How to Score 80+ in GATE 2025 Electrical Engineering Exam?

Knowing the Syllabus Completely

Start by covering every topic in the GATE 2025 Electrical Engineering syllabus in detail. Avoid selective study to ensure you’re well-prepared for all possible questions.

Early Syllabus Completion

Finish the syllabus early to allow ample time for revision. Avoid skipping chapters or subjects entirely.

Time Management and Priority Setting

Plan your study time around both your strengths and weaknesses. Focus more on areas needing improvement, but remember to maintain skills in strong areas as well.

Organize a Study Routine

Create a daily study schedule with time for regular review, practice, and short breaks. Following a consistent routine helps you cover the syllabus thoroughly.

Allocate Revision Time

Set aside dedicated time for revision, covering each topic at least twice to reinforce retention.

Utilize Online Resources

Leverage educational websites, online platforms, and YouTube for detailed explanations and additional practice if you do not have any tutor to guide you.

Review Past Question Papers

Practice with previous question papers to understand the types of questions, difficulty levels, and exam pattern, which will improve your exam-day performance.

Practice Mock Tests and Sample Papers

Use mock exams and GATE sample papers to test your knowledge, refine time management, and build exam confidence. Regular practice boosts accuracy and speed.

Take Free Mock Tests

Attempt free GATE mock tests and sample papers to familiarize yourself with the exam pattern and question types.

Seek Help When Needed

Consult mentors, experts, or online forums for guidance on challenging topics to prevent knowledge gaps.

Build a Focused Mindset

Prepare mentally by managing stress, maintaining a balanced routine, and getting sufficient rest. A calm, positive mindset can greatly aid performance.

Prepare Short Notes

Create notes with key formulas, derivations, and essential points, and review them regularly to aid memory retention.

Avoid New Methods Last Minute

Stick to familiar solving techniques during the exam to avoid confusion or disrupting focus.

Careful Reading of Questions

Read each question thoroughly during the exam, paying attention to details to avoid missing critical information.

Exam Time Management Techniques

During the exam, allocate time based on question difficulty and move on from tough questions to maintain momentum.

Negative Marking Awareness

Avoid guessing if unsure of an answer, as incorrect answers incur negative marking. It’s safer to skip if uncertain.

SET 1

SET 2

General Aptitude

15 - Marks

15 - Marks

Engineering Mathematics

10 - Marks

12 - Marks

Electronics & Electrical Engineering Subjects

Power System

11 - Marks

12 - Marks

Control System

8 - Marks

8 - Marks

Power Electronics

11 - Marks

7 - Marks

Electrical Machines

12 - Marks

12 - Marks

Signal System

6 - Marks

6 - Marks

Network System

8 - Marks

8 - Marks

Electromagnetic Theory

2 - Marks

4 - Marks

Electrical Measurement

4 - Marks

4 - Marks

Analog & Digital Circuits

13 - Marks

12 - Marks

Total

100 - Marks

100 - Marks

Aptitude & Engineering Mathematics

Aptitude, Reasoning & Engineering Mathematics-

(Refer R.S Aggarwal)

Power System

• Symmetry Component with Fault Calculation

• Load Flows

• Stability

• Economic Operation

• Rate of Restriking voltage calculation

• Distance Protection

• Differential Protection

• SFC Circuit Breaker

Electrical Machines

• DC machines

• Induction Machines

• Synchronize Machine

• Transformers

• Single Phase Machine

• Special Machine

Control System

• Root Locus Techniques

• RH Criterion

• Nyquist Criterion

• Bode Plots

• Design of Control System

• State variable analysis

• Block Diagram Model /Signal How Reduction

Electrical Mesurement

• Galvanometer/ Techniques to extend the range of measurement

• Instrumentation Transformer

• Two-wattmeter Method

• LVDT/Transducers

• CRO, Graph Generation

Network System

• Resonance

• Parallel Resonance

• Two Port Network

Month 1

Week 1

Engineering Mathematics, Network Theory

Cover basics, practice concepts, solve questions.

Week 2

Signals & Systems, Electromagnetic Fields

Continue foundational concepts, practice problem-solving.

Week 3

Control Systems, Electrical Machines (start)

Study key topics, practice questions, and identify weaknesses.

Week 4

Power Systems, Analog Electronics

Practice and solve past questions for these subjects to gauge understanding.

Month 2

Week 1

Power Electronics, Control Systems (review)

Deepen understanding, solve advanced problems.

Week 2

Digital Electronics, Network Theory (advanced)

Focus on core concepts, practice advanced questions.

Week 3

Electrical Machines (in-depth), Math (advanced)

Practice with emphasis on problem-solving and speed.

Week 4

General Aptitude, previous subjects (revise)

Focus on aptitude, revisit challenging topics. Start full-length mock tests and analyze results.

Month 3

Week 1

Electrical Circuits, Control Systems, Power Electronics

Intensive revision, quick summary notes.

Week 2

Signals & Systems, Electromagnetic Fields, Digital Electronics

Focused revision, emphasize weak areas.

Week 3

Engineering Math, General Aptitude

Go through important formulas, practice mock tests.

Week 4

All subjects (light revision)

Attempt final mock tests, review mistakes, and maintain calm.

Extra Tips

Weekly Review

Summarize weak areas each week

Daily Practice: Minimum 2 hours.

Network

Engineering Circuit Analysis by Hayt (Tata McGraw Hill)

Electronic Device

Semiconductor Physics by Neaman

Signals and System

Signal and System by Oppenheim

Analog Electronics

Microelectronics by Sedra Smith

Electronic Devices and Circuit by Boyelstead

Digital Electronics

Digital Electronics by Morris Mano

Control System

Control System by Benjam

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