Electrical Engineering is a program that focuses on in-depth knowledge of circuits and electrical devices used in a variety of real-world applications. The Electrical Engineering syllabus covers a wide range of basic electrical systems and principles, as well as their applications in real-world circumstances. Students who have finished this course are eligible for a wide range of work options in today's cutting-edge technological era. Graduates are mostly employed in the automotive, electronics, robotics, heavy machine manufacturing, and research industries.
The Electrical Engineering syllabus mainly includes subjects like control systems, power electronics, sensor and measurement devices, and signal processing. The four parts into which the curriculum is divided incorporate the subjects that build the foundation of the course in the starting semesters, core subjects combined with lab practicals and industrial projects are included in the remaining semesters.
The syllabus of Electrical Engineering is not concrete and varies from one college to another. The syllabus recommended by the All India Council for Technical Education for the course of Electrical Engineering is mentioned on this page.
The BTech Electrical Engineering syllabus is divided into 8 semesters over the span of 4 years. The BTech Electrical Engineering subjects 1st year subjects include Engineering Chemistry, Engineering Mathematics, Engineering Science, etc. The B.Tech Electrical Engineering syllabus 2nd year begins with various core Electrical Engineering subjects like Network and Machine, Electrical Analysis, Instrumentation and Process Control, Microcontrollers, etc. As the syllabus progresses, it adds various elective subjects, laboratory sessions, and project work.
You can check the B.Tech Electrical Engineering syllabus semester wise below.
Semester 1 | |
---|---|
Engineering Chemistry | Engineering Drawing Laboratory |
Environmental Science | Introduction to Computing |
Professional Communication Skills | Engineering Mathematics 1 |
Physics | Engineering Graphics |
Semester 2 | |
Basic Electrical and Electronics | Professional Communication Skills |
Chemistry 3 | Physics Laboratory |
Chemistry Laboratory | Engineering Mathematics 2 |
Physics 2 | Basic Electrical and Electronics Laboratory |
Semester 3 | |
---|---|
Applied Electrical Engineering | Network and Analysis |
Electrical Measurement & Measuring Instruments | Engineering Thermodynamics and Hydraulics |
Electrical Machines | Electrical Machines Laboratory |
Engineering Mathematics 3 | Electrical Measurement & Measurement Instruments Laboratory |
Semester 4 | |
Control Systems | Instrumentation and Process Control |
Signals and System | Engineering Mathematics 4 |
Electrical Machines 2 | Microcontrollers |
Microcontrollers and Microprocessors | Instrumentation Laboratory |
Semester 5 | |
---|---|
Power Systems 1 | Electronics Circuit Design |
Digital Signal Processing | Power Electronics Laboratory |
Electric Drives | Electric Drives Laboratory |
Communication Systems | - |
Semester 6 | |
Power Systems 2 | Basic Robotics |
Electromagnetic Field Theory | Advanced Simulation Laboratory |
Computer-Aided Design | Power Systems Laboratory |
Design of Electrical Machines | - |
Semester 7 | |
---|---|
Advanced Control Systems | Elective Subject |
Switchgear and Protection | Elective Subject |
Engineering Economy and Financial Management | Summer Internship |
Semester 8 | |
Management Principles and Concepts | Industrial Engineering and Operations Research |
Elective Subject | Project |
Elective Subject | Industrial Management and Economics |
The MTech Electrical Engineering syllabus is divided into 6 semesters and covered over a 2 span of 2 years. The M.Tech Electrical Engineering subjects 1st year consists of Advanced Control System, Advanced Power System Lab, Electives, etc. The MTech Electrical Engineering 2nd year subjects cover Modelling Simulation, various electives, practical sessions, assignments, and viva.
The M.Tech Electrical Engineering syllabus semester wise can be checked below.
Semester 1 | |
---|---|
Advanced Control System | Department Elective 1 |
Power System Operation and Control | Department Elective 2 |
Advanced Control System Lab | Advanced Power System Lab |
Semester 2 | |
Advanced Microcontroller Lab | Department Elective 4 |
Advanced Instrumentation Control | Department Elective 5 |
Microcontroller and Its Applications | Seminar 1 |
Department Elective 3 | - |
Semester 3 | |
---|---|
Modelling Simulation | Elective III |
Term End Paper Leading to Thesis | Assignment III |
Semester 4 | |
Practical Sessions | Thesis/Practical Sessions |
Seminar | Viva-Voce |
The Diploma in Electrical Engineering syllabus includes 6 semesters and is covered in 3 years. The Diploma in Electrical Engineering subjects 1st year are Engineering Mathematics, Engineering Physics, Engineering Chemistry, Communication English, etc. The Diploma Electrical Engineering 2nd year subjects consist of core EE subjects like Electrical Circuit Theory, Electrical Machines, Digital Electronics & Linear Integrated Circuits, Practical, etc. The Diploma in Electrical Engineering subjects 3rd year are Elective Practical-II, Elective Theory, Computer Hardware and Networks, etc.
