacitance.

  • Current Electricity ●●●●●

    Electric current, Ohm's law, resistivity, combination of resistors, Kirchhoff's laws, and circuit analysis.

  • EMI ●●●●●

    Electromagnetic induction — Faraday's law, Lenz's law, motional EMF, self and mutual inductance, and AC generators.

  • Ray Optics ●●●●●

    Reflection, refraction, spherical mirrors, lenses, prism, total internal reflection, and optical instruments.

  • Dual Nature ●●●●●

    Photoelectric effect, Einstein's equation, photon concept, de Broglie wavelength, and wave-particle duality.

  • + 20 more topics on the full roadmap →

Chemistry

28 topics
  • Chemical Bonding ●●●●●

    Ionic, covalent, metallic, hydrogen, and van der Waals bonds; VSEPR theory, hybridisation, MOT, and dipole moment.

  • Thermodynamics ●●●●●

    Internal energy, enthalpy, Hess's law, Gibbs free energy, spontaneity, and thermochemical calculations.

  • Atomic Structure ●●●●○

    Bohr model, quantum numbers, Aufbau principle, Hund's rule, Pauli's exclusion principle, and electronic configuration.

  • Equilibrium ●●●●○

    Chemical equilibrium, Le Chatelier's principle, Kp and Kc, ionic equilibrium, pH, buffers, and solubility product.

  • Electrochemistry ●●●●○

    Galvanic cells, electrolytic cells, Nernst equation, conductance, Faraday's laws, and batteries.

  • Kinetics ●●●●○

    Rate of reaction, rate laws, order, molecularity, Arrhenius equation, and half-life calculations.

  • Periodic Table ●●●●○

    Trends in atomic radius, ionisation energy, electronegativity, electron affinity across periods and groups; s, p, d, f blocks.

  • p-Block ●●●●○

    Group 13-18 elements — boron, carbon family, nitrogen, oxygen, halogen, and noble gas compounds.

  • + 20 more topics on the full roadmap →

Mathematics

25 topics
  • Trigonometry ●●●●●

    Trigonometric ratios, identities, equations, inverse trig, and solution of triangles using sine and cosine rules.

  • Limits ●●●●●

    Limits of functions, L'Hospital's rule, limits of indeterminate forms, and standard limit formulas.

  • Differentiation ●●●●●

    Derivatives of various functions, product, quotient, chain rules, and implicit differentiation.

  • AOD ●●●●●

    Application of derivatives — equations of tangent and normal, finding maxima and minima, monotonicity, and optimisation problems.

  • Complex Numbers ●●●●●

    Complex numbers in algebraic form, Argand plane, modulus, argument, and De Moivre's theorem.

  • Continuity ●●●●○

    Continuity and differentiability, intermediate value theorem, and behavior of functions at points.

  • Differentiability ●●●●○

    Relationship between continuity and differentiability, Rolle's and Lagrange's mean value theorems, and derivative as a rate measure.

  • Indefinite Integrals ●●●●○

    Integration as antiderivative, standard integration formulas, substitution method, partial fractions, and integration by parts.

  • + 17 more topics on the full roadmap →

Why a 730-day plan beats a 1,200-page prep book

DimensionTypical JEE Main bookThis 2-Year Plan
Time to startHours of reading before any study startsSeconds — plan is already here
PersonalisationOne-size-fits-allFits exactly your 730 days
FreshnessPrinted months agoUpdated for the 2026 cycle · verified 2026-04-06
Weightage signalAuthor guessDerived from last 5 years' papers
Cost₹500–2,500₹0
Sign-up requiredOften (with a trial trap)None

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JEE Main 2-Year Plan — common questions

Is 730 days enough to prepare for JEE Main? +

Two years is a genuine head start. You can build JEE Main from zero in year one and convert understanding into rank-grade speed and accuracy in year two — every one of the 81 topics, twice over, with room for the hardest material. The honest answer depends on your starting point, but this 2-year plan is built to get the most from the time you have: the long game: build from zero across two cycles, with depth and a sustained mock habit most candidates never reach.

How many hours a day does this JEE Main 2-year plan need? +

Plan for 1.5–2.5 hours of focused study, covering about 0.11 new topics a day. Think in semesters, not weeks: build, deepen, revise, simulate — repeated across two cycles so every subject is seen many times on a spaced schedule.

What should I skip if I am short on time? +

Nothing is cut and nothing is rushed. At this length the differentiator is depth on the hardest, lowest-frequency topics and relentless revision — the work most candidates skip.

When should I start mock tests on this plan? +

Year one: topic and sectional tests only, building accuracy. Year two: monthly then fortnightly then weekly full-length mocks, with a disciplined error log you actually revisit.

Already know the pattern? Generate a topic-by-topic plan.

The full personalised roadmap covers weak topics first, tracks completion, and adapts as you mark topics done.

Generate Personalised Plan →