Powered by (gatecareer.com)
Electrical Engineering GATE Preparation – 2025
Prepare for GATE 2025 in Electrical Engineering with targeted blogs, study materials, and expert tips. Master key topics and boost your exam readiness.
Prepare for the GATE 2025 Electrical Engineering exam with our in-depth resources. Explore expertly curated study materials, topic-specific blogs, practice questions, and preparation strategies tailored to help you excel. Stay ahead with the latest updates and enhance your knowledge across key subjects like Electrical Circuits, Control Systems, and more. Join our community and take a step closer to achieving your GATE success.
Events
Engineering Mathematics
Quantitative Aptitude involves the ability to solve mathematical problems and analyze numerical data to make informed decisions.
Linear Algebra
Calculus
Differential Equations
Complex Variables
Probability and Statistics
Numerical Methods
Events
Electric Circuits
Quantitative Aptitude involves the ability to solve mathematical problems and analyze numerical data to make informed decisions.
Network Graphs
KCL, KVL
Node and Mesh Analysis
Transient Response of DC and AC Networks
Sinusoidal Steady-State Analysis
Resonance
Two-port Networks
Three-phase Circuits
Events
Electromagnetic Fields
Quantitative Aptitude involves the ability to solve mathematical problems and analyze numerical data to make informed decisions.
Coulomb’s Law
Electric Field Intensity
Gauss’s Law
Ampere’s and Biot-Savart Law
Magnetic Flux Density
Maxwell’s Equations
Electromagnetic Wave Propagation
Events
Signals and Systems
Quantitative Aptitude involves the ability to solve mathematical problems and analyze numerical data to make informed decisions.
Continuous and Discrete-time Signals
Linear Time-Invariant Systems
Sampling Theorem
Fourier Transform
Laplace Transform
z-Transform
Fourier Series
Events
Electrical Machines
Quantitative Aptitude involves the ability to solve mathematical problems and analyze numerical data to make informed decisions.
Single-phase Transformers
Three-phase Induction Motors
Synchronous Machines
DC Machines
Events
Power Systems
Quantitative Aptitude involves the ability to solve mathematical problems and analyze numerical data to make informed decisions.
Power Generation Concepts
Transmission Line Parameters
Voltage and Frequency Control
Power System Stability
Transmission Lines
Load Flow Analysis
Events
Control Systems
Quantitative Aptitude involves the ability to solve mathematical problems and analyze numerical data to make informed decisions.
Transfer Function
Block Diagrams
Stability Analysis
Frequency Response
State Space Analysis
Events
Electrical and Electronic Measurements
Quantitative Aptitude involves the ability to solve mathematical problems and analyze numerical data to make informed decisions.
Bridges and Potentiometers
Measurement of Voltage
Measurement of Current
Measurement of Power
Measurement of Energy
AC and DC Instrument Transformers
Events
Analog and Digital Electronics
Quantitative Aptitude involves the ability to solve mathematical problems and analyze numerical data to make informed decisions.
Operational Amplifiers
Diodes and Transistors
A/D and D/A Converters
Microprocessors
Combinational and Sequential Logic Circuits
Events
Power Electronics
Quantitative Aptitude involves the ability to solve mathematical problems and analyze numerical data to make informed decisions.