# GATE Electrical Subject Wise Weightage 2024

## GATE Electrical Subject wise Weightage 2024, Topics Wise Weightage

GATE Electrical Subject wise Weightage 2024– If you are preparing for the GATE Electrical Engineering Examthen you are advised to check the detailed syllabus and the weightage of topics. This blueprint of the chosen subject will help you a lot in your preparation and building a smart approach to your studies.

In this post we are providing the GATE Electrical subject wise weightage 2024 of the GATE Electrical Engineering exam. By this post will be able to structure your studies more efficiently and secure good marks in the examination.

## GATE Electrical Subject Wise Weightage 2024

Candidates can refer to the detailed exam pattern of GATE 2024 for Electrical Engineering.

## GATE Electrical Subject Wise Weightage 2024

Stream Subject Total No. of Questions Marks Allotted
Electrical Engineering General Aptitude 10 15
Engineering Mathematics 10 13
Electrical Engineering Subjects 45 72
Total 65 100

The subject-wise mark distribution for Electrical Engineering is 72 percent of the overall weightage out of 100 for the core subjects. General aptitude contributes is 15%, whereas Engineering Mathematics contributes is 13%. The table below provides brief description of GATE EE subject wise weightage for the years 2023, 2022, 2021, 2020, 2019, 2018, and 2017.

 SUBJECTS GATE 2017 GATE 2018 GATE 2019 GATE 2020 GATE 2021 GATE 2022 GATE 2023 Engineering Mathematics 12% 11% 14% 12% 12% 13% 11% Network Theory 9% 8% 11% 6% 11% 8% 8% Electromagnetic Theory 3.50% 2% 1% 6% 6% 7% 5% Digital Circuits 4% 7% 4% 3% 6% 2% 4% Analog Circuits 5% 7% 6% 8% 3% 7% 6% Control Systems 10.50% 8% 9% 10% 8% 8% 9% Signals & Systems 6.50% 10% 4% 10% 8% 8% 12% Electrical Machines 13% 8% 13% 10% 8% 12% 11% Power Systems 9.50% 10% 11% 10% 12% 8% 11% Power Electronics 8% 10% 10% 8% 9% 11% 6% Measurements 4% 4% 2% 2% 2% 2% 2% General Aptitude 15% 15% 15% 15% 15% 15% 15%

## GATE EE Topic wise Weightage

This post includes the yearly GATE topic-wise weightage for Electrical Engineering. This analysis has been prepared using GATE EE question papers from previous years. Check out below-

## GATE EE Topic-wise Weightage of Marks for 2023

 TOPIC MARKS WEIGHTAGE General Aptitude 15 Engineering Mathematics 13 Signals and Systems 8 Electromagnetic 7 Electrical Machines 12 Analog Circuits 7 Digital Circuits 2 Power Systems 8 Control Systems 8 Electric Circuits 7 Power Electronics 11 Electrical Measurements 2

## GATE EE Topic-wise Weightage of Marks for 2022

 Topics 1-mark Questions 2-mark Questions Total no of Questions Signals & Systems 0 4 4 Electromagnetic Fields 1 3 4 Electrical Machines 2 5 7 Analog Electronics 3 2 5 Digital Electronics 2 0 2 Power Systems 4 2 6 Control Systems 2 3 5 Electric Circuits 5 1 6 Power Electronics 3 4 7 Electrical & Electronic Measurements 2 0 2 Engineering Mathematics 1 6 7 General Aptitude 5 5 10 Total 65 Questions

## GATE EE Topic-wise Weightage of Marks for 2021

 Subject 1-mark Questions 2 Mark Questions Total no of Questions General Aptitude 5 5 10 Engineering Mathematics 4 4 8 Signals and Systems 2 3 5 Electro Magnetics 2 2 4 Electrical Machines 2 3 5 Analog Circuits 2 2 4 Digital Circuits 1 1 2 Power Systems 4 4 8 Control Systems 2 3 5 Electric Circuits 3 4 7 Power Electronics 1 4 5 Electrical Measurements 2 0 2 Total 65 Questions

## Important topics for GATE Electrical Subject Wise Weightage 2024

 Important topics for GATE EE Subject wise weightage Subjects Important Topics Electric Machines DC machines, Synchronous Machines Single phase transformers Three phase transformers Single phase Induction Motors Three phase induction motors Servo motors and Stepper motors Power Systems Power Generation Concepts Impedance and Admittance matrices Circuit Breakers HVDC and FACTS concepts Fault Calculations and Transients System Stability Concepts Power system Protection Control Systems Block Diagrams & Signal Flow Graphs Time Domain Analysis Frequency Domain Analysis using Nyquist and Bode Plots Routh-Hurwitz criteria Digital Electronics Logic Gates Boolean Algebra & K-Map 8085 Microprocessor Combinational circuits & Sequential Circuits ADC and DACs. Signals and Systems LTI Systems Fourier Transform Z Transform Laplace Transform Networks Network Analysis Network Theorems Transient and Steady State Analysis of RLC Circuit Laplace transforms Two-Port Networks Phasor diagrams Magnetic Coupled circuits Electromagnetic Field Theory Different type of laws Magnetic circuits Self and Mutual inductance Analog Circuits Diode Circuits BJT and FET Rectifiers and Amplifiers Operational Amplifier and its Applications Oscillators and Feedback Amplifiers Electrical and Electronic Measurements Error Analysis Measurement of Voltage, Current, Power, Energy & Power Factor Bridges & Potentiometers Digital Voltmeters, Multi-meters & Milli-meter Power Electronics Characteristics of Semi-Conductor devices Rectifiers Choppers Inverters cycloconverters Engineering Mathematics Linear Algebra Calculus and Differential equations Probability and Statistics

The GATE Electrical subject wise weightage 2024 would be helpful for candidates studying for the exam in the upcoming years. With the help of GATE exam paper analysis, students can also keep an eye on the changing trend of the questions from different sections.

This post will help you to focus on these subjects according to their respective GATE EE subject wise weightage.

## Advantages of Analyzing GATE Electrical Subject Wise Weightage 2024:

Check out the post below for more information on the benefits of topic weightage in GATE for EE (Electrical Engineering).

• After exhausting all time and effort, provide the best result possible.
• While studying, concentrate on the essential subject based on the weightage.
• Refer to the syllabus and organize your studies based on the weightage of the marks.
• In case of time availability, leave out the least important topic.
• Alternatively, depending on your time constraints, you can go over the essential points of less significant subjects.

Category : Syllabus