You can check out the Diploma in Electrical Engineering syllabus semester wise below.
Semester 1 | |
---|---|
Engineering Graphics I | Engineering Mathematics I |
Engineering Physics I (Practical) | Engineering Physics I |
Communication English I | Engineering Chemistry I |
Engineering Chemistry I (Practical) | Workshop |
Semester 2 | |
Communication English II | Engineering Physics II |
Applied Mathematics | Engineering Physics II (Practical) |
Engineering Mathematics II | Engineering Chemistry II (Practical) |
Semester 3 | |
---|---|
Electrical Circuit Theory | Computer Applications |
Electrical Machines-I | Electronic Devices and Circuits (Practical) |
Electrical Circuits and Machines (Practical) | - |
Semester 4 | |
Measurements and Instruments | Circuits (Practical) |
Electric Machines-II | Transducers and Signal Conditioners |
Digital Electronics & Linear Integrated | Digital Electronics |
Communication and Life Skills Practice | - |
Semester 5 | |
---|---|
Elective Theory-I | Special Electrical Machines |
Programmable Logic Controller | Electrical Machine Controller |
Elective Practical-I | MicroController |
Semester 6 | |
Computer Hardware and Networks | Computer Hardware and Networks |
Elective Theory-II | Elective Practical-II |
Electrical Estimation and Energy Auditing | - |
The Electrical Engineering syllabus consists of core subjects, elective subjects, lab subjects, practical work, assignments, and viva. The Electrical Engineering subjects 1st year consist of basic subjects to fundamental knowledge of the course. These Electrical Engineering basic subjects include Engineering Physics, Chemistry, Engineering Mathematics, Communication skills, etc. Most of the students are already familiar with these 1st year subjects. As the course progresses, the Electrical Engineering 2nd year subjects become more specialization oriented. Digital Electronics, Electromechanics, Power Electronics, Signals and Systems, Circuit Theory, Control Engineering, and Computer Architecture are a few of the important Electrical Engineering subjects. Along with learning about the design, installation, and maintenance of complex electrical systems, the Electrical Engineering syllabus and subjects teach students about comprehending the idea of safe and effective electricity flow.
The Core Electrical Engineering subjects are those subjects that are added to the course by the institutes. The Electrical Engineering core subjects are Power Systems, Control Systems, Circuit Theory, Microprocessor, etc. The Core Electrical Engineering subjects are similar and common in most of the institutes.
You can check out the core Electrical Engineering subject list and its details below.
Core Electrical Engineering Subjects | Electrical Engineering Subject Details |
---|---|
Electrical Machines | Electrical Machine subjects look at how to efficiently convert energy from one form to another using electrical machinery such as generators, motors, autotransformers, and so on, as well as electromagnetism and circuit boards. |
Power Systems | Power Systems covers the study of electric power systems used to supply electrical power, including their design, operation, and maintenance to ensure effective power distribution. |
Control Systems | The Control Systems teaches students how to manage and manipulate the behavior of dynamic electric systems in the presence of disturbances in order to maintain standard functionality. |
Signal Processing | The Signal Processing course focuses on the analysis, optimization, and correction of electric system signals, which convert data that is not visible through direct sight. |
Microprocessors | The Microprocessors subject covers the architecture and basics of microprocessors and microcontrollers, as well as the numerous programming languages used to control microprocessor devices. |
Circuit Theory | The Circuit Theory subject focuses on the behavior of circuit currents and circuit boards, as well as numerous electric laws and circuit analysis methods. |
The optional Electrical Engineering subjects are those subjects that are added to the curriculum in addition to core subjects. Students can choose optional subjects as per their liking and future career plans. Each institute has its own list of Electrical Engineering optional subjects that it offers to students.
You can check out the Electrical Engineering optional subject list below.
