If you don’t know how many types of engineering are there, then don’t worry you are at the right place. Some of the top types of engineering are Nuclear engineering, electrical engineering and many more. In this blog, we have discussed the electrical engineering syllabus for your better understanding.
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Why Choose Electrical Engineering?
Since practically everything in our contemporary environment is powered by electricity, studying electrical engineering is a wise choice because it focuses on understanding and working with electricity. You may design and build items like smartphones, computers, and power systems. And even renewable energy sources like solar panels when you study electrical engineering. A wide range of job prospects in technology and innovation may be found in this subject, which is full of exciting potential. You’ll also constantly be learning new things because the industry is one that is constantly changing. Furthermore, we have discussed the electrical engineering syllabus.
Diploma in Electrical Engineering Syllabus: Semester-Wise
| SEMESTER- 1 | SEMESTER- 2 |
| 1. Workshop 2. Engineering Chemistry- I (Practical) 3. Engineering Chemistry- I 4. Engineering Physics- I (Practical) 5. Engineering Physics- I 6. Engineering Mathematics- I 7. Engineering English- I 8. Engineering Graphics- I |
1. Engineering Chemistry- II (Practical) 2. Engineering Physics- II (Practical) 3. Engineering Physics- II 4. Engineering Mathematics- II 5. Applied Mathematics 6. Communication English- II |
| SEMESTER- 3 | SEMESTER- 4 |
| 1. Computer Applications 2. Electrical Machines- I 3. Electronic Devices and Circuits (Practical) 4. Electrical Circuits and Machines (Practical) 5. Electrical Circuit Theory |
1. Electric Machines- II 2. Communication and Life Skills Practice 3. Digital Electronics and Linear Integrated Circuits (Practical) 4. Digital Electronics 5. Transducers and Signal Conditioners 6. Measurements and Instruments |
| SEMESTER-5 | SEMESTER-6 |
| 1. Elective Practical- 1 2. Programmable Logic Controller 3. Electrical Machine Controller 4. MicroController 5. Special Electrical Machines 6. Elective Theory-I 1. Computer Hardware and Networks 2. Elective Theory- II 3. Electrical Estimation and Energy Auditing 4. Electrical Practical- II al Machines 6. Elective Theory-I |
1. Computer Hardware and Networks 2. Elective Theory- II 3. Electrical Estimation and Energy Auditing 4. Electrical Practical- II |
BTech in Electrical Engineering Syllabus: Semester-Wise
| SEMESTER- 1 | SEMESTER- 2 |
| 1. Practical Physics 2. Practical Chemistry 3. Environmental Studies 4. Engineering Graphics 5. Engineering Materials 6. Physics 7. Chemistry 8. Mathematics 9. Fundamental English |
1. Engineering Mechanics, Magnetism and Electricity 2. Electrical Technology 3. Electrical Instrumentation 4. Computer Programming 5. Engineering Chemistry 6. Engineering Physics |
| SEMESTER- 3 | SEMESTER- 4 |
| 1. Applied Thermodynamics 2. Circuit Theory 3. Digital Circuits 4. Data Structures 5. Green Electronics 6. Introduction to Photonics 7. Mechanics of Solids, Waves and Special Reality 8. Mathematics |
1. Analogue Circuits Lab 2. Numerical and Statistical Methods 3. Systems and Signals 4. Managerial Circuits 5. Digital Image Processing 6. Analogue Circuits 7. Electrical Measurements 8. Electrical Machines |
| SEMESTER- 5 | SEMESTER- 6 |
| 1. Computer Organizations and Microprocessors 2. Field Theory 3. Digital Signal Processing 4. Digital Systems Architecture 5. Virtual Reality 6. Electrical Machines 7. Control Systems 8. Power Systems |
1. Electrical Machines and Power System Design 2. Microprocessor Based Systems 3. Control Systems 4. Machine Learning 5. Instrumentation 6. Power Systems 7. Power Electronics 8. Electrical Power Generation |
| SEMESTER- 7 | SEMESTER- 8 |
| 1. Switchgear and Protection 2. Artificial Intelligence 3. Communication Engineering 4. Power Plant Instrumentation 5. Opto-Electronics 6. Electric Transportation 7. Electrical Mining Technology 8. Special Purpose Machines 9. Advanced Power Electronics 10. Operation Research 11. Electrical Drives |
1. Optimal Control 2. Pattern Recognition 3. Robotics 4. Optimization Technique 5. Mining Instrumentation 6. Digital Instrumentation 7. Utilization of Electrical Power 8. Industrial Automation and Control 9. Static Relays 10. Illumination and Utility Services 11. High Voltage Engineering 12. Computer Application in Power System |
MTech Electrical Engineering Syllabus: Semester-Wise
| SEMESTER- 1 | SEMESTER- 2 |
| 1. Department Elective 1 2. Department Elective 2 3. Advanced Power System Lab 4. Advanced Control System Lab 5. Power System Operation and Control 6. Advanced Control System |
