The Department of Electrical and Electronics Engineering was started in the year 2008. It offers a four year B.E. degree programme in Electrical and Electronics Engineering and Two year PG programme in M.E – Power Electronics and drives.
The course has been designed to provide students a strong foundation in theory to equip them with skills that are necessary to grasp and develop new technologies. The faculty members are dedicated towards maintaining a high quality of teaching and always encourage innovative research. Department of Electrical and Electronics Engineering have always been in the forefront of providing quality need  based training in contemporary and emerging areas and development of demand driven and innovative instructional resources.
Electrical and Electronics Engineering is designed to prepare graduates for responsible engineering positions in design, development, research, applications and operation in the fields of Control systems, Electromagnetism, Power Electronics & Drives, High voltage, Communication, Digital Signal Processing systems, Digital and Analog Electronic Circuits, Computer Aided Design and Power Systems. The Department imparts training with the best of teaching expertise in fields of Electrical Machines, Power Electronics & Drives, Process Control & Instrumentation and Applied Electronics supported by excellent laboratory infrastructure and exposure to recent trends in the industry, to ensure that the students are molded into competent electrical engineers and worthy citizens of the country. Our students of the department have excelled in placement of fresh graduates, with a recruitment of above 90 %. The job preference of students has undergone a slight change in recent years from predominantly IT related jobs to several opting for core companies.
Vision
Mission
PROGRAM EDUCATIONAL OBJECTIVES
Bachelor of Electrical and Electronics Engineering curriculum is designed to prepare the graduates having attitude and knowledge to
1. Have successful technical and professional careers in their chosen fields such as circuit theory, Field theory, control theory and computational platforms.
2. Engross in life long process of learning to keep themselves abreast of new developments in the field of Electronics and their applications in power engineering.
3. The graduates of the program will have capability in provided that best possible solutions to public problems with a comprehensive attitude.
PROGRAM SPECIFIC OBJECTIVES
After the successful completion of the B.E. Electrical and Electronics Engineering degree programme, the students will be able to:
PSO1: Apply the modern tools and give the solution for the real time problems to promote the energy conservation.
PSO2: Apply to develop and design of electrical and electronics system used in power control applications, renewable energy & drives for industry.
PSO3: Face the challenges by applying the technical skills of ethical standards to implement in power system for industry needs.
Dr.P.KANIRAJANis a Professor and Head of the Electrical & Electronics Engineering Department. He obtained PhD in Power QualityAI fromAnna University, Chennai. He received M.E in Power Systems Engineering from Thiagarajar College of Engineering,Madurai KamarajUniversity in2002, B.E degree in Electrical & Electronics Engineering from Sri Ramakrishna Engineering College, Coimbatore1999.
He has a teaching experience of 18 years and 2.4years in industry. He started his career as electrical engineer in standard Industry, Madurai1999 and after completing M.E he started his teaching career initially as Lecturer. Also, he worked as Associate Professor,Professor and Head of the department in various institutions.
His research includes Power quality, Artificial Intelligence, Machinelearning and various optimization techniques. His research work has been published in international journals like Elsevier, Springer,JEE, WSEAS etc..,. He is also the reviewer for repute journals such as Journal on soft Computing,Elsevier, Journal on Neuro computing, Elsevier, etc.,
He has extensive experience in applications of Artificial intelligence in various field particularly power systems. He is recognised supervisor in Anna University, supervising research scholars, mentored undergraduate and post graduate students. Also, some of his achievements are best paper award in various International Conference. He is a life member of ISTE. At present he doing research in the field of Artificial Intelligence for extracting features to solve various power system problems.
CO STATEMENTS FOR B.E.ELECTRICAL AND ELECTRONICS ENGINEERING (2013 REGULATIONS)


SEMESTER 01  
1.Course Code and Name : C101  TECHNICAL ENGLISH I  
CO Statements  Knowledge Level  
The students will be able to  
C101.1  Apply the collaborative and social aspects of research and writing processes  K2  
C101.2  Comprehend that research and writing is a series of data and information from sources that vary in content. 
K2  
C101.3  Use appropriate technologies to organize, present and communicate information to address a range of audiences, purposes and genres. 
K2  
C101.4  Explain the relationships among language, knowledge and power including social, cultural, historical and economic issues related to information, writing and technology. 