Elective Electrical Engineering Subjects | Electrical Engineering Subject Details |
---|---|
Electrical and Electronics Instrumentation | This Electrical Engineering elective subject focuses on the design, development, and implementation of electronic systems, which are then employed as measuring instruments for electrical and non-electrical quantities. |
VLSI Design | This EE course provides knowledge of the planning and design of various circuit boards employing chips and transistors, as well as mapping the flow of electrical current. |
Embedded Systems | The Embedded Systems subject focuses on the design and construction of small computer systems that are embedded into larger electrical systems. These include semiconductors, microcontrollers, and various sensor tools. |
Digital Signal Processing | The Digital Signal Processing subject covers features of the analysis, optimization, and correction of electric system signals, which convert data that cannot be viewed directly. |
Semiconductor Devices | This EE course discusses energy bands, crystal structure, Fermi levels, LEDs, semiconductor lasers, photoconductors, and other relevant subjects. |
Electric Power Quality | Through the Electric Power Quality subject, you will learn about power quality issues like as design criteria, tuned and detuned filters, passive filters, and more. |
Fibre Optic Sensors | This electrical engineering subject covers interferometric sensors, sensor classification, and their applications in a variety of measures. |
Electric Drives | This elective EE course explores issues such as drive selection, drive components, modes of operation, position control, fundamental equations, and related subjects. |
Smart Grid Technology | The topic covers IP-based systems, privacy issues, smart grid technology, and desirable characteristics in a power grid. |
The Electrical Engineering syllabus includes various lab subjects. Lab subjects are important in the Electrical Engineering course syllabus because they give students practical experience of their field. Through lab subjects, you will learn how to apply your theoretical knowledge into practice.
The lab Electrical Engineering subjects list all semester includes:
Electrical Engineering Lab Subjects | |
---|---|
Basic Electrical and Electronics Lab | Electrical Machines Lab |
Power Systems Lab | Computer-Aided Design |
Circuit Design Lab | Electives Lab |
Electrical Drives Lab | Workshops |
There are some common subjects in the Electrical Engineering syllabus that are taught at Diploma, Bachelor’s, and Master’s levels. You can check out the list of Electrical Engineering common subjects below.
Electrical Engineering Common Subjects | |
---|---|
Engineering Mathematics | Electrical Machines |
Engineering Chemistry | Microcontrollers |
Communication Skills | Power System |
Engineering Physics | Control System |
Circuit Theory | - |
The Electrical Engineering course is offered as distance education too. Students who don’t have time to attend full-time distance education and pursue electrical engineering as a distance education option too. You can check out the Diploma in Electrical Engineering syllabus for distance education below.
Semester 1 | |
---|---|
Engineering Mathematics I | Engineering Physics I (Practical) |
Communication English I | Engineering Graphics I |
Engineering Chemistry I | Engineering Chemistry I (Practical) |
Engineering Physics I | Workshop |
Semester 2 | |
Engineering Mathematics II | Engineering Physics II (Practical) |
Communication English II | Engineering Graphics II |
Engineering Physics II | Engineering Chemistry II (Practical |
Applied Mathematics | - |
Semester 3 | |
---|---|
Electrical Machines-I | Electronic Devices and Circuits |
Electrical Circuit Theory | Computer Applications |
Electrical Circuits and Machines (Practical) | Electronic Devices and Circuits (Practical) |
Semester 4 | |
Measurements and Instruments | Digital Electronics & Linear Integrated Circuits (Practical) |
Electric Machines-II | Electrical Machines and Instrumentation (Practical) |
Transducers and Signal Conditioners | Communication and Life Skills Practice |
Digital Electronics | - |
Semester 5 | |
---|---|
MicroController | Electrical Machine Controller |
Power System-I | Programmable Logic Controller |
Elective Theory-I | Elective Practical-I |
Special Electrical Machines | - |
Semester 6 | |
Electrical Estimation and Energy Auditing | Elective Theory-II |
Power System-II | Computer Hardware and Networks |
Elective Practical-II | - |
The Electrical Engineering admissions are mostly done via entrance exams. Some of the electrical engineering colleges in India offer admission via merit, too. The entrance exams for electrical engineering vary depending on whether you are going for a Diploma in EE, B.Tech in EE, or M.Tech in EE. Some of the common subjects included in the Electrical Engineering entrance exam syllabus are Physics, Chemistry, and Mathematics. Some Electrical Engineering entrance exams include subjects like Quantitative Aptitude, Numerical Ability, Aptitude, etc. The Electrical Engineering entrance exam syllabus also varies.
