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COURSES Electrical & Electronics Course Structure
 
SEMESTER-I
• Engineering Mathematics - I
• Engineering Physics / Engineering Chemistry
• Mechanical Engineering Sciences / Basic Electronics
• Electrical Sciences / Computer Programming
• Engineering Mechanics
• Engineering Physics Lab / Engineering Chemistry Lab
• Workshop Practice / Computer Programming Lab
• Engineering Graphics
SEMESTER-II
• Engineering Mathematics - II
• Engineering Physics / Engineering Chemistry
• Basic Electronics Mechanical / Engineering Sciences
• Computer Programming / Electrical Sciences
• Strength of Materials
• Engineering Chemistry Lab / Engineering Physics Lab
• Computer Programming / Workshop Practice
• Engineering Graphics
 
SEMESTER-III
• Engg. Mathematics III
• Electric Circuits
• Electrical Measurments & Instruments.
• Analog Electronic Circuits
• Transformers & Induction Machines
• Electric Circuits & Measurements Lab
• Analog Electronic Lab
• Transformers & Induction Machines Lab
SEMESTER-IV
• Engg.Mathematics IV
• Network Theory
• Field Theory
• D.C. Machines & Synchronous Machines
• Digital Electronics
• D.C. Machines & Synchronous Machines Lab.
• Digital Electronics Lab
• PSPICE Lab
 
SEMESTER-V
• Linear Control Systems
• Power Electronics
• Electrical Power Generation
• Microprocessors
• Electrical Drawing and CAD
• Power Electronics Laboratory
• Electronic Instrumentation
• Special Electrical Machines
• Renewable Energy Sources
• Illumination Engineering
• Generalized Electrical Machine Theory
• Estimation, specifications and costing
• Computer organization
• Object Oriented programming
SEMESTER-VI
• Switch Gear and Protection
• Transmission and Distribution
• Power System Analysis and Stability
• Project Work 1
• Microprocessor Laboratory
• Control Systems Laboratory
• Advanced Control Systems
• Testing and commissioning of Electrical Equipment
• Fuzzy Logic Control
• Solid State Electric Drives
• Reactive Power Management
• Operational Amplifier and Linear IC's
• Industrial Management
• Java Programming
• Neural Networks
• Operations Research
 
SEMESTER-VII
• Computer Applications to Power System
• Design of Electrical Machines
• High Voltage Engineering
• Electric Drives & Traction
• Relay and High Voltage Laboratory
• Power System Simulation Laboratory
• Power System Operation and Control
• Solid State Relays
• Digital Signal Processing
• Computer Communication and Networking
• HVDC Power Transmission
• Switched mode power conversion
• Peripherals and Micro controllers
• Utilization of Electrical Power
SEMESTER-VIII
• Seminar
• Project
• Applied Mathematics
•

Micro Computer Control of Electric Drives
• Artificial Intelligence
• Statistical Computation of Power System transients
• Electro magnetic Compatibility
• Advanced Optimisation Techniques