- Kirchhoff's laws, network theorems, transient analysis, AC circuits, resonance, two-port networks.
- Learn about the different types of circuits, their behavior, and analysis techniques.
- Understand the concepts of Kirchhoff's laws, network theorems, and their applications.
- Master the analysis of transient response in circuits and the behavior of AC circuits.
- Study resonance and its applications in electrical circuits.
- Gain knowledge about two-port networks and their characteristics.


- Continuous-time and discrete-time signals, Fourier series, Fourier transform, Laplace transform, Z-transform.
- Understand the different types of signals and their properties.
- Learn about Fourier series and its applications in signal analysis.
- Study the Fourier transform and its applications in signal processing.
- Gain knowledge about the Laplace transform and its applications in system analysis.
- Understand the Z-transform and its applications in digital signal processing.


- Power generation concepts, transmission and distribution systems, power factor correction, economic operation.
- Learn about power generation concepts and different types of power plants.
- Understand the transmission and distribution systems and their components.
- Study power factor correction techniques and their importance in power systems.
- Gain knowledge about the economic operation of power systems and optimization techniques.


- Mathematical modeling of systems, feedback control, time response analysis, stability analysis, frequency response analysis.
- Understand the mathematical modeling of control systems.
- Learn about feedback control and its significance in control systems.
- Study time response analysis and the behavior of control systems.
- Gain knowledge about stability analysis and the stability criteria for control systems.
- Understand frequency response analysis and its applications in control systems.


- Transformers, DC machines, AC machines, synchronous machines, induction machines.
- Learn about the working principle and characteristics of transformers.
- Study the construction and operation of DC machines.
- Gain knowledge about AC machines, including synchronous and induction machines.
- Understand the performance characteristics and applications of different electrical machines.


- Power semiconductor devices, rectifiers, inverters, choppers, electric drives.
- Learn about power semiconductor devices and their characteristics.
- Study rectifiers, inverters, and choppers and their applications in power electronics.
- Understand the operation and control of electric drives.


- Measurement techniques, sensors, transducers, signal conditioning, data acquisition systems.
- Learn about different measurement techniques and instruments.
- Study different types of sensors and transducers.
- Understand the concept of signal conditioning and its importance in measurements.
- Gain knowledge about data acquisition systems and their applications.

In addition to these subjects, it is also important to focus on general aptitude and engineering mathematics to excel in the GATE EE exam. It is recommended to refer to EduRev for comprehensive crash courses and study materials on these subjects.