Electrical & Electronics Engineering
| Course Title | Code | L | T | P | Credits |
|---|---|---|---|---|---|
| Open Elective - I | - | 3 | 0 | 0 | 3 |
| Open Elective - II | - | 3 | 0 | 0 | 3 |
| Program Elective - III | - | 3 | 0 | 0 | 3 |
| Program Elective - IV | - | 3 | 0 | 0 | 3 |
| Project - I | - | 0 | 0 | 12 | 6 |
| Seminar | - | 0 | 0 | 2 | 1 |
| Summer Entrepreneurship-III | - | 0 | 0 | 16 | 8 |
| TOTAL | - | - | - | - | 27 |
Module 1: Transmission Lines
Introduction • Concept Of Distributed Elements • Equations Of Voltage And Current • Standing Waves And Impedance Transformation • Lossless And Low-loss Transmission Lines • Power Transfer On A Transmission Line • Analysis Of Transmission Line In Terms Of Admittances • Transmission Line Calculations With The Help Of Smith Chart • Applications Of Transmission Line • Impedance Matching Using Transmission Lines
Module 2: Maxwell's Equations
Basic Quantities Of Electromagnetics • Basic Laws Of Electromagnetics: Gauss's Law, Ampere's Circuital Law, Faraday's Law Of Electromagnetic Induction • Maxwell's Equations • Surface Charge And Surface Current • Boundary Conditions At Media Interface
Module 3: Uniform Plane Wave
Homogeneous Unbound Medium • Wave Equation For Time Harmonic Fields • Solution Of The Wave Equation • Uniform Plane Wave • Wave Polarization • Wave Propagation In Conducting Medium • Phase Velocity Of A Wave • Power Flow And Poynting Vector
Module 4: Plane Waves at Media Interface
Plane Wave In Arbitrary Direction • Plane Wave At Dielectric Interface • Reflection And Refraction Of Waves At Dielectric Interface • Total Internal Reflection • Wave Polarization At Media Interface • Brewster Angle • Fields And Power Flow At Media Interface • Lossy Media Interface • Reflection From Conducting Boundary
Module 5: Waveguides
Parallel Plane Waveguide: Transverse Electric (TE) Mode, Transverse Magnetic (TM) Mode • Cutoff Frequency • Phase Velocity And Dispersion • Transverse Electromagnetic (TEM) Mode • Analysis Of Waveguide-general Approach • Rectangular Waveguides
Module 6: Antennas
Radiation Parameters Of Antenna • Potential Functions • Solution For Potential Functions • Radiations From Hertz Dipole • Near Field • Far Field • Total Power Radiated By A Dipole • Radiation Resistance And Radiation Pattern Of Hertz Dipole • Hertz Dipole In Receiving Mode
Module 1: Breakdown in Gases
Ionization Processes And De-ionization Processes • Types Of Discharge • Gases As Insulating Materials • Breakdown In Uniform Gap, Non-uniform Gaps • Townsend's Theory • Streamer Mechanism • Corona Discharge
Module 2: Breakdown in liquid and solid Insulating materials
Breakdown In Pure And Commercial Liquids • Solid Dielectrics And Composite Dielectrics • Intrinsic Breakdown • Electromechanical Breakdown And Thermal Breakdown • Partial Discharge • Applications Of Insulating Materials
Module 3: Generation of High Voltages
Generation Of High Voltages • Generation Of High D. C. And A.C. Voltages • Generation Of Impulse Voltages • Generation Of Impulse Currents • Tripping And Control Of Impulse Generators
Module 4: Measurements of High Voltages and Currents
Peak Voltage, Impulse Voltage And High Direct Current Measurement Method • Cathode Ray Oscillo Graphs For Impulse Voltage And Current Measurement • Measurement Of Dielectric Constant And Loss Factor • Partial Discharge Measurements
Module 5: Lightning and Switching Overvoltages
Charge Formation In Clouds • Stepped Leader • Dart Leader • Lightning Surges • Switching Overvoltages • Protection Against Over-voltages • Surge Diverters • Surge Modifiers
Module 6: High Voltage Testing of Electrical Apparatus and High Voltage Laboratories
Various Standards For HV Testing Of Electrical Apparatus, IS, IEC Standards • Testing Of Insulators And Bushings • Testing Isolators And Circuit Breakers • Testing Cables, Power Transformers And Some High Voltage Equipment • High Voltage Laboratory Layout • Indoor And Outdoor Laboratories • Testing Facility Requirements • Safety Precautions In H. V. Labs
