Electrical & Electronics Engineering

Department Profile

The department of Electrical and Electronics Engineering was established in the year 2001-2002 and affiliated to ANNA UNIVERSITY, Chennai. The department shares the mission and vision of the institution, in imparting the high quality education to the students. It offers B.E (EEE), M.E (Power Electronics & Drives) accredited by NBA, NAAC with A Grade by the highly qualified, committed and research oriented faculty members. The department has a very close interaction with many leading research oriented industries.

The main objective of the department is to provide industrial environment to the learners with help of spacious and well-equipped laboratories. The department offers various seminars, workshops, symposium, entrepreneurship development and IEEE Chapter programmes for the students to help them keep pace with the rapid changes and future technologies in the field of Electrical Engineering and Technology.

Vision

To infuse technical competencies of Electrical and Electronics Engineering and provide research ambience with values.

Mission

• M1: To impart quality education and training in Electrical and Electronics Engineering with an overall background suitable for making a successful Engineer in industry and research or higher education.
• M2: To develop life-long learning skills that allows them to be adaptive and responsive to changes in society, technology and the environment, as well as career demands.
• M3: To provide an accredited dynamic scholarly environment wherein students learn to develop communications and leadership abilities to blossom as a professional.
• M4: To ensure that every graduate is aware of the roles and responsibilities of the professional engineer in society through exposure to ethics, equity, safety and health considerations.

PEOs

• PEO1: Graduates will possess expertise in problem analysis, solving, designing, skills and necessary information for a successful career in the field of Electrical and Electronics Engineering.
• PEO2: Graduates will accomplish practical acquaintance in modern designing tools, technologies and Engineering software in Electrical and Electronics Engineering.
• PEO3: Graduates will be outstanding in communication, teamwork and multidisciplinary approach related to engineering issues in social context.
• PEO4: Graduates will excel in competitive environment towards leadership and life-long learning which is needed for a successful professional career.

PROGRAM SPECIFIC OUTCOMES (PSO’s):

• PSO1: Power Networks - Assess feasibility, applicability and optimality in power networks.
• PSO2: System Simulation - Ability to use software for design, simulation and analysis of Electrical systems.

Consultancy

S.No	Title of the Projects	Funding Agency	Duration	Principal Investigator
1	HFC Based Hybrid Wind Solar System (Real Time Model)	Electro solar Solutions	2017-2020	Mrs.M.Parameswari, Professor/EEE
2	PQ Analyzer	Zentronics	2017-2020	Mr.S.Selvakumaran, Assistant Professor/EEE
3	Integration of Solar PV Grid System using Self Tuned P&O Algorithm	Electro Solar Solutions	2020-2021	Dr.N.Arunkumar,Associate Professor/EEE
4	Design of nine switch boost inverter with reduced passive components	Electro solar Solutions	2020-2022	Mrs.K.Preetha, Assistant Professor/EEE
5	Design and Optimization of the PM array of brushless DC motor with minimum cogging torque for Electric vehicle applications	Orbit Controls and Services	2021-2023	Mr.DKrishnamoorthi, Assistant Professor/EEE
6	High Efficient Single Phase Buck Boost matrix converter with reduced components and ripples	Elite Power Systems India Private Limited, Chennai	2021-2023	Mr.V.Vinothkumar, Assistant Professor/EEE
7	Design and Implementation of DC DC Converters for Electric Vehicles	Vi Micro Systems	2021-2024	Mr.J.Nagendran, Assistant Professor/EEE
8	High Efficient Single Phase Buck Boost matrix converter with reduced components and ripples	Elite Power Systems India Private Limited, Chennai	2021-2024	Mrs.K.Preetha, Assistant Professor/EEE

Department Laboratories

Name of the Laboratory

• ELECTRICAL MACHINES LABORATORY
• CONTROL AND INSTRUMENTATION LABORATORY
• POWER ELECTRONICS LABORATORY
• POWER SYSTEM SIMULATION LABORATORY
• ELECTRONICS LABORATORY

Laboratory Facilities

Electrical Machines Laboratory

To expose the students to the operation of D.C machines, transformers, synchronous machines and induction motors and to impart them with experimental skill.

