GATE CS 6-Month Study Plan
A week-by-week 6-month GATE CS study plan: subject order, daily hours, revision cycles, previous year papers and mock tests, with links to free lessons.
Six months is enough to cover the full GATE CS syllabus once, revise it twice and take regular mock tests, if you study steadily. This plan assumes about 4–5 hours a day on weekdays and 6–8 hours on weekends, alongside college or a job.
How the plan is built
- Foundations first. Discrete Mathematics, C programming and Data Structures are used by almost every other subject, so they come first.
- Pair a heavy subject with a light one each week, so you never spend a full week on only one difficult topic.
- Every Sunday: solve the week's practice set and revise your notes from the previous weeks.
- One subject done = one timed subject test. Each track's GATE practice set works as this test.
Month-by-month plan
| Weeks | Main subject | Side subject |
|---|---|---|
| 1–2 | C Programming (pointers, recursion, storage classes) | General Aptitude: numbers, percentages |
| 3–4 | Data Structures: arrays to heaps | Discrete Mathematics: logic, sets, relations |
| 5–6 | Algorithms: complexity, sorting, graphs, greedy, DP | Discrete Mathematics: combinatorics, recurrences, graph theory |
| 7–8 | Digital Logic | Engineering Mathematics: linear algebra |
| 9–10 | Computer Organization | Engineering Mathematics: calculus, probability |
| 11–12 | Operating Systems | General Aptitude: ratio, work, speed |
| 13–14 | Databases | General Aptitude: data interpretation, reasoning |
| 15–16 | Computer Networks | Revise C and DSA |
| 17–18 | Theory of Computation | Revise Digital Logic and COA |
| 19 | Compiler Design | General Aptitude: verbal ability |
| 20–22 | Revision 1: all subjects, using the formula sheet | One previous year paper per week |
| 23–24 | Revision 2 + mocks: two full mocks per week, analyse every mistake | Re-solve wrong questions |
| 25–26 | Final phase: light revision, formula sheet, rest before the exam | One mock per week |
The plan covers 26 weeks, which is about six months.
A typical study day
| Time | Activity |
|---|---|
| 2 hours | New theory from the main subject: read the lesson, make short notes |
| 1 hour | Practice questions on what you read today |
| 1 hour | Side subject |
| 30 minutes | Revise yesterday's notes and formulas |
Rules that make the plan work
- Short notes, not long notes. One page per lesson: definitions, formulas and the traps you fell into.
- Spaced revision. Revise a topic after 1 day, 1 week and 1 month. A topic you read once is mostly forgotten by exam day.
- Solve, don't just read. For every hour of theory, do at least 30 minutes of questions.
- Track your mistakes in a notebook, by subject. Before every mock, read this notebook.
- Don't skip General Aptitude. It is 15 marks of the easiest questions in the paper.
If you fall behind
Do not drop a subject entirely. Cut the side-subject slot for a week, and protect the revision weeks at the end: revision gives more marks per hour than first-time reading. If you have less time left, switch to the 3-month plan.
Practice
The plan uses 4.5 hours each on 5 weekdays and 7 hours each on 2 weekend days. How many hours is that per week?
Show answer and explanation
Answer: 36.55 × 4.5 + 2 × 7 = 22.5 + 14 = 36.5 hours a week.
At 36.5 hours a week, how many hours does the full 26-week plan give you?
Show answer and explanation
Answer: 94926 × 36.5 = 949 hours.
Why does the plan start with C, Data Structures and Discrete Mathematics? (Select all that apply.)
Show answer and explanation
Answer: A, BThese are foundation subjects: algorithms, compilers, TOC and OS questions all build on programming, data structures and discrete maths. Negative marking depends on question type, not subject.