Module 1: Electrical System Components
LT Systems Wiring Components • Selection Of Cables, Wires, Switches, Distribution Box, Metering System • Tariff Structure • Protection Components- Fuse, MCB, MCCB, ELCB, Inverse Current Characteristics • Symbols • Single Line Diagram (SLD) Of A Wiring System • Contactor, Isolator, Relays, MPCB • Electric Shock And Electrical Safety Practices
Module 2: Residential and Commercial Electrical Systems
Types Of Residential And Commercial Wiring Systems • General Rules And Guidelines For Installation • Load Calculation And Sizing Of Wire • Rating Of Main Switch, Distribution Board And Protection Devices • Earthing System Calculations • Requirements Of Commercial Installation • Deciding Lighting Scheme And Number Of Lamps • Earthing Of Commercial Installation • Selection And Sizing Of Components
Module 3: Illumination Systems
Understanding Various Terms Regarding Light, Lumen, Intensity, Candle Power, Lamp Efficiency, Specific Consumption, Glare, Space To Height Ratio, Waste Light Factor, Depreciation Factor • Various Illumination Schemes • Incandescent Lamps And Modern Luminaries Like CFL, LED And Their Operation • Energy Saving In Illumination Systems • Design Of A Lighting Scheme For Residential And Commercial Premises • Flood Lighting
Module 4: Industrial Electrical Systems I
HT Connection • Industrial Substation • Transformer Selection • Industrial Loads, Motors, Starting Of Motors • SLD • Cable And Switchgear Selection • Lightning Protection • Earthing Design • Power Factor Correction - KVAR Calculations • Type Of Compensation • Introduction To PCC, MCC Panels • Specifications Of LT Breakers, MCB And Other LT Panel Components
Module 5: Industrial Electrical Systems II
DG Systems • UPS System • Electrical Systems For The Elevators • Battery Banks • Sizing The DG, UPS And Battery Banks • Selection Of UPS And Battery Banks
Module 6: Industrial Electrical System Automation
Study Of Basic PLC • Role Of In Automation • Advantages Of Process Automation • PLC Based Control System Design • Panel Metering And Introduction To SCADA System For Distribution Automation
Module 1: Discrete Representation of Continuous Systems
Basics Of Digital Control Systems • Discrete Representation Of Continuous Systems • Sample And Hold Circuit • Mathematical Modelling Of Sample And Hold Circuit • Effects Of Sampling And Quantization • Choice Of Sampling Frequency • ZOH Equivalent
Module 2: Discrete System Analysis
Z-Transform And Inverse Z Transform For Analyzing Discrete Time Systems • Pulse Transfer Function • Pulse Transfer Function Of Closed Loop Systems • Mapping From S-plane To Z Plane • Solution Of Discrete Time Systems • Time Response Of Discrete Time System
Module 3: Stability of Discrete Time System
Stability Analysis By Jury Test • Stability Analysis Using Bilinear Transformation • Design Digital Control System With Dead Beat Response • Practical Issues With Deadbeat Response Design
Module 4: State Space Approach for discrete time systems
State Space Models Of Discrete Systems • State Space Analysis • Lyapunov Stability • Controllability, Reach-ability, Reconstructibility And Observability Analysis • Effect Of Pole Zero Cancellation On The Controllability & Observability
Module 5: Design of Digital Control System
Design Of Discrete PID Controller • Design Of Discrete State Feedback Controller • Design Of Set Point Tracker • Design Of Discrete Observer For LTI System • Design Of Discrete Compensator
Module 6: Discrete output feedback control
Design Of Discrete Output Feedback Control • Fast Output Sampling (FOS) And Periodic Output Feedback Controller Design For Discrete Time Systems
Module 1: Introduction