Major equipments to support this laboratory includes:

DC Shunt Motor with Load, DC Series Motor with Load, DC Compound Motor with Load, DC Shunt Generator, DC Series Generator, DC Compound Generator, DC Shunt motor# Alternator, Induction Generator, Synchronous Motor, 3 Phase Induction Motor(Slip Ring, Squirrel) with Load, Single Phase Induction Motor with Load, Single Phase Incomplete Transformer, Single Phase 3 KVA Transformer, Three Phase 5 KVA Transformer, Megger Oil Testing Kit(230V), Power Drilling Machine, Function Generators, Ammeters & Multimeters, 3 Phase Induction Motor (Winding Study), Coil Winding Machine, True Value RMS Meter

Key Equipments and Features

Control Panel & Machines

Ten - way control panel is very useful to provide supply needs for all the ac and dc machines separately. We have surplus dc motors, dc generators, alternators, induction motors, synchronous motor to conduct all the experiments given by Anna university syllabus.

Control and instrumentation laboratory

To expose the students to the principle of control and instrumentation engineering with specialized equipments - Servo motor, Synchros and stepper motor. Its objectives are

• To enhance the practical knowledge in simulation of first and second order systems.
• To fortify the students with an adequate work experience in the measurement of different quantities and also expertise in handling the instruments involved.
• To train the students in the measurement of displacement, resistance, inductance, torque and angle etc., and to give exposure to AC, DC bridges and transient measurement.

Major equipments to support this laboratory includes:

Synchro Transmitter Receiver, AC Position Servo Trainer Kit, AC Servo Motor Controller, Lead Lag Network Stimulator, DC Motor Speed Measure, DC Motor Based Position, Controller, First and Second Order OP-AMP Simulator, Pressure Process Analyzer, PC Based Temperature Control System, Synchroscope, 20 MHZ CRO Scientific, Stepper Motor Controller, Power Supply for PLC, Digital Tachometer Non contact Type, Digital Multimeter, PLC with 10I/ 6 O Relay Type, Phase shifting Transformer, Measurement of Iron loss (Ring specimen), Phase Shifting Transformers, Pressure Transducer, LVDT Trainer, Instrumentation Amplifier, Ballistic type Galvanometer, Thermocouple, 30/ 20 MHz Oscilloscope , RTD Modules, Thermistors, Flux meter, Current Transformer, Frequency meter, Torque Transducer, Digital audio Frequency meter, Bridge Circuits, ADC / DAC Kits

Key Equipments and Features

Stepper motor is used in real time system and it can be used in projects.

PID controller is used by students in their projects.

LVDT TRAINER KIT

The Linear Variable Differential Transformer - LVDT Measurement Trainer model is designed to teach the students about the basics of Instrumentation Engineering, mainly for displacement measurement.

PRESSURE TRANSDUCER KIT

A pressure transducer converts pressure into an analog electrical signal, which is useful in measuring the physical parameter. There are various types of pressure transducers; one of the most common is the strain-gage base transducer.

MAXWELL BRIDGE SET UP AND RING SPECIMEN.

The Maxwell's bridge is used to measure unknown inductance by comparison with a standard variable capacitance.

POWER ELECTRONICS LABORATORY:

To study the characteristics of switching devices and its applications in rectifier, inverter, chopper and resonant converter. This makes the student learn how to apply the electronic devices for conversion, control and conditioning of electronic power.

MAJOR EQUIPMENTS TO SUPPORT THIS LABORATORY INCLUDES

IGBT Based Chopper Module, IGBT Based 3 Phase Induction Motor, TMS2407A Based DSP Trainer Kit, Resonant DC- DC Converter, Single Phase Cycloconverter, DC Motor Fed by Chopper Module, Single Phase SCR Trainer Kit, Closed Loop Speed Control of DC Shunt Motor Fed from 3 Phase Fully Controlled Converter Kit, DSP based Speed Control of BLDC Motor, Reprogrammable Logic Devices and Programming, DC -DC Boost Converter Trainer, Micro Controller based Speed Control of Stepper Motor, Micro Controller based Speed Control of VSI Fed Three-Phase Induction Motor, Micro Controller based Speed Control of Converter/Chopper Fed Dc Motor, 3 phase Autotransformer, Intelligent Power Modules, Isolation Transformer, 8051 Based MC Trainer Kit, PC Keyboard & LCD Display Card, Relay Card, PIC Microcontroller Kit, Stepper Motor Interface Board.

KEY EQUIPMENTS AND FEATURES

SCR CIRCUIT MODULE

It is a major Power Electronics Equipment which is used in many industrial applications. It can be used in high power applications where Alternating current is converted into Direct current.

