GATE
    GATE EE
    Updated Oct 2026

    GATE EE Topic Wise Weightage & PYQ Analysis (390 Questions)

    Analyze the exact GATE EE topic wise weightage and PYQ marks distribution across 390 questions. Prioritize high yield chapters like Network Elements and Power Systems to maximize your score and optimize your study schedule effectively.

    MastersUp EditorialOctober 28, 202614 min read

    Last updated: 2026-10-28

    GATE EE Topic Wise Weightage and PYQ Analysis

    The GATE EE exam allocates 100 marks across 65 questions. General Aptitude carries 15 marks, Engineering Mathematics carries 13 marks, and the ten core Electrical Engineering subjects comprise the remaining 72 marks. Based on an analysis of 390 previous year questions, Network Elements dominate with 11.28 percent weightage, followed by Power Systems at 9.49 percent. This forensic breakdown tells you exactly where to focus your preparation time for maximum score retrieval.

    GATE EE Subject Wise Weightage Overview

    The GATE EE exam allocates 100 marks across 65 questions. General Aptitude carries 15 marks, Engineering Mathematics carries 13 marks, and the ten core Electrical Engineering subjects comprise the remaining 72 marks, as confirmed by IIT Madras for the 2027 cycle.

    Understanding this 15:13:72 split is the absolute foundation of your preparation strategy. Many candidates mistakenly treat all 100 marks as a single homogeneous pool, but the distribution dictates your study sequence. The 15 marks for General Aptitude and 13 marks for Engineering Mathematics are non negotiable. You must secure at least 20 of these 28 marks to build a safe baseline for a competitive rank. The remaining 72 marks are distributed across ten core subjects, but they are not distributed equally. Our analysis of 390 PYQs reveals massive disparities in chapter level yield.

    What most candidates get wrong here is assuming that advanced topics like Electromagnetic Fields or Power Electronics carry the same weight as foundational topics like Network Elements. The data proves otherwise. By aligning your study hours with the actual question frequency, you optimize your return on investment. For instance, Engineering Mathematics as a whole accounts for 55 questions and 14.1 percent of the total weightage. Within this, Numerical computation and estimation alone holds 23 questions at 5.9 percent, while Linear Algebra and Calculus each contribute 17 questions at 4.36 percent. Ignoring these specific chapters leaves easy marks on the table.

    Highest Weightage Topics in GATE Electrical Engineering

    Network Elements dominate the GATE EE paper with 44 questions, representing 11.28 percent of the total 390 analyzed PYQs. Power Systems follow closely with 37 questions (9.49 percent), making these two areas the absolute highest yield focus for serious aspirants.

    Let us break down the core high yield units in detail. Network Elements account for 44 questions. This includes critical subtopics like Transient and Switching Analysis, which alone accounts for 8 questions and 2.05 percent of the total weightage. AC Analysis, Resonance, and Coupled Circuits add another 8 questions. Thevenin and Norton Equivalents are also heavily tested. Mastery here is not optional; it is the backbone of your score and directly supports your understanding of Electrical Machines and Control Systems.

    Power Systems contribute 37 questions, translating to 9.49 percent weightage. Within this, Transmission Lines, Cables, and Steady State Power Transfer represent 7 questions. Electrical Machines add 36 questions, with Transformers, Induction Machines, and Synchronous Machines each contributing 7 questions. Control Systems and Signals and Systems also hold strong positions with 31 and 34 questions respectively. Specifically, LTI Systems, Impulse Response, and Convolution account for 7 questions in Signals and Systems.

    Power Electronics and Analog and Digital Electronics each hold 34 questions, representing 8.72 percent weightage apiece. In Power Electronics, DC-DC Converters (Choppers) account for 8 questions, and Phase-Controlled Rectifiers and Thyristor Circuits account for 7 questions. In Analog and Digital Electronics, Op-Amp Linear Circuits and Amplifiers represent 7 questions. Quantitative Aptitude rounds out the high yield areas with 28 questions at 7.18 percent.

    Core High Yield Topics

    • Network Elements Weight: 11.28 percent. Highest yield core unit with 44 PYQs, forming the foundation for multiple other topics.
    • Power Systems Weight: 9.49 percent. Consistent 37 PYQs with high predictability in transmission lines and steady state power transfer.
    • Electrical Machines Weight: 9.23 percent. 36 PYQs focused on transformers and induction machines, offering high accuracy potential.

    Topics to Skip in the First Pass of GATE EE

    Aspirants should bypass Spatial Aptitude and Electrical and Electronic Measurements during the first pass. These topics offer low mark density and often feature time consuming, unpredictable question formats.