Conventional Vehicles: Basics Of Vehicle Performance, Vehicle Power Source Characterization, Transmission Characteristics, Mathematical Models To Describe Vehicle Performance • Introduction To Hybrid Electric Vehicles: History Of Hybrid And Electric Vehicles • Social And Environmental Importance Of Hybrid And Electric Vehicles • Impact Of Modern Drive-trains On Energy Supplies
Module 2: Hybrid Electric Drive-trains
Basic Concept Of Hybrid Traction • Introduction To Various Hybrid Drive-train Topologies • Power Flow Control In Hybrid Drive-train Topologies • Fuel Efficiency Analysis
Module 3: Electric Trains: Electric Drive-trains
Basic Concept Of Electric Traction • Introduction To Various Electric Drivetrain Topologies • Power Flow Control In Electric Drive-train Topologies • Fuel Efficiency Analysis • Electric Propulsion Unit: Introduction To Electric Components Used In Hybrid And Electric Vehicles • Configuration And Control Of DC Motor Drives • Configuration And Control Of Induction Motor Drives • Configuration And Control Of Permanent Magnet Motor Drives • Configuration And Control Of Switched Reluctance Motor Drives • Drive System Efficiency
Module 4: Energy Storage
Introduction To Energy Storage Requirements In Hybrid And Electric Vehicles • Battery Based Energy Storage And Its Analysis • Fuel Cell Based Energy Storage And Its Analysis • Super Capacitor Based Energy Storage And Its Analysis • Flywheel Based Energy Storage And Its Analysis • Hybridization Of Different Energy Storage Devices • Sizing The Drive System: Matching The Electric Machine And The Internal Combustion Engine (ICE) • Sizing The Propulsion Motor • Sizing The Power Electronics • Selecting The Energy Storage Technology • Communications, Supporting Subsystems
Module 5: Energy Management Strategies
Introduction To Energy Management Strategies Used In Hybrid And Electric Vehicles • Classification Of Different Energy Management Strategies • Comparison Of Different Energy Management Strategies • Implementation Issues Of Energy Management Strategies • Case Studies: Design Of A Hybrid Electric Vehicle (HEV), Design Of A Battery Electric Vehicle (BEV)
Module 1: Transmission Lines
Introduction • Concept Of Distributed Elements • Equations Of Voltage And Current • Standing Waves And Impedance Transformation • Lossless And Low-loss Transmission Lines • Power Transfer On A Transmission Line • Analysis Of Transmission Line In Terms Of Admittances • Transmission Line Calculations With The Help Of Smith Chart • Applications Of Transmission Line • Impedance Matching Using Transmission Lines
Module 2: Maxwell's Equations
Basic Quantities Of Electromagnetics • Basic Laws Of Electromagnetics: Gauss's Law, Ampere's Circuital Law, Faraday's Law Of Electromagnetic Induction • Maxwell's Equations • Surface Charge And Surface Current • Boundary Conditions At Media Interface
Module 3: Uniform Plane Wave
Homogeneous Unbound Medium • Wave Equation For Time Harmonic Fields • Solution Of The Wave Equation • Uniform Plane Wave • Wave Polarization • Wave Propagation In Conducting Medium • Phase Velocity Of A Wave • Power Flow And Poynting Vector
Module 4: Plane Waves at Media Interface
Plane Wave In Arbitrary Direction • Plane Wave At Dielectric Interface • Reflection And Refraction Of Waves At Dielectric Interface • Total Internal Reflection • Wave Polarization At Media Interface • Brewster Angle • Fields And Power Flow At Media Interface • Lossy Media Interface • Reflection From Conducting Boundary
Module 5: Waveguides
Parallel Plane Waveguide: Transverse Electric (TE) Mode, Transverse Magnetic (TM) Mode • Cutoff Frequency • Phase Velocity And Dispersion • Transverse Electromagnetic (TEM) Mode • Analysis Of Waveguide-general Approach • Rectangular Waveguides
Module 6: Antennas
