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    GATE EE Subject Wise Weightage 2026 - Important Chapters and Topics

    GATE EE Subject Wise Weightage 2026 - Important Chapters and Topics

    Team Careers360Updated on 26 Nov 2025, 10:04 AM IST

    GATE EE Subject Wise Weightage 2026: The GATE exam is conducted for students aiming for higher studies or opting for a job in PSUs. For this exam, it is essential to comprehend the subject-wise weightage for GATE EE 2026 to prepare well and strategically organize your studies. Candidates can arrange their study schedule according to the GATE 2026 subjects that yield the highest marks by examining the weightage. This enables students to devote more time and energy to areas that carry more weight, guaranteeing a well-rounded preparation that enhances their chances of scoring well in the GATE exam. The GATE 2026 exam is scheduled for February 2026 on 7, 8, 14, and 15, 2026.

    LiveGATE 2026 Result LIVE: Scorecards to be out soon at gate2026.iitg.ac.in; latest updatesMar 16, 2026 | 9:57 PM IST

    GATE scorecard 2026 contains information like candidate’s name, date of birth, application number, marks obtained, and rank secured in the examination.

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    GATE EE Subject Wise Weightage 2026 - Important Chapters and Topics
    GATE EE Subject Wise Weightage 2026 - Important Chapters and Topics

    GATE EE Subject Wise Weightage 2026 - Last 5 Year

    The core subjects for GATE 2026 Electrical Engineering (EE) include Electric Circuits and Networks, Electromagnetic Fields, Signals and Systems, Electrical Machines, Power Systems, Power Electronics, Control Systems, Analog and Digital Electronics, and Electrical and Electronic Measurements. These subjects form the foundation of the GATE EE syllabus, and a thorough understanding of these topics is essential for success in the exam.

    Chapter Name20252024202320222021Total of five yearWeightage
    Analog and Digital Electronics1513121265818.41%
    Aptitude10101010105015.87%
    Control Systems66666309.52%
    Electric Circuits76554278.57%
    Electrical and Electronic Measurements799984213.33%
    Electrical Machines53333175.40%
    Electromagnetic Fields1222292.86%
    Engineering Mathematics23332134.13%
    Power Electronics12335144.44%
    Power Systems75667319.84%
    Signals and Systems46662247.62%
    Grand Total6565656555315100.00%
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    The subject-wise weightage for GATE 2026 EE serves as a valuable tool for candidates, allowing them to plan a more balanced and efficient preparation strategy. By understanding how different subjects are weighted, students can allocate their time and resources more effectively for the GATE exam. To support this, our experts have shared a detailed table that highlights the estimated weightage for each subject, offering further guidance for GATE EE 2026 preparation. The following is the number of questions asked from each chapter in GATE 2025 exam.

    GATE Previous Year Question Paper's
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    Chapter NameNo. of Question Asked
    Analog and Digital Electronics15
    Aptitude10
    Control Systems6
    Electric Circuits7
    Electrical and Electronic Measurements7
    Electrical Machines5
    Electromagnetic Fields1
    Engineering Mathematics2
    Power Electronics1
    Power Systems7
    Signals and Systems4
    Grand Total65
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    Also Read: How to Prepare for Electrical Engineering

    Here is the detailed distribution of weightage you can refer to for last 5 years:

    1754985233510


    Which Topic Has the Highest Weightage in GATE EE?

    Based on detailed analysis done by subject matter experts, maths has the highest weightage among the specific topics of EE after aptitude. After this, the next high weighted topics are communication systems and signals and systems.

    SubjectChapterRepeated Topics
    Electrical MachinesTransformersOC & SC test, Voltage Regulation, Efficiency

    DC MachinesTorque equation, Characteristics, Losses

    Induction MachinesSlip & torque relation, Starting methods, Power flow diagram

    Synchronous MachinesEMF equation, Voltage regulation, Power-angle characteristics
    Power SystemsPower GenerationThermal & hydro plant layout, Cost of generation

    Transmission & DistributionFerranti effect, Corona loss, Transmission efficiency

    Fault AnalysisSymmetrical faults, Unsymmetrical faults, Sequence components

    StabilitySwing equation, Equal area criterion, Transient stability
    Power ElectronicsConvertersSingle-phase controlled rectifier, Three-phase rectifier, Firing angle control