IGBT BASED THREE-PHASE PWM INVERTER

This is a high power application device where we can get pure sinusoidal output wave. Now a day in power generation and distribution these PWM inverters are highly preferred for power factor correction and for high efficiency.

POWER SYSTEM SIMULATION LABORATORY

The main aim of this laboratory helps the Electrical students to acquire software developments skills and Experience in the usage of standard packages necessary for analysis and simulation of power system required for its planning, operation and control.

MAJOR SOFTWARE'S TO SUPPORT THIS LABORATORY INCLUDES

• PSIM software
• PSPICE Software
• Wipro LQDX Dot Matrix Printer
• HP Laser Printer
• ETAP

KEY EQUIPMENTS AND FEATURES

In this laboratory we are using Software simulation package to meet the requirements of the "POWER SYSTEM SIMULATION LAB" for the final year EEE students. Apart from the power system simulation lab, MATLAB software has been installed for the benefits of the students to do the CONTROL SYSTEM LABS and Project work.

ELECTRONICS LABORATORY

Function Generators 3MHz Audio, Oscillators, Pulse Generators Power Supply ( 0 - 32V / 2A ), Fixed Power Supply ( +15 - 15V ), Voltmeters, Ammeters, Components Racks, Decade Resistance, Capacitance, Inductance Boxes, PCB Fabrication tools, Regulated Power Supplies, Cathode Ray Oscilloscope (30 MHz), IC Trainer Boards ,Digital Multimeters, Wiring kit,

DEPARTMENT LIBRARY

The Electrical Department maintains a Library with books on Power Electronics, Power Systems, Digital Signal Processing, Robotics, Electrical Machines, Electrical Engineering and all academic related topics. The library also maintains various numbers of Electrical and Electronics related Magazines and Journals.

FACULTY DETAILS

S.NO	Name	Designation	DOJ	Specialization	Total Years of Experience
1	Dr.K.ANBARASAN	Professor	06-12-2005	Process Control and Instrumentation	18 Years 10 Month
2	Dr. K.SRINIVASAN	Professor	26-06-2019	Power System Engineering	4 Years 10 Months
3	Dr.S.P.SELVARAJ	Professor	20-03-2023	Control System	1 Year 1 Month
4	Dr.M.PARAMESWARI	Professor	25-10-2022	Electronics & Control Engineering	1 Year 6 Month
5	Dr.N.ARUNKUMAR	Associate Professor	21-06-2017	Power Electronics and Drives	6 Years 10 Month
6	Mr.S.GOBIMOHAN	Associate Professor	18-08-2008	Mechatronics	15 Years 8 Month
7	Mrs.T.LAVANYA	Associate Professor	26-06-2014	High Voltage Engineering	9 Years 10 Month
8	Mr.S.SELVAKUMARAN	Assistant Professor	07-09-2009	Power Electronics and Drives	14 Years 9 Month
9	Mr.M.ASAITHAMBI	Assistant Professor	21-06-2012	Power Electronics and Drives	11 Years 10 Month
10	Mr.K.VIJAYAKANTH	Assistant Professor	25-06-2009	VLSI Design	14 Years 10 Month
11	Mr.D.KRISHNAMOORTHI	Assistant Professor	18-06-2015	Applied Electronics	8 Years 10 Month
12	Mr.V.VINOTHKUMAR	Assistant Professor	01-07-2016	Power Electronics and Drives	7 Years 9 Month
13	Mr.M.KATHAMUTHU	Assistant Professor	24-01-2018	Instrumentation and Control Engineering	6 Years 3 Month
14	Mrs.T.DURGA	Assistant Professor	22-06-2015	Communication Systems	8 Years 10 Month
15	Ms.S.ANANDHI	Assistant Professor	26-06-2014	Energy Conservation and Management	9 Years 10 Month
16	Mr.R.KANNAN	Assistant Professor	26-06-2014	Power Electronics and Drives	9 Years 10 Month
17	Ms.S.AMALIARPUTHA MARY	Assistant Professor	16-12-2019	Power Electronics and Drives	4 years 4 month
18	Mr.R.PANDIYAN	Assistant Professor	04-01-2021	Power Electronics and Drives	3 Years 3 Month
19	Mrs.M.BHUVANESHWARI	Assistant Professor	18-07-2022	Power Electronics and Drives	1 Year 9 Month
20	Ms.S.NALINI	Assistant Professor	18-07-2022	Power Electronics and Drives	1 Year 9 Month
21	Mrs.N.SARANYA	Assistant Professor	01-06-2023	Power Electronics and Drives	10 Month
22	Mr.R.SATHISH	Assistant Professor	01-06-2023	Power System Engineering	10 Month