    Speed traps are topics that consume disproportionate time relative to their mark value. Electromagnetic Fields carry 18 questions, which is 4.62 percent of the total. The concepts are highly abstract, and questions often require lengthy calculations or complex visualization. Within this, Electrostatic Fields, Potentials, and Work account for 7 questions. Complex Variables add only 6 questions, representing 1.54 percent. The computational time cost is high, making it better to attempt these only if you have memorized the core formulas.

    For the first pass of your exam or study plan, skip first pass topics entirely. Spatial Aptitude has a mere 1.54 percent weightage with 6 questions, specifically focusing on Transformation of shapes. The visual reasoning requirements are unpredictable. Electrical and Electronic Measurements have only 8 PYQs, amounting to 2.05 percent. These questions frequently feature lengthy instrument specific scenarios that slow down your overall pacing. Verbal Aptitude (15 questions, 3.85 percent) and Analytical Aptitude (10 questions, 2.56 percent) should also be managed efficiently, focusing on Basic English grammar (9 questions) and Data interpretation (5 questions).

    Speed Traps

    • Electromagnetic Fields Weight: 4.62 percent. Only 18 PYQs with abstract concepts that consume disproportionate time relative to marks.
    • Complex Variables Weight: 1.54 percent. Low yield with 6 PYQs and high computational time cost.

    Skip on First Pass

    • Spatial Aptitude Weight: 1.54 percent. Merely 6 PYQs with unpredictable visual reasoning requirements, best left for the end.
    • Electrical Measurements Weight: 2.05 percent. Only 8 PYQs, often featuring lengthy instrument specific scenarios that slow down pacing.

    Cold Reality: Scoring 60 plus marks in GATE EE is not about knowing every formula in Electromagnetic Fields. It is about securing 90 percent accuracy in Network Elements and Power Systems. Candidates who chase low weightage, high complexity topics early in their preparation consistently burn out and miss the cutoff. Master the 11.28 percent first.

    Official GATE 2027 Schedule and Deadlines

    The official GATE 2027 schedule is anchored by the July 20, 2026 brochure release and the September 30, 2026 application deadline. Planning your preparation requires aligning with this official timeline. IIT Madras has already released the official brochure confirming the EE syllabus remains unchanged for the upcoming cycle.

    GATE 2027 Information Brochure Release

    Syllabus confirmed unchanged for EE.

    GATE 2027 Application Last Date

    Final deadline for registration.

    EventDateStatus
    Information Brochure Release2026-07-20
    Application Last Date2026-09-30

    For complete official details, always refer to the official GATE 2027 portal.

    The MastersUp Advantage in Topic Mastery

    MastersUp transforms static weightage data into a dynamic, personalized study plan that adapts to your daily performance. Studying from a table is only the first step. Executing that strategy requires a system that tracks your actual weak points.

    How the Flow Works

    1. Log in and pick your exam. MastersUp separates your weak and strong topics immediately.
    2. Machine learning tracks your real performance topic by topic, spotting patterns you cannot see.
    3. Every practice question is curated for your specific gaps, not generic random practice.
    4. Use Cocoon, our focus mode flow, for learning on the go, one topic at a time.

    Revision depth tracks your prep window. We recommend about 6 full revisions across 12 months, 5 across 8 months, 4 across 6 months, 3 across 4 months, 2 across 3 months or less, and a compact sprint mode when very little time is left. Even at 1 hour of daily practice, you can see exactly where you stand, topic by topic, against other students on the platform.

    Frequently Asked Questions

    Here are the most frequently asked questions regarding GATE EE topic wise weightage and preparation strategy.

    How many marks are for Engineering Mathematics in GATE EE?

    Engineering Mathematics carries a compulsory block of exactly 13 marks in the GATE EE paper. This is part of the 15:13:72 mark split, distinct from some other GATE papers that do not have this compulsory block.

    Which chapter has the highest weightage in GATE EE?

    Network Elements is the highest weightage chapter, accounting for 44 questions and 11.28 percent of the analyzed 390 PYQs. It is followed by Power Systems with 37 questions and Electrical Machines with 36 questions.

    Ready to align your preparation with actual exam data?

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    GATE EE Topic Wise Weightage & PYQ Analysis (390 Questions)

    Analyze the exact GATE EE topic wise weightage and PYQ marks distribution across 390 questions. Prioritize high yield chapters like Network Elements and Power Systems to maximize your score and optimize your study schedule effectively.

