The document provides an overview of the Electrical and Electronics Engineering department at Jerusalem College of Engineering. It outlines the department's vision and mission to produce competent engineers. It details the department's achievements, faculty, facilities, teaching-learning processes and student performance. The department has received several awards and has carried out funded projects. It aims to assist slow learners and encourage bright students through various programs and incentives.
These slides provide an elementary description of Power Electronics and its application domains. It also shows the different power devices and converters.
These slides provide an elementary description of Power Electronics and its application domains. It also shows the different power devices and converters.
Regardless of where you are from or how many times you have visited campus, it is important to prepare for your orientation program. The IEC's New Student Orientation Program is the first step in an amazing journey.
Gallium nitride (GaN) high-electron-mobility transistors (HEMTs) have become one of the most popular devices for high-frequency and high-power applications in recent years. Compared to
traditional silicon devices, GaN material has several remarkable properties, such as better electron mobility at the high electric field, wider energy bandgap (3.4 eV), higher breakdown electric field and higher
saturation electron drift velocity [1–3]. Such excellent material properties have made AlGaN/GaN
devices the streamlined technology for high-frequency and high-power applications for next-generation
wireless communication systems at millimeter-wave frequencies
Two port network parameters, Z, Y, ABCD, h and g parameters, Characteristic impedance,
Image transfer constant, image and iterative impedance, network function, driving point and
transfer functions – using transformed (S) variables, Poles and Zeros.
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Regardless of where you are from or how many times you have visited campus, it is important to prepare for your orientation program. The IEC's New Student Orientation Program is the first step in an amazing journey.
Gallium nitride (GaN) high-electron-mobility transistors (HEMTs) have become one of the most popular devices for high-frequency and high-power applications in recent years. Compared to
traditional silicon devices, GaN material has several remarkable properties, such as better electron mobility at the high electric field, wider energy bandgap (3.4 eV), higher breakdown electric field and higher
saturation electron drift velocity [1–3]. Such excellent material properties have made AlGaN/GaN
devices the streamlined technology for high-frequency and high-power applications for next-generation
wireless communication systems at millimeter-wave frequencies
Two port network parameters, Z, Y, ABCD, h and g parameters, Characteristic impedance,
Image transfer constant, image and iterative impedance, network function, driving point and
transfer functions – using transformed (S) variables, Poles and Zeros.
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To solve the mathematical equations and finite element analysis with computational methods like MATLAB and Finite element software using software like ANSYS, ABAQUS etc
WHO SHOULD ATTEND?
1. Technical Personnel and Decision-Makers are encouraged to participate in this training.
2. DECISION MAKERS: Technical Directors, Managers, Purchasers.
3. TECHNICAL PERSONNEL: Lecturers, Technical Sales, Marketing, Failure Analysis, Research & Development, Quality Control and Assurance, Production Engineers or Technicians.
INTRODUCTION
The characteristic of surface and near-surface regions of materials can be characterised by various surface analysis techniques. Applications of many engineering materials are determined by the surface and near-surface structures. Therefore, well-being of this region is essential in order to obtain a pre-required condition for those materials to be applied for a specific application. Typically, failure of engineering products may be traced back to surface/near-surface contamination or surface reconstruction. In order to obtain more information related to the failure, in-sight of these regions need to be exposed. This course is outlined to introduce basic principles of surface science, which serve as an essential foundation to explain the operation concepts and applications of several important surface analysis techniques. Know-how of interpreting the analysis data is also explained in this “easy-to-follow” and “easy-to-understand” training course. With these and the support of brief but sufficient theories of fundamental, skill of selecting a relevant technique with respect to its practical engineering usage will be covered. Ultimate goal for this course is to increase level of knowledge in making a correct technical decision to solve surface related issues and transform knowledge into applications.
COURSE OBJECTIVES
Upon completion of this course, participants will be able to:
i. List down common techniques used for surface analysis.
ii. Explain operation principles of those techniques.
iii. State advantages and limitations of a given technique.
iv. Systematically identify and justify useful analytical technique for problem solving.
KEY RESPONSIBILITIES AS ADMINISTRATOR:
With administrative acumen and clear vision, I help the management in exercising organizational control. I ensure theory and practical classes and examinations are conducted as per the academic calendar prescribed by the statutory body and manage the evaluation and improvement of education of the students through the strategic deployment of resources provided by the institution. I also monitor feedback of students on a regular basis to encourage the implementation of various instructional strategies. I also encourage the staff members to actively involve in teaching, research and projects leading to registration of patents. I do communicate with the Departments, college community, parents and students on the achievements of the institution and of individual students as appropriate. I plan; prepare a budget and report on manpower requirement, updation of the inventory of library books, and equipments, laboratory establishment before the commencement of each semester. I maintain healthy interaction with industrial organizations to make the teaching – learning process more successful and logical; and to facilitate career opportunities for the students. I periodically review and analyse every aspect of the institution and initiate corrective action and I am capable of building brand image by adopting various measures and enable the college to be profitable on a sustainable basis.
KEY RESPONSIBILITIES AS ACADEMICIAN:
I am a voracious reader and I continue to enrich my knowledge in order to keep pace with the technological innovations and its applications. I possess a knack of putting across the concepts in an attractive manner that will hold the attention of student community and the acumen to initiate learning. I also orient the subject to the real-life utility and make the class interesting, informative and educative. I also coordinate with the examination cell in order to prepare and announce in advance the calendar of examinations; arrange to obtain performance of the candidates at the examinations properly assessed and process the results; arrange for the timely publication of results of examinations and other tests; and to initiate disciplinary action where necessary against the candidates found guilty of malpractice in relation to the examinations. I ensure discipline of students in campus and do organize counselling sessions at regular intervals in order to understand the nature of psychosocial problems of students, help them to manage it and improve their mental well-being. I also motivate them to actively participate in symposiums and conferences at the National and International level so as to sharpen their personality traits. I insist the students to become a member of the professional society such as IEEE, ISTE, IETE, IE, etc., and reap the benefits of this professional society.
Detection of Broken Bars in Three Phase Squirrel Cage Induction Motor using F...Dr.NAGARAJAN. S
Finite element method is more precise than the winding function approach, as it is based on the actual geometry of the machine and the machine model can easily be modified in order to study the effect of faults on the machine’s performance. Accurate models of the machine under healthy and faulty conditions are developed. This paper presents simulations of broken bars detection in a three phase squirrel cage induction motor under no load, half load and full load conditions for two and eight broken bars. The analysis is done using MagNet.
Hybrid Green Energy Systems for Uninterrupted ElectrificationDr.NAGARAJAN. S
In this paper, a new multiport, hybrid green-fed DC-DC bidirectional converter is designed and fed into the standalone system. This model is developed and integrated to study the concept of generating systems. In this model, a PV panel of 300 watts is designed and integrated to a bidirectional converter with a battery backup to extract power, while the wind power is harnessed with a transformer coupled a dual-half-bridge converter. The model proposed is designed with a meritorious objective of sustainable, cost-effective, less component count reduced losses, and good efficiency with a good relia- bility. The system works day and night to produce output with good efficiency. The simulation results are obtained using MATLAB software 2014a, and hence, the performance is analyzed.