Faculty Publications

Name of the Faculty	Publication details
Dr.K.Anbarasan	Dr.K.Anbarasan, Prof/EEE had Conducted Indian National Science Academy (INSA) Sponsored workshop on “Harvesting low cost renewable energy using modern controllers based on soft computing techniques”.
	Dr.K.Anbarasan, “Performance analysis of Single phase multi level cascaded converter Based on PSO Techniques”, International Conference on Intellectual Research in Science, Engineering and Management, 21st April 2023
Dr.M.Parameswari	Dr.M.Parameswari/EEE, “Smart Energy Storage System using Zero Export Inverter”, International Journal of Computational Research and Development”, Vol 8, Issue 01, ISSN: 2456-3137, 2023.
	Dr.M.Parameswari/EEE, “Smart EV Charging Station Assessment Using AI with Block Chain”, National Conference on Innovative Smart Technologies in Engineering and Management Sciences, August 06, 2023
Dr.N.Arunkumar	Dr.N.Arunkumar, “MMC controller and Controllable Capacitor based Reactive Power Control in HVDC Systems” Compliance Engineering Journal, Volume 12, Issue 2,2021,Page no:29-38 ,ISSN NO: 0898-3577.
	Dr.N.Arunkumar, Patron Title: “AN IOT BASED TRASH FERTILIZER BIN”, Design No:380061-001,Certificate No:137849, Date: 24/02/2023
	Dr.N.Arunkumar, Book Title: ”Electronic Devices” Deccan International Academic Publishers, India, ISBN NO:978-93-95191-34-0,March-2023
	Dr.N.Arunkumar, “Implementation of front end Buck Converter For Torque Ripple Reduction in BLDC Motor” International Conference on Recent Trends in Science Engineering and Management(ICRTSEM-2023), 27th and 28th April-2023, Page No:40
	Dr.N.Arunkumar, “Design and Implementation of Single Input Multi output DC-DC Converter Using Super Lift Luo Topology” International Conference on Recent Trends in Science Engineering and Management(ICRTSEM-2023), 27th and 28th April-2023,Page No:41
	Dr.N.Arunkumar, “DUAL FLYBACK CONVERTER ELECTRIC VEHICLE CHARGING APPLICATIONS”, International Journal on Applications in Electrical and Electronics Engineering (IJAEEE), Vol 9, Issue No: 03,ISSN: 2395-3527, May 2023.
Mrs.M.Bhuvaneswari	Mrs.M.Bhuvaneswari/EEE, “A Grid Connected Single Phase Transformer less Inverter by using H5 Topology Controller Two Solar PV Arrays”, National Conference on New Horizon in Science, Engineering & Technology – NHSET 2K23, 24th March 2023.
Mrs.K.Preetha	Mrs.K.Preetha/EEE, “Zero Voltage Derivative Switching for Resonant Converters with Reduction of Ripple”, International Conference on Emerging Trends in Engineering and Technology, 19th & 20th April 2023.
	Mrs.K.Preetha/EEE, “Wireless Charging system for Electric Vehicle”, Virtual International Conference on Multi-disciplinary Perspectives in Engineering & Technology, 2nd April 2023.
Mr.M.Asaithambi	Mr.M.Asaithambi, “A Goal Towards Electro Mobility Within Smart cities solution IoT based Air Quality Monitoring”, International Conference on Recent trends in Science, Engineering & Management, 27th & 28th April 2023.
	Mr.M.Asaithambi, “Design of 100MW Solar Power Plant using Bifacial Technology Based PV Panels and Analysis of Performance Using Different Ground ALBEDO”, Multi-disciplinary perspectives in Engineering & Technology, 2nd April 2023.
Mr.V.Vinothkumar	Mr.V.Vinothkumar, “Hybrid Solar Wind Inverter”, Virutal International Conference on Multi-disciplinary perspectives in Engineering & Technology, 2nd April 2023.
Mr. C.P.Vignesh	Mr.C.P.Vignesh, “Implementation of High Voltage gain Interleaved Boost Converter for Electric Vehicle”, National Conference on Renewable Energy for Electric Vehicle Charging System, 17th March 2023.
Ms.S.Nalini	Ms.S.Nalini/EEE, “Detection of lightening Damage on Wind Turbine blades using Artificial Neural Networks”, National Conference on New Horizon in Science, Engineering & Technology – NHSET 2K23, 24th March 2023.