Radiation Parameters Of Antenna • Potential Functions • Solution For Potential Functions • Radiations From Hertz Dipole • Near Field • Far Field • Total Power Radiated By A Dipole • Radiation Resistance And Radiation Pattern Of Hertz Dipole • Hertz Dipole In Receiving Mode
Module 1: Breakdown in Gases
Ionization Processes And De-ionization Processes • Types Of Discharge • Gases As Insulating Materials • Breakdown In Uniform Gap, Non-uniform Gaps • Townsend's Theory • Streamer Mechanism • Corona Discharge
Module 2: Breakdown in liquid and solid Insulating materials
Breakdown In Pure And Commercial Liquids • Solid Dielectrics And Composite Dielectrics • Intrinsic Breakdown • Electromechanical Breakdown And Thermal Breakdown • Partial Discharge • Applications Of Insulating Materials
Module 3: Generation of High Voltages
Generation Of High Voltages • Generation Of High D. C. And A.C. Voltages • Generation Of Impulse Voltages • Generation Of Impulse Currents • Tripping And Control Of Impulse Generators
Module 4: Measurements of High Voltages and Currents
Peak Voltage, Impulse Voltage And High Direct Current Measurement Method • Cathode Ray Oscillo Graphs For Impulse Voltage And Current Measurement • Measurement Of Dielectric Constant And Loss Factor • Partial Discharge Measurements
Module 5: Lightning and Switching Overvoltages
Charge Formation In Clouds • Stepped Leader • Dart Leader • Lightning Surges • Switching Overvoltages • Protection Against Over-voltages • Surge Diverters • Surge Modifiers
Module 6: High Voltage Testing of Electrical Apparatus and High Voltage Laboratories
Various Standards For HV Testing Of Electrical Apparatus, IS, IEC Standards • Testing Of Insulators And Bushings • Testing Isolators And Circuit Breakers • Testing Cables, Power Transformers And Some High Voltage Equipment • High Voltage Laboratory Layout • Indoor And Outdoor Laboratories • Testing Facility Requirements • Safety Precautions In H. V. Labs
Module 1: Electrical System Components
LT Systems Wiring Components • Selection Of Cables, Wires, Switches, Distribution Box, Metering System • Tariff Structure • Protection Components- Fuse, MCB, MCCB, ELCB, Inverse Current Characteristics • Symbols • Single Line Diagram (SLD) Of A Wiring System • Contactor, Isolator, Relays, MPCB • Electric Shock And Electrical Safety Practices
Module 2: Residential and Commercial Electrical Systems
Types Of Residential And Commercial Wiring Systems • General Rules And Guidelines For Installation • Load Calculation And Sizing Of Wire • Rating Of Main Switch, Distribution Board And Protection Devices • Earthing System Calculations • Requirements Of Commercial Installation • Deciding Lighting Scheme And Number Of Lamps • Earthing Of Commercial Installation • Selection And Sizing Of Components
Module 3: Illumination Systems
Understanding Various Terms Regarding Light, Lumen, Intensity, Candle Power, Lamp Efficiency, Specific Consumption, Glare, Space To Height Ratio, Waste Light Factor, Depreciation Factor • Various Illumination Schemes • Incandescent Lamps And Modern Luminaries Like CFL, LED And Their Operation • Energy Saving In Illumination Systems • Design Of A Lighting Scheme For Residential And Commercial Premises • Flood Lighting
Module 4: Industrial Electrical Systems I
HT Connection • Industrial Substation • Transformer Selection • Industrial Loads, Motors, Starting Of Motors • SLD • Cable And Switchgear Selection • Lightning Protection • Earthing Design • Power Factor Correction - KVAR Calculations • Type Of Compensation • Introduction To PCC, MCC Panels • Specifications Of LT Breakers, MCB And Other LT Panel Components
Module 5: Industrial Electrical Systems II
DG Systems • UPS System • Electrical Systems For The Elevators • Battery Banks • Sizing The DG, UPS And Battery Banks • Selection Of UPS And Battery Banks
Module 6: Industrial Electrical System Automation