Hybrid Pixel-Based Method for Multimodal Medical Image Fusion Based on Integr...Dr.NAGARAJAN. S
Medical imaging plays a vital role in medical diagnosis and treatment. However, distinct imaging modality yields information only in limited domain. Studies are done for analysis information collected from distinct modalities of same patient. This led to the introduction of image fusion in the field of medicine and the progression of image fusion techniques. Image fusion is characterized as the amalgamation of significant data from numerous images and their incorporation into seldom images, generally a solitary one. This fused image will be more instructive and precise than the indi- vidual source images that have been utilized, and the resultant fused image comprises paramount information. The main objective of image fusion is to incorporate all the essential data from source images which would be pertinent and comprehensible for human and machine recognition. Image fusion is the strategy of combining images from distinct modalities into a single image [1]. The resultant image is utilized in variety of applications such as medical diagnosis, identification of tumor and surgery treatment [2]. Before fusing images from two distinct modalities, it is essential to preserve the features so that the fused image is free from inconsistencies or artifacts in the output.
Current mode controlled fuzzy logic based inter leaved cuk converter SVM inve...Dr.NAGARAJAN. S
Recent developments in intelligent control methods and power electronics have amended PhotoVoltaic (PV) based DC to AC converters related to AC drives. Interleaved cuk converter and inverter find their way in interconnecting PV and Induction Motor Drive (IMD). Simulation studies were done for closed loop InterLeaved Cuk Converter and Inverter fed Induction Motor Drive (ILCCIIMD) systems with conventional and intelligent controllers.
These studies were carried out using MATLAB simulink based models for ILCCIIMD. For production of DC- voltage in the input of the inverter, PV fed InterLeaved Cuk-regulator is recommended. Cuk-regulator is utilized for enhancing the output of the PV system. Closed loop Proportional-Integral (PI), Proportional- Resonant(PR) and Fuzzy-Logic(FL) controlled ILCCIIMD systems are simulated and their outcome like dy- namic responses and torque ripple are related for an Electric Vehicle(EV) application. The proposed IL- CCIIMD system with FLC is found to have better dynamic characteristics and lesser torque ripple when compared to the system with conventional controller.
Three phase induction motors are complex electro-mechanical devices widely used in most industrial applications. Induction motors are susceptible to many types of fault in industrial application such as rotor bar broken fault, stator inter turn fault, eccentricity fault. Out of these faults eccentricity is very specific in squirrel cage induction motor. If the initial stage of motor failure is not identified will cause the severe damage and production shutdowns. This paper presents the simulations of eccentricity fault detection in three phase squirrel cage induction motor under various load conditions for healthy and faulty conditions. In this paper, dynamic model of induction motor is developed using CAD package called MagNet for static and transient 2D analysis. The various machine parameters like stator current, magnetic flux density, and magnetic torque are calculated and their values are compared under healthy and faulty conditions.
CFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptxR&R Consult
CFD analysis is incredibly effective at solving mysteries and improving the performance of complex systems!
Here's a great example: At a large natural gas-fired power plant, where they use waste heat to generate steam and energy, they were puzzled that their boiler wasn't producing as much steam as expected.
R&R and Tetra Engineering Group Inc. were asked to solve the issue with reduced steam production.
An inspection had shown that a significant amount of hot flue gas was bypassing the boiler tubes, where the heat was supposed to be transferred.
R&R Consult conducted a CFD analysis, which revealed that 6.3% of the flue gas was bypassing the boiler tubes without transferring heat. The analysis also showed that the flue gas was instead being directed along the sides of the boiler and between the modules that were supposed to capture the heat. This was the cause of the reduced performance.
Based on our results, Tetra Engineering installed covering plates to reduce the bypass flow. This improved the boiler's performance and increased electricity production.
It is always satisfying when we can help solve complex challenges like this. Do your systems also need a check-up or optimization? Give us a call!
Work done in cooperation with James Malloy and David Moelling from Tetra Engineering.
More examples of our work https://www.r-r-consult.dk/en/cases-en/
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Saudi Arabia stands as a titan in the global energy landscape, renowned for its abundant oil and gas resources. It's the largest exporter of petroleum and holds some of the world's most significant reserves. Let's delve into the top 10 oil and gas projects shaping Saudi Arabia's energy future in 2024.
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdffxintegritypublishin
Advancements in technology unveil a myriad of electrical and electronic breakthroughs geared towards efficiently harnessing limited resources to meet human energy demands. The optimization of hybrid solar PV panels and pumped hydro energy supply systems plays a pivotal role in utilizing natural resources effectively. This initiative not only benefits humanity but also fosters environmental sustainability. The study investigated the design optimization of these hybrid systems, focusing on understanding solar radiation patterns, identifying geographical influences on solar radiation, formulating a mathematical model for system optimization, and determining the optimal configuration of PV panels and pumped hydro storage. Through a comparative analysis approach and eight weeks of data collection, the study addressed key research questions related to solar radiation patterns and optimal system design. The findings highlighted regions with heightened solar radiation levels, showcasing substantial potential for power generation and emphasizing the system's efficiency. Optimizing system design significantly boosted power generation, promoted renewable energy utilization, and enhanced energy storage capacity. The study underscored the benefits of optimizing hybrid solar PV panels and pumped hydro energy supply systems for sustainable energy usage. Optimizing the design of solar PV panels and pumped hydro energy supply systems as examined across diverse climatic conditions in a developing country, not only enhances power generation but also improves the integration of renewable energy sources and boosts energy storage capacities, particularly beneficial for less economically prosperous regions. Additionally, the study provides valuable insights for advancing energy research in economically viable areas. Recommendations included conducting site-specific assessments, utilizing advanced modeling tools, implementing regular maintenance protocols, and enhancing communication among system components.
Water scarcity is the lack of fresh water resources to meet the standard water demand. There are two type of water scarcity. One is physical. The other is economic water scarcity.
Explore the innovative world of trenchless pipe repair with our comprehensive guide, "The Benefits and Techniques of Trenchless Pipe Repair." This document delves into the modern methods of repairing underground pipes without the need for extensive excavation, highlighting the numerous advantages and the latest techniques used in the industry.
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Quality defects in TMT Bars, Possible causes and Potential Solutions.PrashantGoswami42
Maintaining high-quality standards in the production of TMT bars is crucial for ensuring structural integrity in construction. Addressing common defects through careful monitoring, standardized processes, and advanced technology can significantly improve the quality of TMT bars. Continuous training and adherence to quality control measures will also play a pivotal role in minimizing these defects.