Student Publications:

Name of the Student	Publication details
G.KAVIYARASU S.RAGUL RAJAN V.THANIGAIVEL M.MINNAL RAJ	“Wireless Charging system for Electric Vehicle”, Virtual International Conference on Multi-disciplinary Perspectives in Engineering & Technology, 2nd April 2023.
K.PAVITHRA A.JOHNCY A.LAVANYA	“A grid Connected Single phase Transformer less Inverter by using H5 topology controlling Two Solar PV Arrays”, National Conference on New Horizon in Science, Engineering & Technology, 24th March 2023.
J.KALAIMATHI R.VARSHINI M.VISHNUPRIYA M.MALATHI	“Detection of lightening Damage on Wind Turbine blades using Artificial Neural Networks”, National Conference on New Horizon in Science, Engineering & Technology – NHSET 2K23, 24th March 2023.
R.ARAVINDH E.KAVIYAZHAGAN R.UMA SUDHAN M.VINOTH	“Hybrid Solar Wind Inverter”, Virutal International Conference on Multi-disciplinary perspectives in Engineering & Technology, 2nd April 2023.
R.GOPIKA D.SATHYA R.PRIYAVATHANA	“Zero Voltage Derivative Switching for Resonant Converters with Reduction of Ripple”, International Conference on Emerging Trends in Engineering and Technology, 19th & 20th April 2023.
M.HARIHARAN S.SABARINATHAN M.JAYAPRASANTH S.VIGNESH	“Performance analysis of Single phase multi level cascaded converter Based on PSO Techniques”, International Conference on Intellectual Research in Science, Engineering and Management, 21st April 2023
D.KANNAN M.MANOJ A.RAJESKUMAR A.SEDUPATHY	“Implementation of High Voltage gain Interleaved Boost Converter for Electric Vehicle”, National Conference on Renewable Energy for Electric Vehicle Charging System, 17th March 2023.
S.HARIHARAN D.KRISHNARAJ V.MANOHARAN	“Implementation of front end Buck Converter For Torque Ripple Reduction in BLDC Motor” International Conference on Recent Trends in Science Engineering and Management(ICRTSEM-2023), 27th and 28th April-2023, Page No:40
K.KALAIYARASAN A.MOHAMED ASHIK M.MAHARAJA S.SURENDHAR	“Design and Implementation of Single Input Multi output DC-DC Converter Using Super Lift Luo Topology” International Conference on Recent Trends in Science Engineering and Management(ICRTSEM-2023), 27th and 28th April-2023,Page No:41
A.HARIHARAN C.KATHIRVEL M.VENGATAJALAPATHI D.VIMALAN	“Smart Energy Storage System using Zero Export Inverter”, International Journal of Computational Research and Development”, Vol 8, Issue 01, ISSN: 2456-3137, 2023.
P.ABINAYA M.PAVITHRA S.SATHIYA SREE	“Smart EV Charging Station Assessment Using AI with Block Chain”, National Conference on Innovative Smart Technologies in Engineering and Management Sciences, August 06, 2023
I.MOHAMED ARAFATH MADHAVAN.R MOHAMED IMTHIYAS.M SURESH.V	“A Goal Towards Electro Mobility Within Smart cities solution IoT based Air Quality Monitoring”, International Conference on Recent trends in Science, Engineering & Management, 27th & 28th April 2023.

PROFESSIONAL SOCIETY

S.No	Professional Society	Logo	Members
1	INSTITUTE OF ELECTRICAL AND ELECTRONICS ENGINEERS (IEEE)		Faculty Members : 5 Students Members : 50
2	The International Association of Engineers(IAENG)		Faculty Members : 15 Students Members : 160
3	Solar Energy Society of India (SESI)		Faculty Members : 8 Students Members : 50

Videos and Animations

• Educational animations are animations produced for the specific purpose of fostering learning. It is associated with educational technology with the way it supports teaching and learning through the use of technological tools to facilitate learning and to improve performance
• Using videos for education benefits both teachers and students. Video and animations can help students visualize the lessons and process them better, while it can help teachers focus on quality.
• Aside from listening skills, videos can stimulate cognitive processes of thinking, reasoning, problem-solving, decision-making, and creating.

