Some of the High-Scoring Electrical Engineering Topics for GATE 2026 are Electrical Machines, Power Systems, Power Electronics, Control Systems etc. You can check the detailed important topics here.
Table of Contents
The Graduate Aptitude Test in Engineering is one of the highly sought-after exams in India, where engineering graduates all over India participate and get admission for higher studies, research opportunities, and jobs in top institutions. For Electrical Engineering, you need to score high to clear GATE 2026 and touch your career milestones. To qualify for the GATE 2026 EE, you must study hard and make strong preparation strategies. Along with the study plan, you also require GATE 2026 books, where you get all the information as per the GATE pattern.
Various topics in GATE EE carry high marks and allow candidates to score well with regular practice and a clear understanding. You must prioritize the high-scoring topics, but also not neglect the easy sections. GATE EE 2026 is the best opportunity to get admission in top IITs, NITs, etc., and secure jobs in top PSUs. Here, we will learn about the main topics and many more.
High-Scoring Electrical Engineering Topics for GATE 2026
Here we have listed and discussed the most important topics for GATE EE 2026:
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Electrical Machines
The Electrical Machines topic in GATE EE covers transformers, DC machines, and induction machines. You can get numerical questions based on efficiency, torque-speed characteristics, and equivalent circuits. It is important to clearly understand the concepts and learn problem-solving to prepare for this topic.
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Power Systems
Power systems topics usually include transmission, distribution, fault analysis, and protection systems. THE GATE EE paper consists of conceptual questions with calculations based on load flow analysis, stability, and protection systems such as circuit breakers and relays.
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Power Electronics
The main subtopics in power electronics are converters, inverters, rectifiers, and choppers. All these devices are important in modern-day electrical appliances, which is why GATE often asks questions based on them. You will get questions from waveform analysis, efficiency, and switching characteristics.
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Control Systems
Control systems focus on stability, time, and frequency domain analysis and compensator design. The paper will consist of questions based on root locus, Bode Plots, and state-space representation. You will need lots of practice to learn these topics properly.
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Electrical Circuits
The electrical circuits topics will cover network theorems, analysis, resonance, and 3-phase circuits. You can get both theoretical and numerical problems based on circuit simplification and AC/CD analysis.
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Signals and Systems
Under this topic, you need to prepare Laplace transforms, Fourier series, Fourier Transforms, and convolution. You need to practice mathematical calculations in this topic.
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Electromagnetic Fields (EMF)
Electromagnetic Fields contain various important subtopics, such as electrostatics, magnetostatics, wave propagation, and transmission lines. Numericals will be based on field calculations, wave impedance, and Maxwell's equations.
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Measurements and Instrumentation
This section will cover measurement errors, bridges, and instrument characteristics. The questions from this section will be direct and take less time to solve
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Digital Electronics
The digital number system is the most scoring topic in GATE EE, including simple questions from Boolean algebra, combinational and sequential circuits, and logic gates. You must have a good knowledge of truth tables and Karnaugh maps.
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Analog Electronics
The Analog electronics include BJTs, FETs, op-amps, and oscillators. You can get the questions from circuit analysis for amplification, feedback, and frequency response.
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Engineering Mathematics
Engineering mathematics contains 12-15 marks in GATE EE and covers the simple topics such as algebra, calculus, probability, and numerical formulas. If you have a strong basic knowledge of Maths, you will easily solve all the questions correctly.
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General Aptitude
General Aptitude is the highest-scoring section in GATE 2026. You have to prepare your reasoning ability, data interpretation, and English comprehension. This section allows you to increase your overall scores.
GATE 2026 Topic-Wise Estimated Weightage for Electrical Engineering
Here, we have mentioned the different topics in GATE EE 2026 and their approximate weightage based on previous year trends. This will help you understand which topic contains more marks, and you will be able to plan your study accordingly.
|
Section |
Approximate Weightage (%) |
|
Electrical Machines |
10–12% |
|
Power Systems |
8–10% |
|
Power Electronics |
8–10% |
|
Control Systems |
6–8% |
|
Signals and Systems |
6–8% |
|
Electrical & Electronic Measurements |
4–6% |
|
Analog Electronics |
4–6% |
|
Digital Electronics |
3–5% |
|
Network Theory |
6–8% |
|
Electromagnetic Fields (EMF) |
5–7% |
|
Engineering Mathematics |
13–15% |
|
General Aptitude |
15% |
Best Books to study in Electrical Engineering for GATE 2026
For good preparation, you require standard books. So, the table below contains the list of books based on different subjects. These books are designed based on the GATE EE pattern.
|
Subject / Topic |
Book Name |
Author(s) |
|
Engineering Mathematics |
Higher Engineering Mathematics |
B.S. Grewal |
|
Advanced Engineering Mathematics |
Erwin Kreyszig |
|
|
Electrical Circuits & Networks |
Electric Circuits |
James W. Nilsson & Susan Riedel |
|
Network Analysis |
Van Valkenburg |
|
|
Signals & Systems |
Signals and Systems |
Alan V. Oppenheim, Alan S. Willsky |
|
Signals and Systems |
Simon Haykin |
|
|
Electromagnetic Fields |
Engineering Electromagnetics |
William H. Hayt & John A. Buck |
|
Electromagnetic Field Theory |
Sadiku |
|
|
Electrical Machines |
Electrical Machinery |
P.S. Bimbhra |
|
Electrical Machines |
Nagrath & Kothari |
|
|
Power Systems |
Power System Engineering |
Nagrath & Kothari |
|
Power System Analysis |
Hadi Saadat |
|
|
Power Electronics |
Power Electronics |
P.S. Bimbhra |
|
Power Electronics: Converters, Applications, and Design |
Ned Mohan |
|
|
Control Systems |
Control Systems Engineering |
I.J. Nagrath & M. Gopal |
|
Modern Control Engineering |
Katsuhiko Ogata |
|
|
Analog Electronics |
Integrated Electronics |
Jacob Millman & Christos Halkias |
|
Electronic Devices and Circuits |
Boylestad & Nashelsky |
|
|
Digital Electronics |
Digital Logic and Computer Design |
M. Morris Mano |
|
Digital Electronics |
R.P. Jain |
|
|
Electrical Measurements |
A Course in Electrical and Electronic Measurements and Instrumentation |
A.K. Sawhney |
|
General GATE Practice |
GATE Electrical Engineering Previous Year Solved Papers |
Made Easy / ACE Academy |
Smart preparation is very important to achieve success in GATE EE 2026. A balanced combination of hard work and smart strategies will help you score high in GATE and come one step closer to your goals. Make sure to focus on the important topics and practice the GATE previous year questions to ensure you will not lose marks. Also, keep practising the easy sections regularly because they help you enhance your overall scores. GATE EE 2026 is your gate to a shining career ahead.
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