Student information management system project report ii.pdfKamal Acharya
Our project explains about the student management. This project mainly explains the various actions related to student details. This project shows some ease in adding, editing and deleting the student details. It also provides a less time consuming process for viewing, adding, editing and deleting the marks of the students.
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1. JERUSALEM COLLEGE OF ENGINEERING
CORDIALLY WELCOME
NBA EXPERT MEMBERS
DEPARTMENT OF ELECTRICAL AND ELECTRONICS
ENGINEERING
Department of EEE
1
2. OUTLINES
PROFILE OF THE DEPARTMENT
VISION & MISSION OF THE DEPARTMENT
ACHIEVEMENTS BY THE DEPARTMENT
TEACHING LEARNING PROCESS
COURSE OUTCOMES AND PROGRAM OUTCOMES
STUDENTS PERFORMANCE
FACULTY INFORMATION AND CONTRIBUTION
FACILITIES AND TECHNICAL SUPPORT
CONTINUOUS IMPROVEMENT
Department of EEE 2
3. PROFILE OF EEE DEPARTMENT
Under Graduate Programme(BE-EEE with Permanent Affiliation)
Year of Establishment : 1995 (intake of 60)
Intake Increased : 2011 (intake of 120)
Graduated Batches : 20
Post Graduate Programme (PED)
Year of Establishment : 2003 (intake of 18)
Graduated Batches : 14
Ph.D. (Collaborative Research Center with Anna University)
Year of recognition : 2006
Number of Research Scholars
completed Ph.D : 15
Number of Research Scholars
pursuing Ph.D : 14
NBA Accreditation
2003 -3 Years
2009 -3 Years
NAAC Accreditation
2005 - B++ 5 Years
2015 - A 5 Years
JCE- EEE - DEPARTMENT
3
4. VISION OF THE DEPARTMENT
Department of Electrical and Electronics Engineering is committed to produce high
profile, competent and disciplined Engineers with technical knowledge, ethical
leadership and entrepreneurship quality to contribute towards social
transformation and nation building
MISSION OF THE DEPARTMENT
• To make our graduates highly competent and expert in practical problem solving
with abstract thinking skills.
• To endow students with high quality technical knowledge of electrical sciences
through innovative teaching and research practices.
• To empower students with leadership and entrepreneurship quality, capable of
providing their professional mettle with excellent communication skills.
• To encourage cross border research with innovative ideas and to impart the
quality of life-long learning based on ethical values.
Department of EEE 4
5. PROGRAM EDUCATIONAL OBJECTIVES
PEO1 : Graduates use their broad knowledge of electrical engineering as a foundation for on-going learning, and
to have realized some success early in their professional careers.
PEO2 :Graduates use their creative and critical reasoning skills to solve technical problems, ethically and
responsibly, in service to society.
PEO3 : Graduates learn and adapt themselves to the constantly evolving technology by pursuing higher studies.
PEO4 : Graduates, within few years of graduation, should demonstrate leadership and initiative to
organizational goals, facilitate the achievements of others, and obtain substantive results.
PEO5 :Graduates, within few years of graduation, should demonstrate a commitment to teamwork while
working with others of diverse cultural and interdisciplinary research.
PROGRAM SPECIFIC OUTCOMES
Department of EEE
5
PSO 1 : Able to utilize the knowledge of Power Electronics and Drives in collaboration with power systems in
innovative, dynamic and challenging environment, for the research based teamwork.
PSO 2 : Can explore the scientific theories, ideas, methodologies in renewable energy engineering, and use this
erudition in their professional envelopment and gain sufficient competence to solve the current and future
energy problems universally.
PSO 3 : Can understand the technologies like PLC, PMC, process controllers, transducers and HMI one can
analyze, design electrical and electronics principles to install, test, maintain power system and applications.
6. Dr. S.RAMA REDDY,M.E.,Ph.D
DEAN –RESEARCH
• Experience : 30 years
• No.of Publications : 123
• Books Published : 5
• Recognized Supervisor : Anna University
• Ph.D Guidance : Completed - 9
Guiding - 3
• Funded Projects : 4 projects (Rs.18,85,000/-)
• Member in Professional Bodies : ISTE, IETE ,SPE,SSI& IEI
• Governing Council Member of JCE
• Member of Board of Studies at Anna University
• Reviewer of Journal of Electrical Engineering, IE
• Former professor of Anna University
JCE- EEE - DEPARTMENT 6
7. Dr. S.NAGARAJAN,B.E.,M.E.,Ph.D
PROFESSOR & HEAD
• Experience : 21 years
• No.of Publications : 52
• Books Published : 04
• Recognized Supervisor : Anna University
• Ph.D Guidance : 3
• Member in Professional Bodies : ISTE,
FIE, IETE
JCE- EEE - DEPARTMENT 7
8. FACULTY STRENGTH
S.
No
GRADE NUMBERS
1. Professor 4
2. Associate Professor 1
3 Assistant Professor 16
JCE- EEE - DEPARTMENT 8
Professor
Associate Professor
Assistant Professor
5%
76%
19%
9. TEACHING FACULTY
S.NO NAME OF THE
FACULTY
DESIGNATION Experience in
JCE (Yrs)
Overall
Experience(
Yrs)
1 Dr.S.Rama Reddy Professor & Dean-Research 16.3 30.3
2 Dr.S.Nagarajan Professor & Head 17.3 20.8
3 Dr.N.Booma Professor & Academic Co-ordinator 14.3 18.8
4 Dr.G.Rohini Professor & Chief Research Co-ordinator 11.8 18.9
5 Dr.N.Saritha Associate Professor 14.2 14.2
6 Dr.J.Brintha Jane Justin A.P Grade-III 9.3 14
7 Mr.S.Vinod A.P Grade-III 12.8 12.8
8 Ms.R.Sripriya A.P Grade-III 6.10 13
9 Mr.G.Tarakaram A.P Grade-III 3.9 21.4
10 Ms.N.Kanimozhi A.P Grade-III 1.9 14.11
11 Ms.Anuja Prashant Diwan A.P Grade-II 5.3 19.11
12 Ms.V.Savitha A.P Grade-I 6.8 12.5
13 Ms.T.S.Anandhi A.P Grade-I 8.3 8.8
14 Ms.P.L.Revathy A.P Grade-I 5.9 12
JCE- EEE - DEPARTMENT
9
10. JCE- EEE - DEPARTMENT 10
TEACHING FACULTY (CONT’D)
S.NO NAME OF THE FACULTY DESIGNATION Experience in JCE Overall Experience
16 Ms.S.Lavanya Devi A.P Grade-I 8 9.8
17 Mr.S.Balasubramani A.P Grade-I 6 6
18 Mr.T.Siva A.P Grade-I 6.3 7.8
19 Mr.J.Arul Prakash A.P Grade-I 5.9 6.8
20 Ms.K.Harinee A.P Grade-I 5.4 5.4
21 Ms.B.Vidya A.P Grade-I 0.5 3.10
NON- TEACHING STAFF
S.NO NAME OF THE STAFF DESIGNATION
1 Mr.Venkatesan Lab Instructor
2 Mr.A.Raja Boopathy Lab Instructor
3 Mr. Deena Dayalan Lab Instructor
4 Ms.Dayana Secretary
5 Mr.Sai Sabareesha Lab Instructor
11. ACHIEVEMENTS
• Department of EEE has received “BEST DEPARTMENT AWARD IN ENGINEERING” from
Education Matters, UK.