1. Seminar 1 2. Department Elective 3 3. Department Elective 4 4. Department Elective 5 5. Advanced Microcontroller Lab 5. Advanced Instrumentation Control 6. Microcontroller and its applications |
| SEMESTER- 3 | SEMESTER- 4 |
| 1. Dissertation 2. Seminar 2 |
Dissertation- Final |
Delhi Technological University (BTech) Syllabus for Electrical Engineering
| SEMESTER- 1 | SEMESTER- 2 |
| 1. Introduction to Environmental Science 2. Engineering Graphics 3. Programming Fundamentals 4. Basic Electrical Engineering 5. Workshop Practice 6. Communication Skills 7. Basic Mechanical Engineering 8. Physics- I 9. Mathematics- I |
1. Basic Mechanical Engineering 2. Chemistry 3. Introduction to Environmental Science 4. Engineering Graphics 5. Programming Fundamentals 6. Basic Electrical Engineering 7. Physics- II 8. Mathematics- II |
| SEMESTER- 3 | SEMESTER- 4 |
| 1. Engineering Economics 2. Engineering Analysis and Design 3. Electromechanical Energy Conversion and Transformers 4. Electronics Devices and Circuits 5. Network Analysis and Synthesis 6. Numerical and Engineering Optimization Methods |
1. Fundamentals of Management 2. Synchronous and Asynchronous Machines 3. Control Systems 4. Digital Circuits and Systems 5. Electromagnetic Field Theory 6. Power Plant Engineering |
| SEMESTER- 5 | SEMESTER- 6 |
| 1. Human Values and Professional Ethics 2. Open Elective Course 3. Departmental Elective Course- I 4. Departmental Elective Course- II 5. Power Transmission and Distribution 6. Power Electronics |
1. Technical Communication 2. Departmental Elective Course- III 3. Departmental Elective Course- IV 4. Microcontroller Applications and Microprocessors 5. Power System Analysis 6. Electric Drives |
| SEMESTER- 7 | SEMESTER- 8 |
| 1. Departmental Elective Course- V 2. Switchgear and Protection 3. Instrumentation and Measurement 4. Digital Signal Processing 5. BTech Project- I |
1. Departmental Elective Course-VI 2. Departmental Elective Course- VII 3. Departmental Elective Course- VIII 4. BTech Project- II |
GATE Exam Syllabus for the Electrical Engineering
SECTION 1: Engineering Mathematics
- Probability and Statistics
- Differential Equation
- Calculus
- Complex Variables
SECTION 2: Electric Circuits
- Resonance
- Sinusoidal Steady-State Analysis
- Maximum Power Transfer Theorem
- Thevenin’s Theorem
- Trament Response of ac and de networks
- Two Port Networks
- Node and Mesh Analysis
- Network Elements
- KVL
- KCL
SECTION 3: Electromagnetic Fields
- Magnetomotive Force
- Lorentz Force
- Faraday’s Law
- Inductance
- The Capacitance of Simple Configuration
- Effect of Dielectric Medium
- Ampere’s law
- Biot Savant’s law
- Divergence
- Electric Flux Density
- Electric Field Intensity
- Gauss’s Law
- Coulomb’s Law
- Electric Potential and Field due to spherical, plane, line and point charge distributions.
SECTION 4: Signals and Systems
- R.M.S Value
- Scaling and Shifting Operations
- Sampling Theorem
- Casual Systems and Linear Time-invariant
- z-Transform and Laplace Transform
- Fourier Series Representation (Continous Period Signals)
- Applications- Discrete-Time signals and Fourier Transform for continuous
SECTION 5: Electrical Machines
- Synchronous Machines
- Three Phase Transformers
- DC Machines
- Single Phase Transformers
- Three Phase Induction Motors
- Efficiency Calculations of electric machines and types of losses
- Operating Principle- Single-Phase Induction motors
SECTION 6: Power Systems
- Equal area criterion
- System stability concepts
- Circuit breakers
- Frequency and Voltage Control
- Newton-Raphson and Gauss-Seidel load flow methods
- Distance, directional and differential Protection
- Principles of over current
- Bus admittance matrix
- Per-Unit Quantities
- Shunt and Series Compensation
- DC and AC Transmission concepts
- Power Generation Concepts
- Distribution Systems
- Electric Field insulators and distribution
- Performance and models of transmission cables and lines, etc
SECTION 7: Control Systems
- Nyquist and Routh-Hurwitz criteria
- Root loci
- State Space Model
- Feedback Principle
- Transfer Function
- PID, PI and P Controllers, etc.
SECTION 8: Electrical and Electronic Measurements
- Oscilloscopes
- Time, frequency and Phase measurements, etc.
SECTION 9: Analog and Digital Electronics
- Operational amplifiers
- Simple diode circuits
- Amplifiers
- Active filters
SECTION 10: Power Electronics
- Three-Phase and Single-Phase Invertors
- Sinusoidal pulse modulation
- AC to DC Conversion, etc.
Specializations in Electrical Engineering
- Electromagnetics
- Power Sensing and Remote Sensing
- Energy and Power Systems
- Nanotechnology
- Signal Processing
- Photonics and Microelectronics
- Control Systems
- Communication Systems
- Circuits
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