K3  
C101.5  Demonstrate the role of a variety of technologies/ media in accessing, retrieving, managing and communicating information. 
K3  
2.Course Code and Name : C102  MATHEMATICS I  
CO Statements  Knowledge Level  
The students will be able to  
C102.1  Find the eigen values and eigen vectors to diagonalise and reduce a matrix to quadratic form 
K3  
C102.2  learn infinite series and their convergence and acquire the knowledge of with limitations of using infinite series approximations for solutions arising in mathematical modelling.  K3  
C102.3  Understand and characterize phenomena which evolve around circle of curvature and envelope.  K3  
C102.4  Students will have the idea of extension of a function of a one variable to several variables. Multivariable functions of real variables arise inevitable in engineering.  K3  
C102.5  The student will be exposed to double and triple integration so that they can handle integrals of higher order which are applied in engineering field.  K3  
3.Course Code and Name :C103  ENGINEERING PHYSICS I  
CO Statements  Knowledge Level  
The students will be able to  
C103.1  Describe the crystal structures and various crystal growth techniques.  K2  
C103.2  Analyze the elastic nature of materials and thermal behaviour of materials.  K2  
C103.3  Apply the knowledge of quantum mechanics and classical mechanics in addressing the problems related to science and technology.  K2  
C103.4  Apply the knowledge about designing an auditorium with good acoustical properties and make use of Ultrasonics and its applications in various fields.  K2  
C103.5  Illustrate the advantages of optical communication using LASER.  K2  
4.Course Code and Name : C104  ENGINEERING CHEMISTRY I  
CO Statements  Knowledge Level  
The students will be able to  
C104.1  Classify the polymers and their utility in the industries and describe the techniques of polymerization & properties of polymers. 
K2  
C104.2  Relate various thermodynamic functions such as enthalpy, entropy, free energy and their importance and equilibrium constant and its significance. 
K2  
C104.3  Characterize the photophysical processes such as fluorescence and phosphorescence and various components of UV & IR spectrophotometer. 
K2  
C104.4  Analyze the phase transitions of one component and two component systems and the types of alloys and their application in industries. 
K2  
C104.5  Describe the synthesis, characteristics and the applications of nano materials.  K2  
5.Course Code and Name : C105 COMPUTER PROGRAMMING  
CO Statements  Knowledge Level  
The students will be able to  
C105.1  Explain the basic organization of computers, the number systems and write the pseudo code for algorithms and flow chart. 
K2  
C105.2  Apply different looping structures to solve simple scientific and statistical problems  K3  
C105.3  Design ‘C’ programs for arrays and strings.  K3  
C105.4  Demonstrate the usage of Dynamic memory allocation and pointer variables  K3  
C105.5  Illustrate the concepts of structures and unions with example programs  K3  
6.Course Code and Name : C106 ENGINEERING GRAPHICS  
CO Statements  Knowledge Level  
The students will be able to  
C106.1  Construct the conic sections and special curves and outline their practical applications and sketch the orthographic views from pictorial views and models 
K2  
C106.2  Apply the principles of orthographic projections of points in all quadrants, lines and planes in first quadrant.  K3  
C106.3  Draw the projections of simple solids like prisms, pyramids, cylinder and cone and obtain the traces of plane figures 
K3  
C106.4  Practice the sectional views of solids like cube, prisms, pyramids, cylinders & cones and extend its lateral surfaces.  K3  
C106.5  Apply the principles of isometric projection and perspective projection of simple solids and truncated prisms, pyramids, cone and cylinders 
K3  
7.Course Code and Name : C107 COMPUTER PRACTICES LABORATORY  
CO Statements  Knowledge Level  
The students will be able to  
C107.1  Understand the usage of office automation tools.  K2  
C107.2  Apply good programming design methods for program development.  K3  
C107.3  Design and implement the C programs for simple applications  K3  
C107.4  Develop and implement the recursive programs.  K3  
8.Course Code and Name : C108  ENGINEERING PRACTICES LABORATORY  
CO Statements  Knowledge Level  
The students will be able to  
C108.1  Demonstrate wiring for a simple residential house, identify the ratings of various appliances like Fluorescent tube, incandescent lamp, etc. 