    Article

    Last updated: 2026-10-28

    GATE EE Topic Wise Weightage and PYQ Analysis

    The GATE EE exam allocates 100 marks across 65 questions. General Aptitude carries 15 marks, Engineering Mathematics carries 13 marks, and the ten core Electrical Engineering subjects comprise the remaining 72 marks. Based on an analysis of 390 previous year questions, Network Elements dominate with 11.28 percent weightage, followed by Power Systems at 9.49 percent. This forensic breakdown tells you exactly where to focus your preparation time for maximum score retrieval.

    GATE EE Subject Wise Weightage Overview

    The GATE EE exam allocates 100 marks across 65 questions. General Aptitude carries 15 marks, Engineering Mathematics carries 13 marks, and the ten core Electrical Engineering subjects comprise the remaining 72 marks, as confirmed by IIT Madras for the 2027 cycle.

    Understanding this 15:13:72 split is the absolute foundation of your preparation strategy. Many candidates mistakenly treat all 100 marks as a single homogeneous pool, but the distribution dictates your study sequence. The 15 marks for General Aptitude and 13 marks for Engineering Mathematics are non negotiable. You must secure at least 20 of these 28 marks to build a safe baseline for a competitive rank. The remaining 72 marks are distributed across ten core subjects, but they are not distributed equally. Our analysis of 390 PYQs reveals massive disparities in chapter level yield.

    What most candidates get wrong here is assuming that advanced topics like Electromagnetic Fields or Power Electronics carry the same weight as foundational topics like Network Elements. The data proves otherwise. By aligning your study hours with the actual question frequency, you optimize your return on investment. For instance, Engineering Mathematics as a whole accounts for 55 questions and 14.1 percent of the total weightage. Within this, Numerical computation and estimation alone holds 23 questions at 5.9 percent, while Linear Algebra and Calculus each contribute 17 questions at 4.36 percent. Ignoring these specific chapters leaves easy marks on the table.

    Highest Weightage Topics in GATE Electrical Engineering

    Network Elements dominate the GATE EE paper with 44 questions, representing 11.28 percent of the total 390 analyzed PYQs. Power Systems follow closely with 37 questions (9.49 percent), making these two areas the absolute highest yield focus for serious aspirants.

    Let us break down the core high yield units in detail. Network Elements account for 44 questions. This includes critical subtopics like Transient and Switching Analysis, which alone accounts for 8 questions and 2.05 percent of the total weightage. AC Analysis, Resonance, and Coupled Circuits add another 8 questions. Thevenin and Norton Equivalents are also heavily tested. Mastery here is not optional; it is the backbone of your score and directly supports your understanding of Electrical Machines and Control Systems.

    Power Systems contribute 37 questions, translating to 9.49 percent weightage. Within this, Transmission Lines, Cables, and Steady State Power Transfer represent 7 questions. Electrical Machines add 36 questions, with Transformers, Induction Machines, and Synchronous Machines each contributing 7 questions. Control Systems and Signals and Systems also hold strong positions with 31 and 34 questions respectively. Specifically, LTI Systems, Impulse Response, and Convolution account for 7 questions in Signals and Systems.

    Power Electronics and Analog and Digital Electronics each hold 34 questions, representing 8.72 percent weightage apiece. In Power Electronics, DC-DC Converters (Choppers) account for 8 questions, and Phase-Controlled Rectifiers and Thyristor Circuits account for 7 questions. In Analog and Digital Electronics, Op-Amp Linear Circuits and Amplifiers represent 7 questions. Quantitative Aptitude rounds out the high yield areas with 28 questions at 7.18 percent.

    Core High Yield Topics

    • Network Elements Weight: 11.28 percent. Highest yield core unit with 44 PYQs, forming the foundation for multiple other topics.
    • Power Systems Weight: 9.49 percent. Consistent 37 PYQs with high predictability in transmission lines and steady state power transfer.
    • Electrical Machines Weight: 9.23 percent. 36 PYQs focused on transformers and induction machines, offering high accuracy potential.

    Topics to Skip in the First Pass of GATE EE

    Aspirants should bypass Spatial Aptitude and Electrical and Electronic Measurements during the first pass. These topics offer low mark density and often feature time consuming, unpredictable question formats.

    Speed traps are topics that consume disproportionate time relative to their mark value. Electromagnetic Fields carry 18 questions, which is 4.62 percent of the total. The concepts are highly abstract, and questions often require lengthy calculations or complex visualization. Within this, Electrostatic Fields, Potentials, and Work account for 7 questions. Complex Variables add only 6 questions, representing 1.54 percent. The computational time cost is high, making it better to attempt these only if you have memorized the core formulas.

