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GATE ,

GATE 100-Day Plan for Electronics and Communication Engineering (ECE)

100days study plan for ece

Here’s a GATE 100-Day Plan for Electronics and Communication Engineering (ECE) — designed for serious aspirants aiming to maximize marks with focused revision, smart practice, and time management.
It’s structured into three strategic phases (Preparation, Practice, and Perfection).

🎯 Overview

  • Total Duration: 100 Days
  • Target Exam: GATE ECE
  • Goal: Strengthen core concepts + maximize test performance
  • Study Hours: 6–8 hrs/day (can scale based on availability)
  • Strategy: Concept revision → Intensive practice → Mock test mastery

🧭 Phase 1: Concept Reinforcement (Day 1–40)

Objective: Brush up all major subjects, revise theory, and build formula mastery.

Week 1–2 (Day 1–14)

Subjects:

  • Network Theory
  • Signals & Systems

Tasks:

  • Revise all key formulas and derivations.
  • Solve GATE previous 10 years’ questions topic-wise.
  • Make a one-page formula sheet per chapter.
  • Practice Bode plots, transient analysis, and Fourier/Laplace transforms.

Week 3–4 (Day 15–28)

Subjects:

  • Electronic Devices (EDC)
  • Analog Electronics

Tasks:

  • Focus on PN junction, MOSFET, and BJT biasing.
  • Revisit op-amp circuits and amplifier frequency response.
  • Solve 20+ numerical problems daily.
  • Revise transistor characteristics and small-signal models.

Week 5–6 (Day 29–40)

Subjects:

  • Digital Electronics
  • Control Systems

Tasks:

  • Focus on logic simplification, K-maps, counters, and FSMs.
  • Study time/frequency response, root-locus, Nyquist, and Bode plots.
  • Prepare short notes and formula lists.

⚙️ Phase 2: Practice & Problem Solving (Day 41–70)

Objective: Strengthen numerical solving, application, and accuracy.

Week 7–8 (Day 41–56)

Subjects:

  • Communication Systems
  • Electromagnetic Theory (EMT)

Tasks:

  • Practice modulation/demodulation numericals and SNR questions.
  • Solve Maxwell’s equations, waveguides, and transmission line problems.
  • Start taking subject-wise mini tests every 3 days.

Week 9–10 (Day 57–70)

Subjects:

  • Engineering Mathematics
  • General Aptitude

Tasks:

  • Revise Laplace, Fourier, and Probability topics.
  • Practice 15–20 aptitude questions daily.
  • Attempt mixed-subject tests (2–3 per week).
  • Revise all formula sheets from Phase 1.

🚀 Phase 3: Full-Length Tests & Final Revision (Day 71–100)

Objective: Maximize test-taking efficiency and accuracy under timed pressure.

Week 11–12 (Day 71–85)

  • Attempt 1 full-length mock test every 2 days.
  • Analyze mistakes thoroughly (conceptual vs silly).
  • Revise weak subjects after each test.
  • Keep updating your Error Log Book — note repetitive errors.

Week 13–14 (Day 86–100)

  • Attempt 5–7 final full-length mocks simulating actual exam time.
  • Revise only from short notes and formula sheets.
  • Focus on speed + accuracy + time allocation per section.
  • Sleep, eat, and rest properly during last 5 days.

🧠 Smart Tips

  • 📘 PYQs are gold: Revise last 15 years’ questions twice.
  • ⏱️ Time-bound practice: Always solve with a timer.
  • 🧾 Formula notebook: Keep one concise notebook for revision.
  • 🧩 Revision ratio: 70% concept + 30% test analysis in last 30 days.
  • 🧘 Avoid burnout: 1 day/week for light revision and rest.

📋 Quick Subject Priority (Weightage-Based)

SubjectApprox. WeightagePriority
Network Theory9–10 marks🔥 High
Control Systems8 marks🔥 High
Communication Systems8–9 marks🔥 High
Analog Electronics8–10 marks🔥 High
Digital Electronics7–8 marksHigh
EDC7–8 marksHigh
EMT6–8 marksMedium
Engineering Maths13–15 marksVery High
Aptitude15 marksMust Score Section

Best of Luck🤞.

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