• Fourteen scholars have completed Ph.D.
• Received a fund of Rs. 25,60,000/- from various funding Agencies
• Conducted Staff Development Programs funded by
AICTE and IEI.
BEST DEPARTMENT AWARD IN ENGINEERING “IET-CLN DIAMOND SALUTE AWARD” EXCELLENT TEACHER AWARD
PRESENTED BY STAFFORDSHIRE UNIVERSITY, UK FOR Dr.S.RAMA REDDY FOR Dr.S.NAGARAJAN
11
JCE- EEE - DEPARTMENT
12. BEST OUTSTANDING TEACHER AWARD FOR
Dr.S.NAGARAJAN FROM PEARL FOUNDATION
JCE- EEE - DEPARTMENT 12
BEST NSS VOLUNTEER FOR
Mr. NAVEEN KUMAR
Mr.Naveen Kumar (2012-2016) ,EEE dept.
received Indira Gandhi National Award for
Best NSS Volunteer in the year 2016.
13. FUNDED PROJECTS
DSP based Linear Induction Motor (MODROBS)-
Rs.6,00,000/-
Matrix Converter for Wind Energy Conversion
System (RPS)-Rs.1,00,000/-
2kW Solar & 1kW Wind hybrid system (RPS) Rs.6,00,000/-
JCE- EEE - DEPARTMENT 13
2kW SOLAR & 1kW WIND HYBRID POWER SYSTEM
UNDER RPS SCHEME
Name of the scheme : RPS - AICTE
Chief Coordinator : Dr.S.Rama Reddy
Grant sanctioned : Rs. 6,00,000/-
14. THREE PHASE MATRIX CONVERTER FOR WIND ENERGY CONVERSION SYSTEM UNDER RPS SCHEME
Department of EEE 14
Name of the scheme : RPS - AICTE
Chief Coordinator : Dr.S.Rama Reddy
Grant sanctioned : Rs. 1,00,000/-
DSP BASED LINEAR INDUCTION MOTOR UNDER MODROBS SCHEME
Name of the scheme : MODROBS-AICTE
Chief Coordinator : Dr.S.Rama Reddy
Grant sanctioned : Rs. 6,00,000/-
16. PROCESS FOR IDENTIFYING CURRICULUM
GAP FOR PO AND PSO ATTAINMENT
Department of EEE
16
LABORATO
RY DEMO
TEACHING- LEARNING
PROCESS
GUESTLECTUR
ES/WORKSHOPS
/ SEMINARS/
CONFERENCES
CHALK AND
TALK/
OHP/LCD
PROJECTOR
INDUSTRIAL
VISITS
MINI
PROJECTS
AND MODELS/
ASSIGNMENTS
ICT ENABLED
VIDEO
CLASSES
VARIOUS INSTRUCTIONAL METHODS
AND PEDAGOGICAL INITIATIVES
17. TEACHING AND LEARNING METHODS
Video lectures in Smart Class Room & Google Class room
Industrial Visits
Creative Electronics club
Renewable Energy club
AEEE Activities
Learning through working Modules
Value added Courses
In-House Project
Skill development programmes
Soft skills Training
17
JCE- EEE - DEPARTMENT
20. PLACES OF VISIT
ISRO- SHRIHARIKOTA
NEYVELI LIGNITE CORPORATION LTD
TANGEDCO - CHENNAI
NATIONAL INSTITUTE OF WIND ENERGY
LOAD DESPATCH CENTRE -TNEB
HINDUSTAN PETROLEUM CORPORATION
LTD
NORTH CHENNAI THERMAL POWER PLANT
INDUSTRIAL VISITS
JCE- EEE - DEPARTMENT 20
21. WORKSHOPS ORGANIZED
21
Academic Year No. of Workshops
organized
2018-2019 3
2017-2018 3
2016-2017 3
2015-2016 3
1. PCB DESIGNING
2. IOT IN RASPBERRY PI
3. ELECTRICAL CADD
4. PV SOLAR PLANT DESIGN USING PVSYST
5. APPLICATIONS OF ELECTRONIC DEVICES
6. ARDUINO-UNO
WORKSHOP - Electrical CADD
LIST OF WORKSHOPS ORGANIZED
22. GUEST LECTURES ORGANIZED
Department of EEE 22
Academic Year No. of Guest Lectures
organized
2018-2019 9
2017-2018 9
2016-2017 9
2015-2016 10
1.PCB designing
2.DSP Controller Application in Automobile Industries
3.Converters and inverters
4.Technical challenges in Solar and Wind Based System
5.Introduction to mini/micro Hydro Thermal Power
Stations
6. Power System Restructuring and Deregulation
7. Special Electrical Machines
LIST OF GUEST LECTURES ORGANIZED
23. JCE- EEE - DEPARTMENT 23
CREATIVE ELECTRONICS CLUB
The club provides a platform for the students to expose to latest
technologies in the field of electronics and nurture their skills by giving
practical knowledge
Activities
Mini project
Quiz Competition
Circuit Debugging
Puzzle solving
MINI PROJECTS –FABRICATION PUZZLE SOLVING
24. RENEWABLE ENERGY CLUB
JCE- EEE - DEPARTMENT 24
To provide students a platform to learn about the industrial requirement
and employment opportunities in renewable energy sector.
Activities
Mini project
Quiz Competition
Crossword Puzzle
Dumb Charades
CROSS WORD -PUZZLE DUMB CHARADES
25. National Level Technical Symposium “ VOLTRON”
Guest lectures by Alumni
Intra Department Symposium “Tech Fest ”
Mini Projects
JCE- EEE - DEPARTMENT 25
AEEE ACTIVITIES
TECHNICAL ACTIVITIES SYMPOSIUM ORGANIZED-2018
29. METHODOLOGIES TO ASSIST SLOW LEARNERS AND
ENCOURAGE BRIGHT STUDENTS
ASSIST SLOW LEARNERS
• Mentor system
• Bridge courses
• Course materials such as question bank and two mark questions
• Special time table for slow learners with separate coaching .
ENCOURAGE BRIGHT STUDENTS
• To participate and present papers in conferences.
• To submit the proposals of society relevant projects for various funding Agencies.
DEPARTMENT AWARDS
Best Outgoing Student award
Best Outgoing Sports man award
Department Topper award
Subject Performance award
100% Attendance award.
INCENTIVES
Top 5 university rank holders will get the full refund of their tuition fee.
