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Updated 2026-04-06 · 2026 Edition

CUET UG 6-Month Plan

A complete 180-day plan covering 110 highest-weightage topics — prioritised by subject weight, not alphabet. No signup, no fees.

Days
180
Topics
110
Subjects
5
Phases
3
Full foundation a concept-first pass, a depth pass, a revision pass, and a structured mock series

How to actually use your 180 days

Build real understanding, then layer depth, two revision passes, and a structured mock series.

Daily study
2.5–3.5 hours
New topics / day
≈ 0.61
Approach
a concept-first pass, a depth pass, a revision pass, and a structured mock series

This 6-month plan gives you 180 days to work through 110 weighted CUET UG topics across 5 subjects — roughly 0.61 new topics a day at 2.5–3.5 hours of focused study. That moderate daily load is the point of starting this early — you trade intensity for retention.

CUET UG 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 they become the conceptual backbone the rest of the syllabus hangs off. Cover everything, and give weight 3–5 topics a second problem-solving pass. Low-weight topics get one solid pass — at this length they are worth keeping, not cutting.

Around 6 months lets you do far more than cover CUET UG — you can understand it: a concept pass, a problem-solving pass, then spaced revision across all 110 topics. A multi-month plan fails by drifting in the early, low-pressure weeks. Anchor each month to a concrete checkpoint so the slack does not become a late scramble.

What to prioritise & cut

Cover everything, and give weight 3–5 topics a second problem-solving pass. Low-weight topics get one solid pass — at this length they are worth keeping, not cutting.

Mock tests & revision

Topic and sectional tests through the build phase; full-length mocks every other week from the midpoint, weekly in the final two months. Maintain an error log from the start.

Weekly rhythm

Three arcs: a concept-building phase, a depth-and-problems phase, and a revision-plus-mocks phase. Each subject gets at least two spaced passes.

Phase-by-phase plan

24 weeks total

A 180-day plan only works when you sequence it. Here is how the 6-Month Plan breaks down — foundation, depth, then mocks.

  1. 1

    Foundation

    8 weeks

    Build concept depth across full syllabus

    Topic-wise notes
    Concept tests
    Recap docs
  2. 2

    Advanced + PYQs

    10 weeks

    PYQs of last 7-10 years; advanced problems

    Year-wise PYQ solving
    Topic-wise problem mastery
    Concept gap-fix list
  3. 3

    Mocks + final revision

    6 weeks

    Weekly full-length mocks; targeted revision

    10+ full mocks
    Weak-topic eradication
    Last-mile drill

Week-by-week schedule

Week Days Topics covered
1 1–7 Physics: Laws of Motion (w5)Chemistry: Chemical Bonding (w5)Mathematics: Trigonometry (w5)English: Comprehension (w5)General Test: Current Affairs (w4)
2 8–14 Physics: Work Energy Power (w5)Chemistry: Thermodynamics (w5)Mathematics: Limits (w5)English: Reading Comprehension (w5)General Test: General Knowledge (w4)
3 15–21 Physics: Thermodynamics (w5)Chemistry: Atomic Structure (w4)Mathematics: Differentiation (w5)English: Vocabulary (w4)General Test: Reasoning (w4)
4 22–28 Physics: Electrostatics (w5)Chemistry: Equilibrium (w4)Mathematics: AOD (w5)English: Grammar (w4)General Test: Geography (w4)
5 29–35 Physics: Current Electricity (w5)Chemistry: Electrochemistry (w4)Mathematics: Complex Numbers (w5)English: Writing Skills (w4)General Test: History (w4)
6 36–42 Physics: EMI (w5)Chemistry: Kinetics (w4)Mathematics: Continuity (w4)English: Sentence Correction (w4)General Test: Polity (w4)
7 43–49 Physics: Ray Optics (w5)Chemistry: Periodic Table (w4)Mathematics: Differentiability (w4)English: Idioms Phrases (w3)General Test: Logical Reasoning (w4)
8 50–56 Physics: Dual Nature (w5)Chemistry: p-Block (w4)Mathematics: Indefinite Integrals (w4)English: Synonyms Antonyms (w3)General Test: Data Interpretation (w4)
9 57–63 Physics: Motion in 1D (w4)Chemistry: d-Block (w4)Mathematics: Definite Integrals (w4)English: Fill in Blanks (w3)General Test: Static GK (w3)
10 64–70 Physics: Motion in 2D (w4)Chemistry: Hydrocarbons (w4)Mathematics: Vector Algebra (w4)English: Para Jumbles (w3)General Test: Economics (w3)
11 71–77 Physics: Rotational Motion (w4)Chemistry: Some Basic Concepts (w3)Mathematics: 3D Geometry (w4)English: Cloze Test (w3)General Test: General Science (w3)
12 78–84 Physics: Gravitation (w4)Chemistry: Classification (w3)Mathematics: Probability (w4)English: Active Passive (w3)General Test: Computer Awareness (w3)
13 85–91 Physics: Thermal Properties (w4)Chemistry: States of Matter (w3)Mathematics: Sequences (w4)English: Direct Indirect (w3)General Test: Analytical Reasoning (w3)
14 92–98 Physics: SHM (w4)Chemistry: Redox (w3)Mathematics: Matrices (w4)English: One Word Substitution (w3)General Test: Sports & Culture (w2)
15 99–105 Physics: Waves (w4)Chemistry: Solutions (w3)Mathematics: Parabola (w4)English: Tenses (w3)General Test: Awards & Honours (w2)
16 106–112 Physics: Capacitance (w4)Chemistry: s-Block (w3)Mathematics: Circle (w4)Physics: Moving Charges (w4)Chemistry: Metallurgy (w3)
17 113–119 Mathematics: Sets Relations (w3)Physics: Magnetism (w4)Chemistry: Haloalkanes (w3)Mathematics: Inverse Trig (w3)Physics: AC (w4)
18 120–126 Chemistry: Alcohols Phenol Ether (w3)Mathematics: DE (w3)Physics: Wave Optics (w4)Chemistry: Aldehydes Ketones (w3)Mathematics: Permutations (w3)
19 127–133 Physics: Units & Measurement (w3)Chemistry: Carboxylic Acids (w3)Mathematics: Binomial (w3)Physics: Mechanical Properties (w3)Chemistry: Amines (w3)
20 134–140 Mathematics: Determinants (w3)Physics: Fluid Mechanics (w3)Chemistry: Biomolecules (w3)Mathematics: Ellipse (w3)Physics: Kinetic Theory (w3)
21 141–147 Chemistry: Surface Chemistry (w2)Mathematics: Hyperbola (w3)Physics: EM Waves (w3)Chemistry: Colloidal (w2)Mathematics: Straight Lines (w3)
22 148–154 Physics: Atoms (w3)Chemistry: f-Block (w2)Physics: Nuclei (w3)Chemistry: Polymers (w2)Physics: Semiconductors (w3)

