Electrical and Electronics Engineering

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Description

About

ABOUT THE DEPARTMENT

The department of Electrical & Electronics Engineering had a humble beginning along with the inception of the college in 2001. In a very short span of time, the department has established adequate lab facilities. The department strives to achieve excellence in teaching-learning process and research activities together with the college. It currently offers 4 year full- time Bachelor degree programme in Electrical & Electronics Engineering and 2 year full time Master degree programme in Power Electronics & Drives. In accordance with the intake sanctioned by All India Council for Technical Education (AICTE), New Delhi, the department admits 60 students in U.G and 18 students in P.G programme every year respectively.

The department is accredited by NBA & NAAC for its good infrastructure facilities and the quality of education which it offers. It has 15 members of highly qualified and well-experienced Faculty. Senior faculty members are qualified with doctoral degree and junior faculty members are pursuing doctoral degree in various specializations at premier universities. Faculty members are doing research activities in the areas of renewable energy, power electronics, power system optimization and power quality.

PROGRAMME OFFERED

UNDER GRADUATE COURSES

Course Name :B.E Electrical & Electronics Engineering

Course Duration : 4 Years

POST GRADUATE PROGRAMMES

Course Name :M.E Power Electronics & Drives

Course Duration :2 Years

Facility

LAB FACILITY:

Laboratory details

Power Electronics Lab was upgraded using funds received from AICTE under MODROBS scheme.
A new “Electrical Engineering and Control System” laboratory was established in the year 2013 to support the existing electrical machines lab and control system laboratory
Software tools viz., Electromagnetic Transient Analyzer Program (ETAP) and MATLAB (version: 2013a) for simulation studies were purchased
Advanced Solar Radiation Assessment centre has been established in association with Centre for Wind Energy and Technology, MNRE, India.
Standalone Uninterrupted power supply was provided to the power system simulation Laboratory.
SMART class room is established

Lab Description	Number of Students	Area(sq.ft)
Electrical circuits lab	35	2100
Electrical machines lab	35	3000
Electrical Engineering and Control systems Lab	35	3000
Control and Instrumentation lab	35	1600
Power electronics lab	35	2400
Engineering practice lab	35	3000
Power system simulation lab	35	1200
Linear integrated circuits lab	35	1600

INDUSTRY ATTACHED LABORATORIES

Lab Name

Industry Attached

Equipments / Specifications

QUANTITY

NIWETAM

NATIONAL INSTITUTE OF WIND ENERGY , PALLIKARANAI

HP 500-220IN / CORE i5-4570 (3.2 G)/8 GB DDR3 RAM/1 TB HDD/R/W DVD/NVIDIA 1 GB GRAPHICS / WINDOWS 8 / WIRELESS KEYBOARD & MOUSE/ 18.5”LED TFT MONITOR / 3 YEARS WARRANTY

DEPARTMENT LIBRARY

No. of Volumes: 317

No. of Titles: 154

IEEE All Society Periodical Package : 179

Online Access Journals:

DELNET DEVELOPING LIBRARY NETWORK

http://www.delnet.nic.in

Books published by our faculty:

“Circuit theory” by Dr.K.C. Jayasankar , & M.K. Ramachandran VRB Publishers ISBN NO. 978-93-81837-96-2
“Electronic Circuits I “by Dr.K.C. Jayasankar , & M.K. Ramachandran Auxilium Publishers and distributors ISBN NO. 978-81-921265-2-4

Achievements

Department Highlights
New Star Signed a MoU with Ensave consultancy Private Limited on 6.8.2019
Final year EEE students A. Ibrahim Basha, S.Lokesh & T.Karthikeyan got fund of RS.7500 for their project title” SMART ELEPHANT MONITORING SYSTEM” from Tamil nadu State Council for Science & Technology. The project is guided by Ms.Shobana Associate Prof/EEE.