K2  
C108.2  Calculate the different Electrical quantities, measure the energy consumption using single phase energy meter. 
K3  
C108.3  Measure the resistance to earth of an electrical equipment, analyze AC signal parameters using CRO. 
K3  
C108.4  Verify the Truth tables of Logic gates AND, OR, EOR and NOT, generate clock signal using suitable gates. 
K3  
C108.5  Develop soldering in a PCB, measure ripple factor of Half Wave Rectifier and Full Wave Rectifier. 
K3  
9.Course Code and Name : C109  PHYSICS AND CHEMISTRY LABORATORY  I  
CO Statements  Knowledge Level  
The students will be able to  
C109.1  The hands on exercises undergone by the students will help them to apply physics principles of optics and thermal physics to evaluate engineering properties of materials.  K3  
C109.2  Perform the quantitative chemical analysis of chloride and dissolved oxygen.  K3  
C109.3  Determine the amount of acids by using the instruments of conductivity meter and pH meter.  K2  
4  K3  
5  K2  
SEMESTER 02  
1.Course Code and Name : C110  TECHNICAL ENGLISH II  
CO Statements  Knowledge Level  
The students will be able to  
C110.1  speak clearly, confidently, comprehensibly, and communicate with one or many listeners using appropriate communicative strategies 
K2  
C110.2  Write cohesively and coherently and flawlessly avoiding grammatical errors, using a wide vocabulary range, organizing their ideas logically on a topic. 
K2  
C110.3  Read different genres of texts adopting various reading strategies.  K2  
C110.4  listen/view and comprehend different spoken discourses/excerpts in different accents 
K3  
C110.5  Recognize, understand, and analyze the context within which language, information, and knowledge are produced, managed, organized, and disseminated 
K3  
2.Course Code and Name : C111  MATHEMATICS II  
CO Statements  Knowledge Level  
The students will be able to  
C111.1  The students were imbibed with techniques in solving ordinary differential equations that model most of the engineering problems .  K3  
C111.2  The student were acquainted with the concepts of vector calculuslike Gradient, Divergence, Curl, Directional derivative, Irrotational vector and Solenoidal vector. The course gives an understanding of Vector integration, needed for problems in all engineering disciplines.  K3  
C111.3  To make the students to appreciate the purpose of using transforms to create new domain in which it is easier to handle the problem that is being investigated.  K3  
C111.4  To develop an understanding of the standard techniques of complex variable and mapping so as to enable the student to apply them with confidence, in application areas such as heat conduction, elasticity, fluid dynamics and flow of electric current .  K3  
C111.5  The student will be exposed to the concept of Cauchy’s integral theorem, Taylor and Laurent expansions, Singular points, Application of residue theorem to evaluate complex integrals.  K3  
3.Course Code and Name : C112  ENGINEERING PHYSICS II  
CO Statements  Knowledge Level  
The students will be able to  
C112.1  Illustrate classical and quantum free electron theory and calculate carrier concentration in metals. 
K2  
C112.2  Describe the carrier concentration in semi conductors and identify the ptype and ntype semi conductor using hall effect. 
K2  
C112.3  Classify the different types of magnetic and super conducting materials.  K2  
C112.4  Explain the dielectrics, types of polarization, losses and breakdown.  K2  
C112.5  Discuss the properties, preparation and applications of metallic alloys, SMA, nano materials, NLO, Biomaterials. 
K2  
4.Course Code and Name : C113  ENGINEERING CHEMISTRY II  
CO Statements  Knowledge Level  
The students will be able to  
C113.1  Comprehend the importance of water technology in the purification of water and its domestic and industrial applications 
K2  
C113.2  Explain the principles of electrochemistry, the factors affecting corrosion and The prevention of corrosion. 
K3  
C113.3  Understand the fundamentals of different alternative sources of energy and the generation processes. 
K2  
C113.4  Acquire the knowledge on different types of engineering materials and their applications. 
K2  
C113.5  Learn the knowhow of industrial techniques of petroleum processing and the determination of calorific values and combustion parameters. 
K2  
5.Course Code and Name : C114 Basic Civil and Mechanical Engineering  
CO Statements  Knowledge Level  
The students will be able to  
C114.1  Explain the working principles of various power plants and differentiate the pumps and turbines. 