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 ●●●●●
  • Work Energy Power ●●●●●
  • Thermodynamics ●●●●●
  • Electrostatics ●●●●●
  • Current Electricity ●●●●●
  • EMI ●●●●●
  • Ray Optics ●●●●●
  • Dual Nature ●●●●●
  • + 20 more topics on the full roadmap →

Chemistry

27 topics
  • Chemical Bonding ●●●●●
  • Thermodynamics ●●●●●
  • Atomic Structure ●●●●○
  • Equilibrium ●●●●○
  • Electrochemistry ●●●●○
  • Kinetics ●●●●○
  • Periodic Table ●●●●○
  • p-Block ●●●●○
  • + 19 more topics on the full roadmap →

Mathematics

25 topics
  • Trigonometry ●●●●●

    Trigonometry: Trigonometric ratios and identities, conditional identities, solutions of triangles,Height and Distance, and inverse trigonometry — all essential for solving geometry and algebraic problems.

  • Limits ●●●●●

    Limits: Algebraic and trigonometric limits, L'Hospital's rule, limits at infinity, indeterminate forms, and the sandwich theorem — foundational for calculus.

  • Differentiation ●●●●●

    Differentiation: Derivatives of standard functions, product rule, quotient rule, chain rule, implicit differentiation, parametric differentiation, and logarithmic differentiation.

  • AOD ●●●●●

    Applications of Derivatives: Tangents and normals, increasing/decreasing functions, maxima and minima using first and second derivative tests, and Rolle's and Lagrange's mean value theorems.

  • Complex Numbers ●●●●●

    Complex Numbers: Argand plane representation, modulus and argument, polar form, de Moivre's theorem, cube roots of unity, and solving polynomial equations with complex roots.

  • Continuity ●●●●○

    Continuity: Continuity at a point and over an interval, types of discontinuities, algebra of continuous functions, and the intermediate value theorem.

  • Differentiability ●●●●○

    Differentiability: Derivative as rate of change, left and right derivatives, relationship between continuity and differentiability, and identifying non-differentiable points.

  • Indefinite Integrals ●●●●○

    Indefinite Integrals: Integration as antiderivative, standard integrals, methods of integration (substitution, partial fractions, integration by parts), and trigonometric integrals.

  • + 17 more topics on the full roadmap →

English

15 topics
  • Comprehension ●●●●●
  • Reading Comprehension ●●●●●
  • Vocabulary ●●●●○
  • Grammar ●●●●○
  • Writing Skills ●●●●○
  • Sentence Correction ●●●●○
  • Idioms Phrases ●●●○○
  • Synonyms Antonyms ●●●○○
  • + 7 more topics on the full roadmap →

General Test

15 topics
  • Current Affairs ●●●●○
  • General Knowledge ●●●●○
  • Reasoning ●●●●○
  • Geography ●●●●○
  • History ●●●●○
  • Polity ●●●●○
  • Logical Reasoning ●●●●○
  • Data Interpretation ●●●●○
  • + 7 more topics on the full roadmap →

Why a 180-day plan beats a 1,200-page prep book

DimensionTypical CUET UG bookThis 6-Month Plan
Time to startHours of reading before any study startsSeconds — plan is already here
PersonalisationOne-size-fits-allFits exactly your 180 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

Other CUET UG plans

CUET UG 6-Month Plan — common questions

Is 180 days enough to prepare for CUET UG? +

Around 6 months lets you do far more than cover CUET UG — you can understand it: a concept pass, a problem-solving pass, then spaced revision across all 110 topics. The honest answer depends on your starting point, but this 6-month plan is built to get the most from the time you have: build real understanding, then layer depth, two revision passes, and a structured mock series.

How many hours a day does this CUET UG 6-month plan need? +

Plan for 2.5–3.5 hours of focused study, covering about 0.61 new topics a day. Three arcs: a concept-building phase, a depth-and-problems phase, and a revision-plus-mocks phase. Each subject gets at least two spaced passes.

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

Cover everything, and give weight 3–5 topics a second problem-solving pass. Low-weight topics get one solid pass — at this length they are worth keeping, not cutting.

When should I start mock tests on this plan? +

Topic and sectional tests through the build phase; full-length mocks every other week from the midpoint, weekly in the final two months. Maintain an error log from the start.

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 →