Department of EEE
29
30. UNIVERSITY RANK HOLDERS
Department of EEE 30
S.No. REGISTER NO NAME % CGPA UNIVERSITY
RANK
BATCH
1 30704105034 SUNDRARAMAN.M 87 32 2004-2008
2 30707105041 SHRIRAM.S 90 3 2007-2011
3 30707105004 APARNA.S 88 9 2007-2011
4 30707105013 HARINI.B 8.57 50 2009-2013
5 30707105020 KAVITHAA.K 9.03 8 2010-2014
6 30707105029 NARAYANE.R 8.73 38 2010-2014
7 310911105052 PALLAVI SUGANTHI EBENEZER 9.00 17 2011-2015
8 310911105071 SAHANA C 8.81 35 2011-2015
9 310912105024 ISWARIA N 8.86 28 2012-2016
10 310912105058 RAJA PAUL A 8.76 38 2012-2016
11 310913105069 POORNISHA 9.15 8 2013-2017
12 310913105091 SUHASINI K 8.83 32 2013-2017
13 310913105051 KAVITHA S 8.74 40 2013-2017
Total Number of Rank Holders 33
31. OUTCOME OF THE STUDENTS PROJECT
Mr.Shrinivas, Mr.Shricharan of batch 2014-2018 guided by Dr.S.NAGARAJAN
received BEST PROJECT AWARD from ARUPADAI VEEDU INSTITUTE OF
TECHNOLOGY, Chennai.
Ms.Lakshwanthy and Ms.Akshaya of batch 2014-2018 Received fund of Rs. 28,000 for
the project titled “FPGA based frequency controller for energy efficient induction
heating” guided by Dr. N. Booma from The Institution of Engineers (India), under
Research Grant-in-Aid scheme.
Mr.Nandhakumar and Ms.Preetha of 2015-2019 Received fund of Rs. 10,000 for the
project titled “FPGA based control of Electric Two wheeler” guided by Dr. N. Booma
from The Institution of Engineers (India), under Research Grant-in-Aid scheme.
Mr. Vivian, guided by Mr.Vinod received fund of $200 for the project titled “Fire
Fighting and Surveillance Robot“ from India Innovation Challenge Design Contest
2017.
Department of EEE 35
35. DETAILS OF MOUs SIGNED
Department of EEE 39
CADD Centre Training services Pvt. Ltd
Power tech Group Companies
Classle Knowledge Private Limited
Asia Pacific University of Technology and Innovation
Livewire
Prolific Systems and Technologies Pvt. Ltd.
Vi Micro Systems
Indus Engineering Enterprises
Power Lab Instruments
• Signing MoU
• Guest lectures, workshops and seminars in recent trends of technology.
• Training to the faculty members is also given using these industry interactions.
INITIATIVES RELATED TO INDUSTRY INTERACTION
36. MOU SIGNED BETWEEN JCE
AND LIVE WIRE, CHENNAI
MOU BETWEEN JCE AND
CAD CENTRE
Department of EEE 40
38. COURSE OUTCOMES (2013 Regulation) - (2013-2017
BATCH)
C203.1 Ability to understand and apply the basic
mathematical concepts related to
electromagnetic vector fields.
C203.2 Ability to understand and apply basic science
to electrical engineering problems.
C203.3 Ability to understand and apply circuit theory
to electrical engineering problems.
C203.4 Ability to understand and apply Electro-
magnetic field theory to electrical engineering
problems.
C203.5 Ability to understand and apply control theory
to electrical engineering problems.
C203- Electromagnetic Theory
Year of Study: 2014-15
C212.1 Ability to understand the structure of electrical power
systems
C212.2 Ability to calculate the transmission line parameters
C212.3 Ability to Analyze the performance of transmission lines
C212.4 Ability to Acquire knowledge on testing of various insulators
and cables
C212.5 Ability to design of lines and cables
C212- Transmission & Distribution
Year of Study: 2014-15
Department of EEE 42
39. ATTAINMENT OF COURSE OUTCOMES
Assessment processes used to gather the data upon which the evaluation of
Course Outcome :
• To assess the COs attainment through internal assessment , the attributes
used are Assessment 1(Unit test 1 & 2), Assessment 2 (Unit test 3 and
assignment), and Assessment 3(Unit test 4 and assignment).
• For assessing through the university examination , University mark alone is
used.
Rubrics for Course Targets :
• Course targets are fixed by considering the average pass percentage of
University results for the two years prior to the year of assessment .
• Following Rubrics is used :
Criterion Course Target
50% to 69% of students securing >= 50 marks 1
70% to 89% of students securing >= 50 marks 2
90% to 100% of students securing >= 50 marks 3
Department of EEE 43
40. ASSESSMENT PROCESS FOR MEASURING CO
ATTAINMENT
Measuring CO attainment through Internal Assesments:
• For theory Subjects:
To assess the COs attainment through internal assessment, the attributes used
are: Assessment 1(Test 1 & 2), Assessment 2 (Test 3 and assignment), and
Assessment 3(Test 4 and assignment).
• Attainment Level:
No. of students = X
Target = 60 Marks
No of students scoring > 60 Marks = Y
Percentage (P) = [ (Y/X) *100]%
If P >= 80 %, Attainment Level = 3
If P >= 70 %, Attainment Level = 2
If P >= 50 %, Attainment Level = 1 Department of EEE 44
41. ASSESMENT PROCESS FOR MEASURING CO
ATTAINMENT(CONT’D)
• For Laboratory Courses :
To assess the COs attainment through internal assessment, the
attributes used are : Record Marks and Model Exam.
No. of students = X
Target = 80 Marks
No of students scoring > 80 Marks = Y
Percentage (P) = [ (Y/X) *100]%
If P >= 80 %, Attainment Level = 3
If P >= 70 %, Attainment Level = 2
If P >= 50 %, Attainment Level = 1
Department of EEE 45
42. MEASURING CO ATTAINMENT THROUGH
UNIVERSITY EXAM
• For assessing through the university examination, University marks are
used.
Attainment Level:
• For theory Subjects:
No. of students = X
Target = 50 Marks (E Grade)
No of students scoring > 50 Marks = Y
Percentage (P) = [ (Y/X) *100]%
If P >= 80 %, Attainment Level = 3
If P >= 70 %, Attainment Level = 2
If P >= 50 %, Attainment Level = 1
Department of EEE 46
43. MEASURING CO ATTAINMENT THROUGH
UNIVERSITY EXAM(CONT’D)
• For Laboratory Courses :
No. of students = X
Target = 60 Marks (C Grade)
No of students scoring > 60 Marks = Y
Percentage (P) = [ (Y/X) *100]%
If P >= 80 %, Attainment Level = 3
If P >= 70 %, Attainment Level = 2
If P >= 50 %, Attainment Level = 1
• If the number of courses attained the set target is more than 80%, attainment
levels are readjusted for higher performance index.