Advanced Solar Radiation Assessment centre has been established in association with Centre for Wind Energy and Technology, MNRE, India.
MNRE sponsored one day seminar on “Renewable Energy Production And Its Challenges” on 25.03.2015 Funds received Rs.50,000/-
Forge factory organized a 56 hour hardware hackathon, a startup- innovation hub contest on February 7 -9, 2018. In this competition 35 teams participated from all over the India & among them our final year EEE students Balu Ashok, S.Balachandar & B.Goutham participated& designed their “AVANT GRADE E-BIKE “ . They received the grant for Rs.5 lakhs
Our Innovative Project "Avant Grade E-bike" executed by our student BALU ASHOK and team (2014-18) won Bronze medal in “48 th All India Student Design Competition” organized by National Design & Research Forum. He received his Bronze medal on 29.10.2017 at KALA Academy,GOA.
Selected in Texas Instruments challenge India Contest 2015 for the participation in quarter finals. Texas Instruments, rewarded with components worth Rs.50,000/- forfabrication of the gadget
“Remote sensing of patients using power line and visible light communication“ by E. Kavitha ,J. Aparna and Dhanalakshmi IV Year EEE students(2016) guided by Dr .S. Krishnakumar HOD-EEE
- Selected by Tamil Nadu State Council for Science and Technology
- Sanctioned funds of – Rs.10,000/-
“Design and Implementation of POTHOLE detection system “by Selvamani ,Rudhran ,R.Ramkumar IV YEAR EEE guided by Dr. A. Kalaimurugan Assoc. Prof/EEE
- Selected by Tamil Nadu State Council for Science and Technology
- Sanctioned funds of – Rs.10,000/-
Novel design and Characterization of Pyranometer for Precision Solar Radiation Measurements” Rajesh Prasanth, A. Sreedhar reddy, and V.Rajesh guided by Dr. K.C. Jayasankar
- Selected in Engineer infinite Elecrama’s -2016 project exhibition
- Sanctioned funds by Elecrama – Rs.14,000/-
- Management sanctioned a fund of Rs.15,000/
D.Parveez Hussain (2014) won silver medal in “All India design competition for engineering students-2013” organized by National design and Research forum of the Institution of Engineers(I) for the design of “Electronic Accelerator and Steering Mechanism of a electric vehicle for the psychically challenged “.

UNIVERSITY RESULTS

Academic Year	Percentage	No. of University Ranks
2018-2019	54.27	–
2017-2018	78.6	–
2016-2017	85.07	–
2015-2016	56.87	4

PLACEMENTS – HIGHER STUDIES – ENTREPRENEUR

Academic Year	Percentage	Higher Studies	Entrepreneur	Details
2018-19	79%	–	–	view
2017-18	77%	3%	1%	view
2016-17	70%	1%	–	view
2015-16	54%	3%	–	view

PROJECTS

Academic Year	No. of Projects	Details	Achievements	Details
2018-19	12	View	2	View
2017-18	26	View	2	View
2016-17	36	View	2	View
2015-16	43	View	1	View

PUBLICATIONS

Academic Year	No. of Publications			Details
Academic Year	National Conference	International Conference	International Journal	Details
2018-19	–	–	8	View
2017-18	6	2	26	View
2016-17	3	–	1	View
2015-16	–	–	24	View

PROFESSIONAL BODY

Academic year	Members	No. of Activities	Details
2018-19	IE(I)-28	3	View
2017-18	IE(I)-38	3	View
2016-17	IE(I)-33	2	View
2015-16	IE(I)-35	1	View

Faculty

Name	Designation	Qualification	Experience	Mail Id
Dr. K.Sathiyasekar	Professor/HOD	M.Tech., PhD	28	Sathiyasekar.eee@prathyusha.edu.in
Ms.M.Preetha	Associate Professor	M.E	12.10	preetha.eee@prathyusha.edu.in
Dr.J.Poornachandran	Professor	M.Tech., PhD	15.11	Poornachandran.eee@prathyusha.edu.in
Dr.K.C.Balaji	Associate Professor	M.Tech., PhD	11.2	balaji.eee@prathyusha.edu.in
Ms.S.Shobana	Associate Professor	M.E(PhD)	15.1	shobanas@prathyusha.edu.in
Ms.Yuvaleela	Assistant Professor	M.E	11.3	Yuvaleela.eee@prathyusha.edu.in
Mr.J.Rajesh	Assistant Professor	M.Tech.	11.1	rajesh.eee@prathyusha.edu.in
Mr.A.Azeezur Rehman	Assistant Professor	M.E	9.5	azeezurahman.eee@prathyusha.edu.in
Mr.K.Somasekhar	Assistant Professor	M.Tech.	8.6	sekharkesani@gmail.com
Mr.K.Anand	Assistant Professor	M.E	7.5	anand.eee@prathyusha.edu.in
Ms.T.Madumathi	Assistant Professor	M.E	6.10	mathumathi.eee@prathyusha.edu.in
Mr.C.Ramesh	Assistant Professor	M.Tech.	4.1	ramesh.eee@prathyusha.edu.in
Mr.G.Rajesh	Assistant Professor	M.E	1.6	grajesh.eee@prathyusha.edu.in
Ms S.Malathy	Assistant Professor	M.E	0.6	malathy.eee@prathyusha.edu.in
Ms.G.Sheela	Assistant Professor	M.E	0.6	sheela.eee@prathyusha.edu.in

