COMPLETE COURSE ON ELECTRICAL ENGINEERING

• To provide a comprehensive understanding of fundamental and advanced concepts in electrical engineering.
• To equip students with practical skills and knowledge required for solving real-world electrical engineering problems.
• To prepare students for careers in electrical engineering by covering essential topics such as circuits, electronics, power systems, and electromagnetics.
• To enhance analytical and problem-solving abilities through hands-on experiments and projects
Course Content
Introduction to Electrical Engineering
• Overview of electrical engineering
• History and evolution of electrical engineering
• Applications and future trends

Basic Electrical Circuits
• Ohm’s Law, Kirchhoff’s Laws
• Series and parallel circuits
• Circuit analysis techniques (Nodal and Mesh Analysis)
• Thevenin’s and Norton’s Theorems

Electrical Components and Materials
• Resistors, capacitors, inductors
• Semiconductors and diodes
• Transformers and electrical machines

AC and DC Circuits
• AC fundamentals (sine wave, RMS value, phasors)
• DC circuit analysis
• AC circuit analysis (impedance, reactance, power)

Electronics and Semiconductor Devices
• Introduction to semiconductors
• Diodes and applications
• Transistors (BJTs, FETs) and amplifiers
• Operational amplifiers and their applications

Digital Electronics
• Number systems and Boolean algebra
• Logic gates and combinational circuits
• Sequential circuits and memory devices
• Microcontrollers and microprocessors

Power Systems
• Generation, transmission, and distribution of electrical power
• Power system components (generators, transformers, transmission lines)
• Power factor and power quality
• Renewable energy sources (solar, wind, hydroelectric)

Electromagnetics
• Fundamentals of electromagnetism
• Electric and magnetic fields
• Maxwell’s equations
• Electromagnetic waves and applications

Control Systems
• Introduction to control systems
• Feedback and control theory
• Stability analysis and controller design
• Applications of control systems in engineering

Electrical Machines
• Principles of electromechanical energy conversion
• DC machines (motors and generators)
• AC machines (synchronous and induction machines)
• Special machines (stepper motors, servo motors)

Instrumentation and Measurements
• Electrical measuring instruments
• Sensors and transducers
• Data acquisition systems
• Signal conditioning and processing

Power Electronics
• Introduction to power electronics
• Power semiconductor devices
• Converters, inverters, and rectifiers
• Applications of power electronics in industry

Safety and Standards in Electrical Engineering
• Electrical safety protocols
• National and international standards
• Safety in handling electrical equipment

Project and Lab Work
• Hands-on experiments and simulations
• Mini-projects and case studies
• Capstone project in electrical engineering

Emerging Technologies in Electrical Engineering
• Smart grids and IoT
• Electric vehicles and charging infrastructure
• Advanced materials in electrical engineering

Methodology
The training methodology integrates lectures, interactive discussions, collaborative group exercises, and illustrative examples. Participants will acquire a blend of theoretical insights and hands-on practical experience, emphasizing the application of learned techniques. This approach ensures that attendees return to their professional environments equipped with both the competence and self-assurance to effectively implement the acquired skills in their responsibilities.

DATE:
1ST BATCH: 23rd – 26th July, 2024
2ND BATCH: 17th – 20th Dec, 2024