Skip to main content
Updated 2026-05-30 · 2026 Edition

GATE 1-Year Plan

A complete 365-day plan covering 40 highest-weightage topics — prioritised by subject weight, not alphabet. No signup, no fees.

Days
365
Topics
40
Subjects
3
Phases
4
Generate My Personalised Plan → ← GATE Overview
Long-horizon mastery a from-scratch concept pass, two depth passes, and a months-long mock campaign

How to actually use your 365 days

A year to build from the ground up: deep concepts, multiple passes, and a long mock campaign.

Daily study
2–3 hours
New topics / day
≈ 0.11
Approach
a from-scratch concept pass, two depth passes, and a months-long mock campaign

This 1-year plan gives you 365 days to work through 40 weighted GATE topics across 3 subjects — roughly 0.11 new topics a day at 2–3 hours of focused study. That light daily load is sustainable for a full year without burning out — consistency beats intensity over this long.

GATE marks are not spread evenly across subjects. Subject-Specific, Engineering-Maths, and General Aptitude carry the heaviest weightage in recent papers, so this plan front-loads them — so the early months build deep fluency in them while there is time to spare. Cut nothing. Over a year, low-weight topics are exactly where you build the edge most candidates never reach — depth compounds at this length.

A full year means you are not preparing for GATE so much as mastering it — building every one of the 40 topics from first principles, including the low-weight ones that separate top ranks from safe passes. The year-long failure mode is silent drift — early months feel relaxed, then the second half panics. Run monthly self-tests so a slipping schedule shows up early.

What to prioritise & cut

Cut nothing. Over a year, low-weight topics are exactly where you build the edge most candidates never reach — depth compounds at this length.

Mock tests & revision

Light topic tests in the first months, monthly full-length mocks from the midpoint, shifting to weekly in the final 10–12 weeks. Revisit your error log on a spaced schedule throughout.

Weekly rhythm

Quarter-by-quarter: foundations, depth and problem-solving, full-syllabus revision, then a mock-and-fine-tuning quarter. Re-touch every subject at least three times.

Phase-by-phase plan

52 weeks total

A 365-day plan only works when you sequence it. Here is how the 1-Year Plan breaks down — foundation, depth, then mocks.

  1. 1

    Foundation Q1

    12 weeks

    Concept pass + textbook coverage

    NCERT/standard-text mastery
    Topic-wise notes
    Concept tests
  2. 2

    Advanced Q2

    12 weeks

    Higher-difficulty material, problem journals

    Reference book problems
    Topic-wise journals
    Weak-area drill
  3. 3

    Practice Q3

    14 weeks

    PYQs + topic-wise mocks

    Last 10 years PYQs
    Topic-mock cycles
    Error log
  4. 4

    Mocks + revision Q4

    14 weeks

    Weekly full-length mocks + final revision

    12+ mocks
    Final cheatsheets
    Last-mile drill

Week-by-week schedule

Week Days Topics covered
1 1–7 Engineering-Maths: Linear Algebra (w3)
2 8–14 Subject-Specific: Thermodynamics — Laws and Applications (w3)
3 15–21 General Aptitude: Number System and Simplification (w3)
4 22–28 Engineering-Maths: Numerical Methods (w3)
5 29–35 Subject-Specific: Thermodynamic Cycles and Steam Turbines (w3)
6 36–42 General Aptitude: Ratio, Proportion and Percentage (w3)
7 43–49 Engineering-Maths: Differential Equations (w3)
8 50–56 Subject-Specific: Heat Transfer — Conduction (w3)
9 57–63 General Aptitude: Time, Work and Distance (w3)
10 64–70 Engineering-Maths: Higher Order Differential Equations (w3)
11 71–77 Subject-Specific: Heat Transfer — Convection and Radiation (w3)
12 78–84 General Aptitude: Data Interpretation (w3)
13 85–91 Engineering-Maths: Partial Differential Equations (w3)
14 92–98 Subject-Specific: Manufacturing Engineering — Casting and Welding (w3)
15 99–105 General Aptitude: Logical Venn Diagrams (w3)
16 106–112 Engineering-Maths: Complex Analysis (w3)
17 113–119 Subject-Specific: Manufacturing Engineering — Machining and CNC (w3)
18 120–126 General Aptitude: Analytical Reasoning (w3)
19 127–133 Engineering-Maths: Probability and Statistics — Distributions (w3)
20 134–140 Subject-Specific: Machine Design — Stress Analysis (w3)
21 141–147 General Aptitude: Statistics and Probability Basics (w3)
22 148–154 Engineering-Maths: Joint Distributions and Sampling Theory (w3)
23 155–161 Subject-Specific: Machine Design — Bearings and Gears (w3)
24 162–168 General Aptitude: Coding and Series Patterns (w3)
25 169–175 Engineering-Maths: Numerical Methods — Root Finding (w3)
26 176–182 Subject-Specific: Theory of Machines — Kinematics (w3)
27 183–189 Engineering-Maths: Numerical Methods — Interpolation and Integration (w3)
28 190–196 Subject-Specific: Theory of Machines — Dynamics (w3)
29 197–203 Engineering-Maths: Numerical Methods — Linear Systems and ODEs (w3)
30 204–210 Subject-Specific: Strength of Materials — Axial and Torsional Loading (w3)
31 211–217 Engineering-Maths: Fourier Series and Transform Methods (w3)
32 218–224 Subject-Specific: Strength of Materials — Beams and Columns (w3)
33 225–231 Subject-Specific: Fluid Mechanics — Fluid Statics and Kinematics (w3)
34 232–238 Subject-Specific: Fluid Mechanics — Flow Through Pipes and Hydraulic Machines (w3)
35 239–245 Subject-Specific: Engineering Mechanics — Statics (w3)
36 246–252 Subject-Specific: Engineering Mechanics — Dynamics (w3)
37 253–259 Subject-Specific: Control Systems — Transfer Function and Block Diagrams (w3)
38 260–266 Subject-Specific: Control Systems — Time and Frequency Response (w3)
39 267–273 Subject-Specific: Electrical Machines — Transformers (w3)
40 274–280 Subject-Specific: Electrical Machines — DC Machines and Induction Motors (w3)