K1  
C114.2  State the functions of IC engine and classify the various types of boilers.  K2  
C114.3  Apply the principles of vapour absorption and compression systems and Explain the Operation of air conditioner 
K2  
C114.4  Apply the principles of surveying and use various measurements for surveying and study about various engineering materials and leveling instruments. 
K2  
C114.5  Classify the types of bridges, foundation, floorings, roofs, plasters and R.C.C structural members and state the purpose of dam. 
K2  
6.Course Code and Name : C115Circuit theory  
CO Statements  Knowledge Level  
The students will be able to  
C115.1  Analyze circuits with ideal, independent, and controlled voltage and current sources.  K3  
C115.2  Apply ohm’s law, Kirchhoff’s laws, Network theorems to the analysis of AC and DC circuits.  K3  
C115.3  Solve first and second order AC and DC Circuits for Steady – State and transient response in the time domain and frequency domain.  K3  
C115.4  Evaluate the response of the coupled circuits and two port networks  K3  
C115.5  Estimate the power consumed by the three phase balanced and unbalanced circuits.  K2  
7.Course Code and Name :C116 PHYSICS AND CHEMISTRY LABORATORY  II  
CO Statements  Knowledge Level  
The students will be able to  
C116.1  Appraise the Young’s modulus of the beam by uniform and non uniform bending method, the moment of inertia and Rigidity Modulus for thin wire using Torsion Pendulum. 
K4  
C116.2  Use Poiseuille’s method for determining the coefficient of viscosity of the liquid. 
K3  
C116.3  Evaluate the refractive index of spectral lines for determining the dispersive power of a prism 
K4  
C116.4  Determine the type, amount of alkalinity , hardness in a given water sample and evaluate the amount of copper using EDTA method 
K4  
C116.5  Examine the potentiometric redox titration and Conductometric precipitation titration. 
K3  
8.Course Code and Name : C117 Computer Programming Laboratory  
CO Statements  Knowledge Level  
The students will be able to  
C117.1  Know the Structure of Unix Operating System and practice basic commands in Unix Shell  K2  
C117.2  Devise solutions for simple problems using conditional statements and loops in Unix shell  K3  
C117.3  Illustrate the concepts of Dynamic Memory Allocation, Pointers and File Allocation in C programming under Unix 
K2  
9.Course Code and Name : C118 Electric Circuits Laboratory  
CO Statements  Knowledge Level  
The students will be able to  
C118.1  Apply KCL, KVL and Network Theorems to Simple and Complex circuits.  K3  
C118.2  Demonstrate the working of CRO and Determine the Time Constant of RC circuit. 
K4  
C118.3  Determine frequency response of RLC circuits and Use MATLAB to simulate series, parallel resonant circuit, low pass, high pass filter. 
K3  
C118.4  Use MATLAB to simulate three phase balanced, unbalanced circuit and Measure power in three phase circuits by two wattmeter methods. 
K3  
C118.5  Determine hparameters of Two port networks and Calibrate single phase energy meter. 
K3  
SEMESTER 03  
1.Course Code and Name :C201 TRANSFORMS AND PARTIAL DIFFERENTIAL EQUATIONS  
CO Statements  Knowledge Level  
The students will be able to  
C201.1  Solve Linear Partial differential equations of first and second order.  K3  
C201.2  Associate the concepts of Fourier series expansion for even and odd functions.  K3  
C201.3  Apply the concepts of Fourier series in solving boundary value problems.  K3  
C201.4  Discuss the Fourier transform, Fourier Sine and Cosine transform techniques.  K3  
C201.5  Discuss the concepts of ZTransform techniques for discrete time systems.  K3  
2.Course Code and Name : C202Digital Logic Circuits 

CO Statements  Knowledge Level  
The students will be able to  
C202.1  Solve the problems in number systems and can examine the important characteristics of the digital logic family circuits.  K3  
C202.2  Develop combinational logic circuits with minimal hardware complexity.  K2  
C202.3  Construct various synchronous and asynchronous circuits with its application.  K3  
C202.4  Apply the concepts of asynchronous sequential circuits and PLAs.  K2  
C202.5  Perform a software platform for numerous digital circuits using VHDL.  K3  
3.Course Code and Name : C203 ELECTROMAGNETIC THEORY  
CO Statements  Knowledge level  