Department of EEE 47
44. ATTAINMENT CALCULATION
CO attainment = 80% of University Examination +
20% of Internal Assessment.
Department of EEE 48
ATTAINMENT THROUGH INTERNAL ASSESSMENT
Course Assessment Attainment Course
Outcome
Attainment
C213
Assessment I 2
CO1 2
CO2 2
Assessment II 3 CO3 3
Assessment III 3
CO4 3
CO5 3
Course Attainment (Internal) 2.6
45. ATTAINMENT THROUGH UNIVERSITY RESULTS
Course University result Attainment (as per above rubric)
C213 60% 1
Course Attainment (External) 1
TOTAL ATTAINMENT
Course Internal Attainment External Attainment Attainment
C213 20% of 2.6 = 0.52 80% of 1= 0.8 0.52+0.8 = 1.32
Department of EEE 49
46. COURSE ATTAINMENT FOR SECOND YEAR OF
BATCH 2013-17
0
0.5
1
1.5
2
2.5
3
3.5
C201 C202 C203 C204 C205 C206 C207 C208 C209 C210 C211 C212 C213 C214 C215 C216
Attainment
Level
Courses
CO TARGET CO ATTAINED
Department of EEE 50
47. ATTAINMENT OF PROGRAM OUTCOMES AND
PROGRAM SPECIFIC OUTCOMES
Assessment tools and processes used for measuring the attainment of
each of the Program Outcomes and Program Specific Outcomes:
• PO and PSO attainment process:
PO Attainment process is done by taking direct and
indirect component.
First PO attainment of individual courses is
obtained using formula
PO attainment = CO attainment * PO mapping / 3
Department of EEE 51
48. RUBRICS FOR PO AND PSO ATTAINMENT
POs& PSOs Assessment Tools
PO1 –PO12,
PSO1- PSO3
1) Direct assessment Weightage-80% (with 20% weightage on
Internal Assessment Pass %+80% weightage on University Pass
%)
2) Indirect assessment Weightage-20% that includes the analysis
of following
1.Alumni survey
2.Exit survey
3.Employer survey
Department of EEE 52
49. COMPARISON OF PO ATTAINMENT FOR THE
THREE BATCHES
PSO1 PSO2 PSO3
2012-16 Batch 2.12 2.06 1.9
2013-17 Batch 2.03 2.09 1.93
2014-18 Batch 2.25 2.2 2.07
1.7
1.8
1.9
2
2.1
2.2
2.3
Attainment
Level
Department of EEE 53
54. DETAILS OF HIGHER STUDIES
58
JCE- EEE - DEPARTMENT
YEAR
No of
Students
2017-2018 4
2016-2017 6
2015-2016 5
0
1
2
3
4
5
6
7
2017-2018 2016-2017 2015-2016
Academic Year
No
of
students
Placed
58. EXTRA CURRICULAR ACTIVITIES
Department of EEE 62
Academic Year No. of Events
participated by Students
2017-2018
11
2016-2017
11
2015-2016 16
WINNER TROPHY- BASKET BALL
WINNER TROPHY -CRICKET
59. EXTRA CURRICULAR ACTIVITIES(2017-2018) (CONT’D)
S. No. Date NAME Level of achievement Name of the activity Venue Position
1 27.08.2017 A.Ambika National Nss service certificate Jce zone Participation
2 27.07.2017 A.Preetha National
Healthy youth for wealthy
india
Nss Participation
3 27.10.2017
S.Siva
Bala Sundhar
Anna university inter zone Volleyball
Sai ram college of
engineering chennai
Third
4 27.10.2017 Dhayalan Anna university inter zone Volleyball
Sai ram college of
engineering chennai
Participation
5 05.01.2018 C.R.Shiva Anna university inter zone Cricket Loyola icam chennai Participation
6 29.12.2017 E.Prem Kumar Anna university inter zone Basketball
Sai ram college of
engineering chennai
Participation
7 31.12.2017 R.Hariprsanth Anna university inter zone Kabaddi
Kongunadu college of
engineering namakkal
Third
8 03.11.2017 G.V.Nithish Anna university inter zone Handball
Pavai college of
engineering namakkal
Third
9 06.10.2017 Haritha Anna university inter zone Volleyball
Salem college of
engineering namakkal
Participation
10 25.11.2017 E.sweatha Anna university inter zone Ballbadminton
Sasurei academy of
engineering namakkal
Third
11 28.12.2017 M.aruna devi Anna university inter zone Table tennis
C.abdul hakkeem
college of engg&tech
melvisharam
Participation
Department of EEE 63
61. FACULTY RETENTION
Department of EEE 65
Faculty members retained for 10 -15 years : 4
Faculty members retained for 5-10 years : 12
Faculty members retained for less than 5 years : 3
Faculty members retained for more than 15 years : 2
62. INNOVATIONS BY THE FACULTY IN TEACHING
AND LEARNING
Video lecture uploaded by EEE faculty
Department of EEE 66
63. RESEARCH AND DEVELOPMENT
CITATIONS
S.No. NAME OF THE FACULTY No. of
CITATIONS
1. Dr.S.Ramareddy 145
2. Dr.S.Nagarajan 43
3. Dr.N.Booma 29
4. Dr.G.Rohini 32
5. Dr.N.Saritha 4
6. Dr.Brintha Jane Justin 3
7. Mr.S.Vinod 32
8. Mr.S.Balasubramani 3
9. Rudhra S 1
Department of EEE 67
66. CONFERENCE ORGANIZED
Department of EEE 70
Academic
Year
Type of Conference
organized
Name of the Conference
2018-2019 International Conference International Conference on Emerging Trends in
Science Engineering & Technology
2017-2018 National Conference National conference on Emerging trends in science and
Engineering technology
2016-2017 International Conference International Conference on Emerging Trends in
Science Engineering & Technology
2015-2016 National Conference National Conference on “Synergetic Trends in
Engineering & Technology : Impact on Industry &
Society”
68. DETAILS OF FDTP CONDUCTED
Department of EEE 72
Year SUBJECT NAME
2019 POWER SYSTEM ANALYSIS
2018 ELECTRICAL MACHINES-II
2017 CIRCUIT THEORY
2016 DESIGN OF ELECTRICAL MACHINES
2015 CONTROL SYSTEMS
FDTP CONDUCTED-2018
69. PUBLICATION OF PROJECT WORK IN
RESEARCH JOURNAL BY UG STUDENTS