You can check out the B.Tech Electrical Engineering entrance exam syllabus below.
B.Tech Electrical Engineering Entrance Exam Name | Entrance Exam Syllabus |
---|---|
JEE Main 2025 | The JEE Main 2025 syllabus PDF includes subjects like Physics, Chemistry, and Mathematics |
MHT CET 2025 | The subjects like Physics, Chemistry, and Mathematics are included in the MHT CET 2025 syllabus PDF. |
COMEDK UGET 2025 Exam | The COMEDK UGET 2025 syllabus PDF consists of subjects like Physics, Chemistry, and Mathematics. |
SRMJEEE 2025 Exam | The SRMJEEE 2025 syllabus consists of subjects like Chemistry, Physics, English, Mathematics, and Aptitude. |
BITSAT 2025 Exam | The BITSAT 2025 syllabus PDF includes Physics, Mathematics/Biology, Chemistry, English Proficiency, and Logical Reasoning. |
JEE Advanced 2025 | The JEE Advanced syllabus 2025 consists of subjects like Chemistry, Physics, and Mathematics. |
TS EAMCET 2025 | The subjects included in the TS EAMCET 2025 syllabus PDF are Physics, Chemistry, and Mathematics. |
WBJEE 2025 Exam | The WBJEE 2025 syllabus includes subjects likely Physics, Chemistry, and Mathematics. |
KEAM 2025 | The KEAM 2025 syllabus PDF covers subjects like Physics, Chemistry, and Mathematics |
KCET 2025 | The KCET 2025 syllabus PDF includes subjects like Physics, Chemistry, Mathematics, and Biology. |
The table below highlights the Electrical Engineering Syllabus for UPSC.
Paper No. | Subject Name | Subject Details |
---|---|---|
Paper 1 | Analog Communication | Statistical averages; probability models; random signals and noise (white noise, noise equivalent bandwidth, etc.); random variables (continuous, discrete); probability functions. |
Signals and Systems | LTI systems; convolution; impulse response; time-domain analysis using differential/difference equations; representation of continuous-time and discrete-time signals and systems. | |
E.M. Theory | Maxwell’s equations; wave propagation in bounded media; transmission lines (traveling and standing waves, impedance matching, Smith chart); boundary conditions; reflection and refraction of plane waves. | |
Circuits-Theory | Circuit components; network graphs; KCL, KVL; nodal and mesh analysis; basic theorems; transient analysis of RL, RC, and RLC circuits. | |
Analog Electronics | Diode circuits (clipping, clamping, rectifiers); characteristics of Diode, BJT, JFET, and MOSFET (large and small-signal models); biasing and stability; FET amplifiers. | |
Energy Conversion | DC machines: characteristics, performance analysis, starting, and speed control; principles of electromechanical energy conversion; torque and EMF in rotating machines. | |
Digital Electronics | Boolean algebra; logic gates; digital IC families (DTL, TTL, ECL, MOS, CMOS); minimization of Boolean functions; combinational circuits (arithmetic circuits, code converters, multiplexers, decoders). | |
Power Electronics and Electric Drives | Semiconductor devices (diode, transistor, thyristor, triac, GTO, MOSFET): characteristics and operation; triggering circuits; phase control rectifiers; bridge converters. | |
Paper 2 | Power Systems: Analysis and Control | Steady-state performance of transmission lines and cables; active/reactive power transfer; distribution principles; per-unit system; bus admittance and impedance matrices. |
Microprocessors and Microcomputers | PC organization; CPU architecture; instruction set; register diagram; programming and interrupts; memory and I/O interfacing; programmable peripheral devices. | |
Control Systems | Elements of control systems; block diagram representation; open-loop and closed-loop systems; feedback principles and applications. | |
Measurement and Instrumentation | Error analysis; measurement of current, voltage, power, energy, power factor, resistance, inductance, capacitance, and frequency; signal conditioning circuits; bridge measurements. | |
Power System Protection | Principles of protection: overcurrent, differential, and distance; concept of solid-state relays. |
You can check the JNTU Syllabus for Electrical Engineering from the table below.
