Electrical Engineering Courses, Subjects, Eligibility, Exams!

The study, design, and implementation of machinery, gadgets, and systems utilising electricity, electronics, and electromagnetic are the focus of the engineering discipline known as electrical engineering. It became a distinct profession in the second part of the 19th century after the commercialization of the electric telegraph, the telephone, and the generation, distribution, and use of electrical electricity.

A wide range of fields fall under the umbrella of electrical engineering, including acoustics, speech, signal processing, electromagnetic compatibility, automobiles, vehicular technology, geoscience, remote sensing, laser and electro-optics, robotics, ultrasonic, ferroelectrics, and frequency control.

A skilled electrical engineer can select from a variety of fields, including computers, mobile phones, electronic devices, radars, navigation systems, power plants, etc. as their area of expertise. Electrical engineering graduates can expect to get up to Rs 4 lakh as their first job compensation.

Course

Engineering Courses in Electrical

Most engineering schools in India offer degree programmes in electrical engineering at the undergraduate, graduate, and doctoral levels, including:

1.BE/BTech

2.ME/MTech

3.BSc

4.MSc

5.PhD

Subjects

1. Electrical apparatus

The functioning of three-phase transformers, the properties of magnetism, and how energy is converted in electrochemical systems are all taught to students.

The following topics:

DC machines that commutate, A DC Motor, AC Generators, Autotransformers, Single-phase and three-phase transformers for electromechanical energy conversion

2. System Power

Along with teaching the theoretical components of power system design, transmission and distribution systems are also taught in practice.

The following topics:

Corona Tariff Underground Cables, Overhead Transmission Lines, and Distribution Systems HVDC Line Parameters

3. System of controls

Students study the principles of analysis, modelling, and the responses of control systems in discrete and continuous data systems here.

The following topics:

Analysis of Stability, Temporal Domain Analysis, Techniques for Compensation, Analyzing frequencies in response, elements of the control system, Function Analysis of Transfer

4. Indications and Systems

The properties and analysis of signals as well as system theories are introduced to the students.

The following topics:

Applications of the Laplace Transform in Linear, Time-Invariant Systems, Time Signals using Z-Transform (Discrete) (Continuous)

5. Microprocessors

A thorough understanding of the architecture, instructions, and programming of 8-bit microprocessors and related support chips is provided.

The following topics:

Instruction Set Assembly Language Programming, Interrupts Intel 8085A microprocessor, Semiconductor Memories Interfacing.

6. Semiconductor technologies

A number of topics are addressed, including energy bands, crystal structure, the Fermi Level, LEDs, semiconductor lasers, and photoconductors.

7. High-quality electric power

The power quality issues covered in this course include design criteria, tuned and de-tuned filters, passive filters, and more.

8. Sensors with Fiber Optics

Students get knowledge about interferometric sensors, different types of sensors, how to use them for different measurements, etc.

9. Electromotive Forces

This elective concentrates on the selection of the drive, the components of drives, the modes of operation, position control, basic equations, etc.

10. Using a Smart Grid

Are IP-based technologies, privacy issues, smart grids, etc., desirable characteristics for a power grid .

11. Computing Vision

The introduction of computer vision. Other issues include stereopsis, tracking, segmentation, light and shading, classification, etc.

Eligibility Requirements

Both graduate and postgraduate students can pursue Electrical Engineering. The requirements that must be met in order to pursue electrical engineering are listed below:

Class 12 pass in PCM/PCMB topics with at least 50% overall from a recognised school or university, or an equivalent, is the minimum requirement to pursue Electrical Engineering (BTech). The candidate must hold a BTech in electrical engineering to pursue the field at the postgraduate level.

Entrance tests for electrical engineering

The majority of institutes base admission to BTech/BE/MTech (Electrical Engineering) programmes on results from entrance exams.

• IIT Main
• LPU-NEST
• AUEET
• Advanced JEE
• COMEDK
• CEE in Assam
• BITSAT
• WBJEE
• GEEE
• UPSEE
• GATE
• HITSEEE
• KCET
• SITEEE
• VSAT
• CAT CUSAT
• HS TES
• VTUEEE
• NEST LPU
• UPESEAT
• SMIT
• CPU IPU
• REAP
• SAAT
• JKCET
• BCECE
• EAMCET in AP
• BITSAT
• KEAM
• KIITEE
• MH TCE
• SRMJEEE
• EAMCET in TS
• UGET TNEA CG PET MET UKSEE WBJEE COMEDK

Conclusion

Electrical engineers frequently have degrees in electronic or electrical engineering. Electrical engineers operate in a highly diverse range of businesses, and the qualifications needed are also diverse. These encompass everything from circuit theory to project management abilities. A single engineer may require anything from a basic voltmeter to complex design and manufacturing software. The tools and equipment they may require are also variable.