Department of EEE 73
International Journal of Pure and applied Mathematics
Authors: Ms.D.mercy, Mr.V.P.Arofant Dr.S.Rama Reddy Impact Factor : 0.5
70. REPUTED JOURNAL PUBLICATIONS
74
JCE- EEE - DEPARTMENT
Journal of Electrical Engineering and Technology
Authors: Dr.N.Booma & Dr.S.Rama Reddy
Impact Factor : 0.580
72. PUBLICATIONS (CONT’D)
JCE- EEE - DEPARTMENT 76
International Journal of Electronics-Taylor & Francis
Authors: Dr.N.Booma &Dr.S.Rama Reddy
Impact Factor : 0.939
73. PUBLICATIONS (CONT’D)
77
JCE- EEE - DEPARTMENT
International Journal of Electrical Engineering
Authors: Dr.S.Nagarajan &Dr.S.Rama Reddy
Impact Factor : 0.5
74. PUBLICATIONS (CONT’D)
78
JCE- EEE - DEPARTMENT
International Journal of Electronics-Taylor & Francis
Authors: Dr.J.Brintha Jane Justin &Dr.S.Rama Reddy
Impact Factor : 0.939
75. RESEARCH AND DEVELOPMENT (CONT’D)
BOOKS PUBLISHED
S. No. Name of the Book Publication Name of the Author ISBN Number
1 Digital Logic Circuits Thakur publication
pvt.Ltd
Dr.S.Nagarajan et.al Print @2018
2 Design of Electrical
Machines
Rakshana
Publishing House
Dr.S.Nagarajan Reprint @2016
3 Basic of Electrical &
Electronics Engineering
Rakshana
Publishing House
Ms.T.S.Anandhi et.al Reprint @2015
4 Circuit Theory Rakshana
Publishing House
Dr.S.Nagarajan et.al Reprint @2015
5 Electro Magnetic Theory Sci Tech Dr.S.RamaReddy Reprint @2014
79
JCE- EEE - DEPARTMENT
78. RESEARCH AND DEVELOPMENT (CONT’D)
SUPERVISOR DETAILS
S.No. Name of the Faculty University
Supervisor
Recognition Number
No. of Scholars
guiding at
present
No. of Scholars
completed Ph.D
under their
supervision
1 Dr.S.Rama Reddy Anna University 8330178 3 9
2 Dr.V.Jamuna Anna University 2630021 4 5
3 Dr.N.Booma Anna University 2630023 5 -
4 Dr.S.Nagarajan Anna University 2730020 3 -
5 Dr.N.Saritha Anna University 3030001 - -
6 Dr.G.Rohini
Anna University
Applied
7 Dr. J. Brintha Jane Justin
Anna University Applied
82
79. DETAILS OF PH.D COMPLETED DURING THE
ASSESSMENT PERIOD
S.No. Name of the Scholars Register Number Year of Completion
1 J. Gayathri Monica 2011173014 2015
2 G.Rohini 2011173036 2016
3 N.Saritha 1222399727 2017
4 V.Karthikeyan 2011173020 2017
5 A.Jamna 2011173017 2017
Department of EEE 83
80. SPONSORED RESEARCH
Department of EEE 84
•TITLE: FPGA based control of BLDC motor for
electric two wheeler
Funding Agency : IEI, Kolkata
Amount: 10,000; Duration : 6 months
Status : Completed
Principal Investigator: Dr.N.Booma
•TITLE: FPGA based frequency controller for
energy efficient induction heating
Funding Agency : IEI, Kolkata
Amount: 28,000; Duration : 6 months
Status : Completed
Principal Investigator: Dr.N.Booma
81. SPONSORED RESEARCH (CONT’D)
Department of EEE 85
TITLE: All India seminar on recent
trends in renewable energy
Funding Agency : IEI, Kolkata
Amount: 18,000; Duration : 2 days
Status : Completed
Principal
Investigator: Dr.S.Rama Reddy
84. PATENTS APPLIED
S.
No.
Dept Applicant Name Title Applied on Status
1. EEE
Dr.S.RamaReddy and
Ms.J.Brintha Jane
Justin
Non-Linear Carrier charge
controlled buck – boost
converter based wind energy
conversion system
10.08.2016 Submitted
2. EEE
Dr.S.Rama Reddy and
Dr.N.Booma
Fuzzy logic based frequency
tracking control of Induction
Heating System
12.09.2016 Submitted
Department of EEE 88
85. RESEARCH FACILITIES
13 kW Wind & Solar hybrid system
BLDC motor with Driver circuits
SRM with Driver circuits
PMSM motor with Driver circuits
FPGA PWM Generator
Three phase matrix converter for wind energy conversion systems
Linear induction motor
JCE- EEE - DEPARTMENT 89
86. DSP Based Speed Control of
BLDC Motor
DSP Based Speed Control of
SRM Drive
RESEARCH FACILITIES (CONT’D)
JCE- EEE - DEPARTMENT 90
87. RESEARCH LABORATORY FACILITIES
• 13 kW Wind & Solar hybrid power system
• BLDC motor with Driver circuits
• SRM with Driver circuits
• Three Phase Induction motor with Driver circuits
Wind and Solar hybrid power System
Texas Instruments analog ASLV 2010 starter kits
Department of EEE 91
88. WORKING MODELS/CHARTS/MONOGRAMS
iii) Electronic assistance for Visually Challenged
i v) Three Stage Boost Converter
i) Solar fed DC-DC high frequency power conversion system ii) Hybrid PV and Wind System powered Fault tolerant inverter for
Induction motor drive
Department of EEE 92
90. ELECTRICAL MACHINES LABORATORY
95
JCE- EEE - DEPARTMENT
S. NO LIST OF MAJOR EQUIPMENT QUANTITY
1 DC MACHINES 10
2 AC MACHINES 13
3 TRANSFORMERS 10
4 RECTIFIER PANELS 2
5 AC & DC DISTRIBUTION PANELS 3
91. POWER ELECTRONICS LABORATORY
JCE- EEE - DEPARTMENT 96
S. NO LIST OF MAJOR EQUIPMENT QUANTITY
1 1 PH HALF & FULLY CONTROLLED
CONVERTERS
5
2 3 PH HALF & FULLY CONTROLLED
CONVERTERS
5
3 1 PH & 3PH PWM BASED INVERTERS 4
4 STEP DOWN & STEP UP CHOPPERS 5
5 DC/DC RESONANT CONVERTERS 3
92. MICROPROCESSOR LABORATORY
JCE- EEE - DEPARTMENT 97
S. NO LIST OF MAJOR EQUIPMENT QUANTITY
1 8051 MICROCONTROLLER KITS 30
2 8085 MICROPROCESSOR KITS 30
3 8086 MICROPROCESSOR KITS 32
4 STEPPER MOTOR CONTROL KITS 10
5 TRAFFIC LIGHT CONTROL KITS 10
6 DC MOTOR INTERFACE KITS 5
93. POWER SYSTEM SIMULATION LABORATORY
JCE- EEE - DEPARTMENT 98
.