Semester 1 | |
---|---|
Mathematics - I | English |
Chemistry | Engineering Chemistry Lab |
Basic Electrical Engineering | English Language and Communication Skills Lab |
Engineering Workshop | Basic Electrical Engineering Lab |
Semester 2 | |
Mathematics - II | Applied Physics Lab |
Applied Physics | Programming for Problem Solving Lab |
Programming for Problem Solving | Environmental Science |
Engineering Graphics | - |
Semester 3 | |
---|---|
Engineering Mechanics | Electrical Machines Lab - I |
Electrical Circuit Analysis | Analog Electronics Lab |
Analog Electronics | Electrical Circuits Lab |
Electrical Machines - I | Gender Sensitization Lab |
Electromagnetic Fields | - |
Semester 4 | |
Laplace Transforms, Numerical Methods & Complex variables | Digital Electronics Lab |
Electrical Machines – II | Electrical Machines Lab - II |
Digital Electronics | Control Systems Lab |
Control Systems | Power System - I |
Semester 5 | |
---|---|
Power Electronics | Power Electronics Lab |
Power System-II | Measurements and Instrumentation Lab |
Measurements and Instrumentation | Advanced Communication Skills Lab |
Professional l Elective-I | Intellectual Property Rights |
Business Economics and Financial Analysis | Power System Simulation Lab |
Semester 6 | |
Open Elective-I | Power System Operation and Control |
Professional Elective-II | Power System Lab |
Signals and Systems | Microprocessors & Microcontrollers Lab |
Microprocessors & Microcontrollers | Signals and Systems Lab |
Power System Protection | Environmental Science |
Semester 7 | |
---|---|
Open Elective-II | Electrical & Electronics Design Lab |
Professional Elective-III | Industrial Oriented Mini Project/ Summer Internship |
Professional Elective-IV | Seminar |
Fundamentals of Management for Engineers | Project Stage - I |
Semester 8 | |
Open Elective-III | Professional Elective-VI |
Professional Elective-V | Project Stage - II |
The Electrical Engineering course is composed of core and elective subjects. In the first year, essential engineering disciplines are covered and the course is divided into eight semesters. The course emphasizes engineering, physics, and mathematics. Aspirants will be introduced to electrical core disciplines and will be able to select electives based on their specialty and areas of interest. At the end of the VIII semester, they will be required to present research-based practical projects. The course structure is as follows:\
For an effective preparation in electrical engineering, students should check whether they can find the best book on the market. These days, many books are available that are not authentic and are published by an unknown source. Therefore, it is very important for the students to check whether the books are written by an authorised author, contain factual information, and cover the entire syllabus of Electrical Engineering.
Subject | Book name | Author/Publisher |
---|---|---|
Fundamental Textbooks | Electrical Engineering: Principles and Applications | Allan R. Hambley |
Electric Circuits | James W. Nilsson and Susan Riedel | |
Fundamentals of Electric Circuits | Charles K. Alexander and Matthew N.O. Sadiku | |
Power Systems and Electronics | Power System Analysis and Design | J. Duncan Glover, Mulukutla S. Sarma, and Thomas Overbye |
Power Electronics: Converters, Applications, and Design | Ned Mohan, Tore M. Undeland, and William P. Robbins | |
Control Systems | Modern Control Engineering | Katsuhiko Ogata |
Control Systems Engineering | Norman S. Nise | |
Electromagnetics | Elements of Electromagnetics | Matthew N.O. Sadiku |
Engineering Electromagnetics | William H. Hayt and John A. Buck | |
Signals and Systems | Signals and Systems | Alan V. Oppenheim, Alan S. Willsky, and S. Hamid Nawab |
Linear Systems and Signals | B.P. Lathi | |
Additional Reference Books on Electrical Engineering | ||
Microelectronic Circuits | Adel S. Sedra and Kenneth C. Smith | |
Digital Design: With an Introduction to the Verilog HDL | M. Morris Mano and Michael D. Ciletti | |
Renewable and Efficient Electric Power Systems | Gilbert M. Masters | |
The Art of Electronics | Paul Horowitz and Winfield Hill |
Control Systems, Power Systems, Electrical Machines, Signals and Systems, and, Microprocessors are some of the core Electrical Engineering subjects.
Electrical Engineering can be aggregated into other sub topics that include digital computers, radio-frequency engineering, electronics, power engineering, control systems, signal processing, telecommunications, instrumentation, and microelectronics.
Physics, Engineering Maths, Professional communication skills, and introduction to Computing, are some of the first year Electrical Engineering subjects.
Control Systems, Power Systems, Electrical Machines, Signals and Systems, and, Microprocessors are some of the subjects in the Electrical Engineering Course.