RESOURCES

RESOURCES

COURSE CODE	COURSE NAME	STUDY MATERIALS	VIDEO LINKS
EE 8301	ELECTRICAL MACHINES I	DOWNLOAD	VIEW
EE 8351	DIGITAL LOGIC CIRCUITS	DOWNLOAD	VIEW
EE 8391	ELECTRO MAGNETIC THEORY	DOWNLOAD	VIEW
EC 8353	ELECTRON DEVICES & CIRCUITS	DOWNLOAD	VIEW
MA 6351	TRANSFORMS & PARTIAL DIFFERENTIAL EQUATIONS	DOWNLOAD	VIEW
ME 8792	POWER PLANT ENGINEERING	DOWNLOAD	VIEW
MA 8491	NUMERICAL METHODS	DOWNLOAD	VIEW
EE 8401	ELECTRICAL MACHINES II	DOWNLOAD	VIEW
EE 8402	TRANSMISSION & DISTRIBUTION	DOWNLOAD	VIEW
EE 8451	LINEAR INTEGRATED CIRCUITS	DOWNLOAD	VIEW
EE 8403	MEASUREMENT & INSTRUMENTATION	DOWNLOAD	VIEW
IC 8451	CONTROL SYSTEMS	DOWNLOAD	VIEW
EE 8501	POWER SYSTEM ANALYSIS	DOWNLOAD	VIEW
EE 8551	MICROPROCESSORS & MICROCINTROLLERS	DOWNLOAD	VIEW
EE 8552	POWER ELECTRONICS	DOWNLOAD	VIEW
EE 8591	DIGITAL SIGNAL PROCESSING	DOWNLOAD	VIEW
CS 8392	OBJECT ORIENTED PROGRAMMING	DOWNLOAD	VIEW
EE 8601	SOLID STATE DRIVES	DOWNLOAD	VIEW
EE 8602	PROTECTION & SWITCH GEAR	DOWNLOAD	VIEW
EE 8691	EMBEDDED SYSTEMS	DOWNLOAD	VIEW
EE 8005	SPECIAL ELECTRICAL MACHINES	DOWNLOAD	VIEW
EE 8002	DESIGN OF ELECTRICAL APPARATUS	DOWNLOAD	VIEW
EE 8701	HIGH VOLATGE ENGINEERING	DOWNLOAD	VIEW
EE 8702	POWER SYSTEM OPERATION & CONTROL	DOWNLOAD	VIEW
OCS 752	INTRODUCTION TO C PROGRAMMING	DOWNLOAD	VIEW
EE 8006	POWER QUALITY	DOWNLOAD	VIEW
EE 8015	ELECTRICAL ENERGY GENERATION,UTILIZATION & CONSERVATION	DOWNLOAD	VIEW
GE 8076	PROFESSIONAL ETHICS	DOWNLOAD	VIEW
MG 8591	PRINCIPLES OF MANAGEMENT	DOWNLOAD	VIEW

EVENTS

Academic Year	Co-Curricular Activities			Extra – Curricular Activities		Achievement
Academic Year	Organized	Participated	Details	Total no. of participation	Details	Achievement
2018-2019	7	12	View	19	View	View
2017-2018	18	12	View	18	View	View
2016-2017	8	30	View	30	View	View
2015 – 16	8	8	View	35	View	View

VISION & MISSION

VISION

To promote and sustain the department of Electrical and Electronics Engineering as a leading beacon in the areas of engineering education, scientific research and development and to cater the requirements of modern global engineering industries.

MISSION

To impart in depth knowledge in the various areas of Electrical and Electronics Engineering.
To develop practical skills & hands on experience in the field of Electrical and Electronics Engineering.
To make competent engineers suitable for modern global engineering industries.
To interact with various industries by signing MOU and thus create a centre of excellence

PEO's

PROGRAMME EDUCATIONAL OBJECTIVIES (PEOs)

PEO-1:

To Enable the Graduates to excel in engineering positions in any organization that emphasize on design, development and implementation of complex electrical systems

PEO-2:

To inculcate professional and multidisciplinary approach, entrepreneurial thinking and obtain skills necessary for interacting effectively with society.

PEO-3:

To exhibit commitment to their profession by following the ethical and creative practices to serve the nation.

PO's

PROGRAMME OUTCOMES (POs)

1. An ability to apply knowledge of computing, mathematics, science and engineering fundamentals appropriate to the discipline.
2. An ability to analyze a problem, and identify and formulate the computing requirements appropriate to its solution.
3. An ability to design, implement, and evaluate a computer-based system, process, component, or program to meet desired needs with appropriate consideration for public health and safety, cultural, societal and environmental considerations.
4. An ability to design and conduct experiments, as well as to analyze and interpret data.
5. An ability to use current techniques, skills, and modern tools necessary for computing practice.
6. An ability to analyze the local and global impact of computing on individuals, organizations, and society.
7. Knowledge of contemporary issues.
8. An understanding of professional, ethical, legal, security and social issues and responsibilities.
9. An ability to function effectively individually and on teams, including diverse and multidisciplinary, to accomplish a common goal.
10. An ability to communicate effectively with a range of audiences.
11. Recognition of the need for and an ability to engage in continuing professional development.
12. An understanding of engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects.

PSO

PROGRAMME SPECIFIC OUTCOME:

Exploit consistent theoretical and practical methodologies to design and implementation in electrical system.
Gain knowledge of basic Electrical and Electronics to Power Systems and Power Electronics for governing the system.
Educate the computing platform and learn software for power systems and hybrid renewable energy system to meet out the demands.