S. NO
S. NO ITEMS/SOFTWARE QUANTITY
1 DESKTOP COMPUTERS 52 Nos
2 PSCAD SOFTWARE 5 USERS
3 MATLAB SOFTWARE 15 USERS
4 ETAP SOFTWARE 10 USERS
5 PSPICE 5 USERS
94. CONTROL & INSTRUMENTATION LABORATORY
Department of EEE 99
S. NO ITEMS/SOFTWARE
1 DYNAMICS OF SENSORS – TEMPERATURE
TRANSDUCER
2 PRESSURE MEASUREMENT TRAINER
MODULE
3 DISPLACEMENT MEASUREMENT TRAINER
USING LVDT
4 LDR / PDOTODIODE/PHOTO-TRANSISTOR
TRAINER
5 FLOW MEASUREMENT TRAINER
6 SIGNAL CONDITION INSTRUMENTATION
AMPLIFIER MODULE
95. POWER ELECTRONICS & DRIVES LABORATORY
Department of EEE 100
S. NO ITEMS/SOFTWARE
1 MICROCONTROLLER BASED SPEED
CONTROL OF CONVERTER FED DC MOTOR
2 MICROCONTROLLER BASED SPEED
CONTROL OF VSI FED 3 PHASE
INDUCTION MOTOR
3 DSP BASED SPEED CONTROL OF BLDC
MOTOR
4 DSP BASED SPEED CONTROL OF SRM
MOTOR
5 PERMANENT MAGNET SYNCHRONOUS
MOTOR
6 SYNCHRONOUS GENERATOR FOR
VOLTAGE REGULATION
96. PROJECT LAB
S.No. Name of the Facility
1
Matlab,Mathcad and Scilab software – 15 users
2
P-Spice software for implementation of power circuits- 5 users
3
Lab view software-5 users
4
ETAP Software-10 Users
5 PSCAD Software– 5 Users
6
TEXAS INSTRUMENTS
Analog teaching lab setup
ASLV 2010 Starter Kit- 6Nos
C2000 launch Pad-10 Nos
C2000 Digital Power Exp Kit – 01 Nos
C2000 based DRV8312-3 phase Brushless motor control kit
Department of EEE 101
98. ACTION TAKEN BASED ON THE RESULTS OF EVALUATION
OF EACH OF THE POs & PSOs
Department of EEE 103
PO Target level Attainment Level Action Taken
1 3 2.33 (77.6%)
•Bridge courses in basic Mathematics and science were arranged.
•Conducted regular class test and revision test.
2
3
2.25 (75%)
•The students are found lagging in analytical part. To overcome this,
Workshops were conducted with experts from industry.
•Tutorials are given for problematic subjects to cover the complexities of the
subject.
3
3
2.1 (70%)
•Arranged Guest lecture and Seminar related to cultural, societal, and
environmental considerations .For Example Guest lecture was arranged on
“Hybrid Power Generation System” by Prof. M. Sundarajan, Retired, Chief
Engineer Madras Port Trust
•Allowing students to visit industries to get practical exposures.
4
3
1.75 (58.3%)
•Arranged research based guest lectures. For Example Guest lecture was
arranged on “Modeling of power apparatus for transient studies” by
Dr.P.Valsalal, Prof Anna University, Chennai
99. ACTION TAKEN BASED ON THE RESULTS OF EVALUATION
OF EACH OF THE POs & PSOs (CONT’D)
Department of EEE 104
PO Target level Attainment Level Action Taken
5
3
1.94 (64.6%)
•ICT enabled smart board is used for teaching and collaborative learning.
•Arranged Value added courses in MATLAB, PSPICE and ETAP with hands on
training
6 3
1.7 (57%)
•NSS and YRC volunteers are encouraged and motivated to give seminar
relevant to societal, health, safety, legal and cultural issues and the
consequent responsibilities relates to the professional engineering practice.
•Dengue Awareness programmes and blood donation camp have been
organized
7
3
1.74 (58%) •Conducted group activities to improve the knowledge in non-conventional
energy sources through AEEE.
8
3
1.66 (55.3%) • Video lectures are arranged to improve their ethical principles.
100. ACTION TAKEN BASED ON THE RESULTS OF EVALUATION
OF EACH OF THE POs & PSOs (CONT’D)
Department of EEE 105
PO Target level Attainment Level Action Taken
9 3
1.75 (58.3%)
•Students are encouraged to arrange and participate in activities like
Symposium, Conferences, Cultural activities and sports events to improve
the individual and team work.
•In plant training and short term training were arranged for the group of
students to initiate the team work.
10
3
1.82 (60.6%)
•Mini projects, Seminar presentation and model making are given to
improve design, documentation and communication skills.
•Through placement cell soft skill training is given to develop the
communication and soft skills.
11
3
1.75 (58.3%)
•Students are encouraged to send proposals to various funding agencies like
TANSCST and IEI etc.
•Students are motivated to undertake internship and industrial projects.
12
2.22 (74%)
•Students are advised to write competitive exams like GATE, GRE,TOEFL etc.
101. ACTION TAKEN BASED ON THE RESULTS OF EVALUATION
OF EACH OF THE POs& PSOs (CONT’D)
Department of EEE 106
PSO Target level Attainment Level Action Taken
1
3 2.03 (67.6%)
•Value added course on “Simulation and Hardware implementation” is
conducted.
• Students are motivated to participate in inter college project competition.
2 3 2.09 (69.6%)
•Workshops, Seminars, hands on training and demo are given in renewable
energy systems. For Example Guest lecture was arranged on “Challenges in
Wind and Solar Energy Integration” by Dr.S.Naveen Kumar, Engineer, T.N.E.B.
•Final year students were encouraged to do the project with recent techniques
in renewable energy engineering.
3 3 1.93 (64.3%)
•Industrial visits are arranged to get familiar with power systems and its
application.
•Students are encouraged to undergo Industrial training.
•Workshops and seminars are arranged to understand the technologies like
PLC, process controllers and transducers. For Example workshop was arranged
102. ACADEMIC AUDIT AND ACTION TAKEN
Academic Audit Committee consist of External and Internal members.
Academic audits are carried out twice per year
• Objectives of academic auditing
To improve quality of teaching
To maintain quality of teaching
To suggest improvement in department activities for the growth of the
Institution.
Department of EEE 107
103. ACADEMIC AUDIT AND ACTION TAKEN (CONT’D)
• Teaching – learning process
Faculty members will maintain course file and attendance book which will be made available
to audit committee members when required.
• Course File for each subject has following documents:
• Course sheet with CO-PO and CO-PSO mappings
• Syllabus sheet
• Course plan and delivery details.
• Time table
• Student name list
• Result analysis including action taken report
• Samples of internal test answer scripts
• Internal test question papers
• Question bank
• Latest university question papers
• Sample of assignments etc.
• Lab manuals
Department of EEE 108
104. IMPROVEMENT IN PLACEMENT, HIGHER STUDIES
AND ENTREPRENEURSHIP
• Placement and Training Division is conducting soft skill, aptitude,
personality development and technical training to second, Third and
Final year students .
• Exclusive placement hours are allotted in regular class timetable and the
Performance of the students are analyzed by conducting periodical Test.
• The college has an Entrepreneur development cell to improve the carrier
guidance through seminars and motivation programmes
Department of EEE 109