    For the first pass of your exam or study plan, skip first pass topics entirely. Spatial Aptitude has a mere 1.54 percent weightage with 6 questions, specifically focusing on Transformation of shapes. The visual reasoning requirements are unpredictable. Electrical and Electronic Measurements have only 8 PYQs, amounting to 2.05 percent. These questions frequently feature lengthy instrument specific scenarios that slow down your overall pacing. Verbal Aptitude (15 questions, 3.85 percent) and Analytical Aptitude (10 questions, 2.56 percent) should also be managed efficiently, focusing on Basic English grammar (9 questions) and Data interpretation (5 questions).

    Speed Traps

    • Electromagnetic Fields Weight: 4.62 percent. Only 18 PYQs with abstract concepts that consume disproportionate time relative to marks.
    • Complex Variables Weight: 1.54 percent. Low yield with 6 PYQs and high computational time cost.

    Skip on First Pass

    • Spatial Aptitude Weight: 1.54 percent. Merely 6 PYQs with unpredictable visual reasoning requirements, best left for the end.
    • Electrical Measurements Weight: 2.05 percent. Only 8 PYQs, often featuring lengthy instrument specific scenarios that slow down pacing.

    Cold Reality: Scoring 60 plus marks in GATE EE is not about knowing every formula in Electromagnetic Fields. It is about securing 90 percent accuracy in Network Elements and Power Systems. Candidates who chase low weightage, high complexity topics early in their preparation consistently burn out and miss the cutoff. Master the 11.28 percent first.

    Official GATE 2027 Schedule and Deadlines

    The official GATE 2027 schedule is anchored by the July 20, 2026 brochure release and the September 30, 2026 application deadline. Planning your preparation requires aligning with this official timeline. IIT Madras has already released the official brochure confirming the EE syllabus remains unchanged for the upcoming cycle.

    GATE 2027 Information Brochure Release

    Syllabus confirmed unchanged for EE.

    GATE 2027 Application Last Date

    Final deadline for registration.

    Event Date Status
    Information Brochure Release 2026-07-20
    Application Last Date 2026-09-30

    For complete official details, always refer to the official GATE 2027 portal.

    The MastersUp Advantage in Topic Mastery

    MastersUp transforms static weightage data into a dynamic, personalized study plan that adapts to your daily performance. Studying from a table is only the first step. Executing that strategy requires a system that tracks your actual weak points.

    How the Flow Works

    1. Log in and pick your exam. MastersUp separates your weak and strong topics immediately.
    2. Machine learning tracks your real performance topic by topic, spotting patterns you cannot see.
    3. Every practice question is curated for your specific gaps, not generic random practice.
    4. Use Cocoon, our focus mode flow, for learning on the go, one topic at a time.

    Revision depth tracks your prep window. We recommend about 6 full revisions across 12 months, 5 across 8 months, 4 across 6 months, 3 across 4 months, 2 across 3 months or less, and a compact sprint mode when very little time is left. Even at 1 hour of daily practice, you can see exactly where you stand, topic by topic, against other students on the platform.

    View Full Syllabus Start Chapter Practice Access Full PYQ Papers Take Mock Tests

    Frequently Asked Questions

    Here are the most frequently asked questions regarding GATE EE topic wise weightage and preparation strategy.

    How many marks are for Engineering Mathematics in GATE EE?

    Engineering Mathematics carries a compulsory block of exactly 13 marks in the GATE EE paper. This is part of the 15:13:72 mark split, distinct from some other GATE papers that do not have this compulsory block.

    Which chapter has the highest weightage in GATE EE?

    Network Elements is the highest weightage chapter, accounting for 44 questions and 11.28 percent of the analyzed 390 PYQs. It is followed by Power Systems with 37 questions and Electrical Machines with 36 questions.

    Ready to align your preparation with actual exam data?

    Start Your Personalized Plan

    Frequently Asked Questions

      • Q: How many marks are for Engineering Mathematics in GATE EE?
      • A: Engineering Mathematics carries a compulsory block of exactly 13 marks in the GATE EE paper. This is part of the 15:13:72 mark split, distinct from some other GATE papers that do not have this compulsory block.
      • Q: Which chapter has the highest weightage in GATE EE?
      • A: Network Elements is the highest weightage chapter, accounting for 44 questions and 11.28 percent of the analyzed 390 PYQs. It is followed by Power Systems with 37 questions and Electrical Machines with 36 questions.