Study Of Basic PLC • Role Of In Automation • Advantages Of Process Automation • PLC Based Control System Design • Panel Metering And Introduction To SCADA System For Distribution Automation
Module 1: Discrete Representation of Continuous Systems
Basics Of Digital Control Systems • Discrete Representation Of Continuous Systems • Sample And Hold Circuit • Mathematical Modelling Of Sample And Hold Circuit • Effects Of Sampling And Quantization • Choice Of Sampling Frequency • ZOH Equivalent
Module 2: Discrete System Analysis
Z-Transform And Inverse Z Transform For Analyzing Discrete Time Systems • Pulse Transfer Function • Pulse Transfer Function Of Closed Loop Systems • Mapping From S-plane To Z Plane • Solution Of Discrete Time Systems • Time Response Of Discrete Time System
Module 3: Stability of Discrete Time System
Stability Analysis By Jury Test • Stability Analysis Using Bilinear Transformation • Design Digital Control System With Dead Beat Response • Practical Issues With Deadbeat Response Design
Module 4: State Space Approach for discrete time systems
State Space Models Of Discrete Systems • State Space Analysis • Lyapunov Stability • Controllability, Reach-ability, Reconstructibility And Observability Analysis • Effect Of Pole Zero Cancellation On The Controllability & Observability
Module 5: Design of Digital Control System
Design Of Discrete PID Controller • Design Of Discrete State Feedback Controller • Design Of Set Point Tracker • Design Of Discrete Observer For LTI System • Design Of Discrete Compensator
Module 6: Discrete output feedback control
Design Of Discrete Output Feedback Control • Fast Output Sampling (FOS) And Periodic Output Feedback Controller Design For Discrete Time Systems
Module 1: Introduction
Conventional Vehicles: Basics Of Vehicle Performance, Vehicle Power Source Characterization, Transmission Characteristics, Mathematical Models To Describe Vehicle Performance • Introduction To Hybrid Electric Vehicles: History Of Hybrid And Electric Vehicles • Social And Environmental Importance Of Hybrid And Electric Vehicles • Impact Of Modern Drive-trains On Energy Supplies
Module 2: Hybrid Electric Drive-trains
Basic Concept Of Hybrid Traction • Introduction To Various Hybrid Drive-train Topologies • Power Flow Control In Hybrid Drive-train Topologies • Fuel Efficiency Analysis
Module 3: Electric Trains: Electric Drive-trains
Basic Concept Of Electric Traction • Introduction To Various Electric Drivetrain Topologies • Power Flow Control In Electric Drive-train Topologies • Fuel Efficiency Analysis • Electric Propulsion Unit: Introduction To Electric Components Used In Hybrid And Electric Vehicles • Configuration And Control Of DC Motor Drives • Configuration And Control Of Induction Motor Drives • Configuration And Control Of Permanent Magnet Motor Drives • Configuration And Control Of Switched Reluctance Motor Drives • Drive System Efficiency
Module 4: Energy Storage
Introduction To Energy Storage Requirements In Hybrid And Electric Vehicles • Battery Based Energy Storage And Its Analysis • Fuel Cell Based Energy Storage And Its Analysis • Super Capacitor Based Energy Storage And Its Analysis • Flywheel Based Energy Storage And Its Analysis • Hybridization Of Different Energy Storage Devices • Sizing The Drive System: Matching The Electric Machine And The Internal Combustion Engine (ICE) • Sizing The Propulsion Motor • Sizing The Power Electronics • Selecting The Energy Storage Technology • Communications, Supporting Subsystems
Module 5: Energy Management Strategies
Introduction To Energy Management Strategies Used In Hybrid And Electric Vehicles • Classification Of Different Energy Management Strategies • Comparison Of Different Energy Management Strategies • Implementation Issues Of Energy Management Strategies • Case Studies: Design Of A Hybrid Electric Vehicle (HEV), Design Of A Battery Electric Vehicle (BEV)