    ChoppersStep-up & step-down operation, Control strategies

    InvertersPWM techniques, Voltage control, Harmonics
    Control SystemsTime Domain AnalysisStep response, Time constant, Steady-state error

    Frequency Domain AnalysisBode plot, Phase margin, Gain margin

    Stability AnalysisNyquist criterion, Root locus concepts
    Signals & SystemsFourier AnalysisFourier series, Fourier transform

    Laplace TransformInitial & final value theorem, Transfer function derivation

    Sampling & ConvolutionSampling theorem, Convolution properties
    Electrical & Electronic MeasurementsMeasurement DevicesPMMC, Moving iron instruments, Wattmeter

    BridgesWheatstone bridge, Maxwell’s bridge, Schering bridge
    Analog ElectronicsAmplifiersCommon-emitter characteristics, Feedback amplifiers

    OscillatorsWien bridge oscillator, Phase-shift oscillator
    Digital ElectronicsLogic Gates & Boolean AlgebraLogic simplification, K-map

    Sequential CircuitsFlip-flops, Counters, Shift registers
    Electromagnetic TheoryTransmission LinesCharacteristic impedance, Reflection coefficient

    Waveguides & AntennasRectangular waveguides, Antenna parameters
    Engineering MathematicsLinear AlgebraEigenvalues & eigenvectors, Matrix inversion

    CalculusMaxima-minima, Partial derivatives

    Probability & StatisticsMean & variance, Probability distributions


    GATE Electrical Engineering Subject Wise Weightage 2026 : Exam Pattern

    The GATE Electrical Engineering (EE) 2026 syllabus and subject-wise weightage follow a structured pattern, enabling candidates to focus on critical areas. The syllabus covers a wide range of topics, which are categorized into different sections. Based on the analysis of previous years' exams, here is a general overview of the syllabus and exam pattern:

    GATE 2026 Electrical Engineering Exam Pattern

    There will be a total of 65 questions in the GATE 2026 Electrical Engineering exam paper. The total marks will be 100. The exam duration will be 3 hours.

    Marking Scheme: 1 or 2 marks for each question, with negative marking for incorrect MCQs. No negative marking for numerical answer type questions (NATs) and Multiple select questions ( MSQs).

    Question Types:

    • Multiple Choice Questions (MCQs)

    • Multiple Select Questions (MSQs)

    • Numerical Answer Type (NAT) questions

    Frequently Asked Questions (FAQs)

    Q: Are numerical problems tough in GATE EE?
    A:

    They are mostly conceptual but can be tricky. Important in Electrical Machines, Control Systems, Power Systems, and Signals.

    Q: What topics are covered under Electric Circuits and Networks for GATE EE in the latest 2025 exam?
    A:

    Topics include circuit theorems, AC and DC circuits, transient analysis, network synthesis, and graph theory.

    Q: What should I focus on for Electromagnetic Fields in GATE EE 2026?
    A:

    Focus on electrostatics, magnetostatics, Maxwell’s equations, wave propagation, and electromagnetic radiation.

    Q: What are the key areas in Signals and Systems for GATE EE 2026?
    A:

    Key areas, as identified by previous years patterns, include signal analysis, Fourier and Laplace transforms, system response, and filter design.

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    Questions related to GATE

    On Question asked by student community

    Have a question related to GATE ?

    Yes. You can. GATE eligibility specifies that students in their 3rd year and above can appear for the exam. Since the results are valid for 3 years, you can use the same for your admissions.

    If you score 500 marks in GATE2026, your chances of getting into good engineering colleges (especially NITs, IIITs and some older IITs) are strong for most disciplines, while top branches like CSE/EEE/ECE at older IITs may still require higher ranks. Your GATE AllIndia Rank (AIR) with 500 marks usually falls

    Hello….
    In GATE 2026 Computer Science, a score of around 32 marks in the SC category may roughly correspond to a rank between 3,000 and 6,000, based on trends from recent years. However, the exact rank depends on the paper’s difficulty, number of candidates, and normalization, so it can vary