Subject-wise topic split

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

Engineering-Maths

12 topics
  • Linear Algebra ●●●○○
  • Numerical Methods ●●●○○
  • Differential Equations ●●●○○
  • Higher Order Differential Equations ●●●○○
  • Partial Differential Equations ●●●○○
  • Complex Analysis ●●●○○
  • Probability and Statistics — Distributions ●●●○○
  • Joint Distributions and Sampling Theory ●●●○○
  • + 4 more topics on the full roadmap →

Subject-Specific

20 topics
  • Thermodynamics — Laws and Applications ●●●○○
  • Thermodynamic Cycles and Steam Turbines ●●●○○
  • Heat Transfer — Conduction ●●●○○
  • Heat Transfer — Convection and Radiation ●●●○○
  • Manufacturing Engineering — Casting and Welding ●●●○○
  • Manufacturing Engineering — Machining and CNC ●●●○○
  • Machine Design — Stress Analysis ●●●○○
  • Machine Design — Bearings and Gears ●●●○○
  • + 12 more topics on the full roadmap →

General Aptitude

8 topics
  • Number System and Simplification ●●●○○

    Integers, fractions, decimals, squares and cubes, square roots, cube roots, BODMAS rule, divisibility rules, LCM and HCF, and simplification of numerical expressions — foundational arithmetic for VITEEE quantitative section.

  • Ratio, Proportion and Percentage ●●●○○

    Ratio and proportion (direct and inverse), percentage calculations, profit and loss, discount, simple and compound interest, partnership, and mixture/alligation problems — practical arithmetic applications.

  • Time, Work and Distance ●●●○○

    Work efficiency, pipes and cisterns, upstream/downstream problems, average speed, relative speed, train problems, and time-distance graphs — time management in work-rate and motion problems.

  • Data Interpretation ●●●○○

    Interpretation of bar graphs, pie charts, line graphs, tables, and caselets — extracting meaningful information from data representations and making calculations based on presented figures.

  • Logical Venn Diagrams ●●●○○

    Venn diagram representation of sets, relationship between groups (union, intersection, complement), and solving logical problems using Venn diagram visualization — spatial reasoning in set theory.

  • Analytical Reasoning ●●●○○

    Data sufficiency, direction-based puzzles, ranking and sequencing, and complex logical deduction problems — reasoning through multi-step analytical problems without formal mathematical calculations.

  • Statistics and Probability Basics ●●●○○

    Mean, median, mode, range, variance, standard deviation, and basic probability (coin, dice, card problems) — introductory statistical reasoning and chance calculations.

  • Coding and Series Patterns ●●●○○

    Number series, alphabet series, alphanumeric patterns, and letter-number coding-decoding — identifying underlying patterns to find missing or next terms in sequences.

Why a 365-day plan beats a 1,200-page prep book

DimensionTypical GATE bookThis 1-Year Plan
Time to startHours of reading before any study startsSeconds — plan is already here
PersonalisationOne-size-fits-allFits exactly your 365 days
FreshnessPrinted months agoUpdated for the 2026 cycle · verified 2026-05-30
Weightage signalAuthor guessDerived from last 5 years' papers
Cost₹500–2,500₹0
Sign-up requiredOften (with a trial trap)None

Other GATE plans

1-Hour Cram2-Hour Sprint3-Hour Burst5h12-Hour Crash1-Day Intensive All GATE plans & strategy →

GATE 1-Year Plan — common questions

Is 365 days enough to prepare for GATE? +

A full year means you are not preparing for GATE so much as mastering it — building every one of the 40 topics from first principles, including the low-weight ones that separate top ranks from safe passes. The honest answer depends on your starting point, but this 1-year plan is built to get the most from the time you have: a year to build from the ground up: deep concepts, multiple passes, and a long mock campaign.

How many hours a day does this GATE 1-year plan need? +

Plan for 2–3 hours of focused study, covering about 0.11 new topics a day. Quarter-by-quarter: foundations, depth and problem-solving, full-syllabus revision, then a mock-and-fine-tuning quarter. Re-touch every subject at least three times.

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

Cut nothing. Over a year, low-weight topics are exactly where you build the edge most candidates never reach — depth compounds at this length.

When should I start mock tests on this plan? +

Light topic tests in the first months, monthly full-length mocks from the midpoint, shifting to weekly in the final 10–12 weeks. Revisit your error log on a spaced schedule throughout.

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 →