Role-play

• Role-play is a very flexible teaching approach because it requires no special tools, technology or environments, for example student could work through a role-play exercise just as effectively in a lecture hall as in a seminar room.
• It is a technique that allows students to explore realistic situations by interacting with other people in a managed way in order to develop experience and trial different strategies in a supported environment
• Role play is mostly used for Management relevant subject like Professional Ethics, Project Management & Finance etc.

Flipped Class Room

• Students completing direct instruction, such as viewing a lecture online, prior to the in-class discussion of the material.
• The intent is for students to see the material beforehand, also known as first-exposure learning, so they can learn the concepts at their own pace
• By doing so, students are better able to focus on participating in class and receive feedback on their efforts during the lesson

Quiz

• A quiz is a quick and informal assessment of student knowledge. Quizzes are often used in higher education environments to briefly test a students’ level of comprehension regarding course material, providing teachers with insights into student progress and any existing knowledge gaps
• A quiz refers to a short test of knowledge with question formats often including multiple choice, fill in the blanks, true or false and short answer
• Mostly this type of assessment is used to assess conceptual understanding of students on daily basis

Viva

• Viva is a test of assessing affective skills of students. It is conducted by spoken word rather than in writing and it is assessed on the spot
• This assessment helps to test the in depth knowledge of student in particular topic and it is suitable to test the knowledge of student in all technical subjects. Viva allows students to answer direct questions, hence can be considered as one of the most valid ways that allow students to demonstrate evidence of achievement of the intended learning outcome
• Viva serves as a platform for student to demonstrate their ability to reflect, synthesize and think critically

Seminar

• It is an instructional technique which involves generating a situation for a group to have guided interaction among themselves on a theme which is presented to a group by one or more members
• This technique is used for subjects with management or environment related concepts

Project Based Learning

• Students work on a project over an extended period of time during ODD Saturdays that engages them in solving a real-world problem or answering a complex question. They demonstrate their knowledge and skills by creating a public product or presentation for a real audience
• As a result, students develop deep content knowledge as well as critical thinking, collaboration, creativity, and communication skills
• Project Based Learning unleashes a contagious, creative energy among students and teachers

NAME OF THE LABORATORY

• ELECTRICAL MACHINES LABORATORY
• CONTROL AND INSTRUMENTATION LABORATORY
• POWER ELECTRONICS LABORATORY
• POWER SYSTEM SIMULATION LABORATORY
• ELECTRONICS LABORATORY

DEPARTMENT LIBRARY

The Electrical Department maintains a Library with books on Power Electronics, Power Systems, Digital Signal Processing, Robotics, Electrical Machines, Electrical Engineering and all academic related topics. The library also maintains various number of Electrical and Electronics related Magazines and Journals.

News Letter

• JULY 2015-DECEMBER 2015
• JANUARY 2016-MAY 2016
• JULY 2016 - DECEMBER 2016
• JANUARY 2017-MAY 2017
• JULY 2017-DECEMBER 2017
• JANUARY 2018-MAY 2018
• JULY 2018-DECEMBER 2018

LEARNING MATERIALS

S. No	YEAR	SUBJECT CODE	SUBJECT NAME
1	FIRST YEAR	BE 8251	BASIC ELECTRICAL AND ELECTRONICS ENGINEERING
		BE 8253	BASIC ELECTRICAL, ELECTRONICS AND INSTRUMENTATION ENGINEERING
		BE8254	BASIC ELECTRICAL AND INSTRUMENTATION ENGINEERING
		BE8255	BASIC ELECTRICAL ,ELECTRONICS AND MEASUREMENT ENGINEERING
		EE6401	ELECTRICAL MACHINES - I
		EE6402	TRANSMISSION AND DISTRIBUTION
3	THIRD YEAR	EC6651	COMMUNICATION ENGINEERING
		EE6002	POWER SYSTEM TRANSIENTS
		EE6601	SOLID STATE DRIVES
		EE6602	EMBEDDED SYSTEMS
		EE6603	POWER SYSTEM OPERATION & CONTROL
		EE6604	DESIGN OF ELECTRICAL MACHINES
4	FOURTH YEAR	EE6009	POWER ELECTRONICS FOR RENEWABLE ENERGY SYSTEMS
		EE6012	COMPUTER AIDED DESIGN OF ELECTRICAL APPARATUS
		EE6801	ELECTRIC ENERGY GENERATION, UTILIZATION AND CONSERVATION

AQAR

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