Department > Electronics & Communication Engineering

Department

Introduction

In the rapid development in Electronics and Communications initiated the inception of a separate department at GIET, Bhubaneswar since 2009 for imparting state-of-the-art knowledge in Electronics and Communication Engineering and allied areas.

The department runs with a mission to shape graduates into hardcore professionals who would become effective leaders and noteworthy innovators in the technology areas of Electronics and Communication Engineering and Knowledge Engineering. It also motivate and encourage the students to engage in lifelong learning which would help them keep abreast with contemporary developments in their fields of operation and enable them to leverage on the power of knowledge to become outstanding performers in whatever careers they choose. While producing competent professionals and responsible citizens, it is our Endeavour to ensure that our graduates adhere to ethical values in life and be sensitive to environmental and social issues.

The department has seven divisions (Communication, Networking & Wireless, Digital Signal Processing, Embedded Systems, MEMS & Sensors, Photonics & Microwave and VLSI) with good infrastructural facilities and is equipped with full-fledged laboratories. The department also has audio-visual facilities with LCD for effective teaching, having an intake of 60 students. It offers a Bachelors programme in Electronics and Communication Engineering and a Masters Programme in Communication Systems. The placement record has always been very impressive.

The Department helps the students to bring out their talents by conducting technical contest, workshops, symposium & conference. Students of the department actively participate and get awarded in National-level Student Paper Contests being organized at IIT's, NIT's and various other Engineering Colleges. These events provide a platform for the students to expose themselves to the industry & keep pace with its achievements. Also as the Institute has an ISTE Student's Chapter and the students of our department actively participate in the various activities of ISTE.

The department has successfully completed projects namely Mobile Communications, antenna design for RADAR, Fiber optic communications, Entrepreneurship programme, PCB Lab Development Design of Compact Electronic Antenna for Communications, Advanced coded Modulation Techniques for CDMA Communication Systems and ATM Communication Networks.

The faculties are actively involved in research in the areas of Mobile Communications, Digital Communications, Antennas, Phased Array Radars, Signal processing and high frequency communications, Fiber optic Communications, Instrumentation, VLSI and Microprocessors & are also deputed to participate in workshops, conferences, symposia and refresher courses to keep in pace with recent developments in the field of Electronics & Communications Engineering.

Our alumni have added feathers in the cap of GIET's rich history by making a mark in the industrial sphere. The students will strive to keep the lamp burning and follow the path to success. Alumni support has always been a great driving force in the progress of our institute and we value our continued relationship with all alumni.

PROGRAMME EDUCATIONAL OBJECTIVES

PEO-1 : The ability to grasp the basic knowledge of core electronics and communication engineering to analyze the design and develop various electronics systems.

PEO-2 : To involve students in research activities to gain profound proficiency in hardware and software language with good scientific and engineering knowledge.

PEO-3 : To transform a student to an Telecommunication engineer with positive attitude and finest ethics having effective communication and presentation skills.

PROGRAMME OUTCOMES

v Engineering Graduates will be able to:

1. Engineering knowledge: To apply knowledge on advanced science and mathematics to develop reliable electronics and communication systems.

2. Design/development of solutions: The knowledge gained by the Electronics and Communication Engineers will help to realize the problem statement, analyze, and to synthesize an appropriate solution using different techniques and methods.

3. Design/development of solutions: To adopt simple design and to use local resourses for an effective and reliable solutation.

4. Conduct investigations of complex problems: To create a strong , practical and field-work knowledge among the students so can easiely tackle the real time problems .

5. Modern tool usage: To apply modern hardware and software tools to complete the task in an effective manner and with a shorter time.

6. The engineer and society: Apply reasoning informed by the appropriate knowledge to evaluate societal, health, safety, legal and cultural issues and the consequential responsibilities appropriate to the professional engineering practice.

7. Environment and sustainability: To understand the adverse impact of the communication technological development on the ecology and to make the development sustainable i.e. a development without destroying natural resources.

8. Ethics: To understand the norms of the professional and societal ethics for the improvement and betterment of the society by applying different communication techniques.

9. Individual and team work:To carry out an efficient individual work and to adopt the team work with team-management principle wherever possible to reduce mistake.

10. Communication: An effective communication skill should be present to demonstrate any new development vividly so that it can be widely accepted by the society.

11. Project management and finance: Validate knowledge and understanding of the engineering and management principles and apply these to one’s individual effort, as a member or leader in a team, to manage projects and in multidisciplinary Environments.

12. Life-long learning: Identify the need for, and have the groundwork and skill to engage in independent and life-long learning in the comprehensive context of technological change.

Program Specific Outcome:

PSO-1 : Students will learn and apply the knowledge gained to design and developed various electronic systems,analysis the problem statement of various type of integrated electronic circuit and synthesize the experiment that leads to valid conclusion in field of electronics and communication engineering.

PSO-2 : The use of modern hardware and software tools make easier to devlop,design and analysis of complex electronic systems that enhance the possibilities in research activities.

PSO-3 : To develop a good entrepreneurial skill which can help the students to become a sucessfull entrepreneur in the growing field of electronics & communication.

Lab Facility

The department is well equipped with the state of the art laboratories like:

1. Basic Electronics Lab

2. AEC Lab

3. DEC Lab

4. VLSI and Embedded System lab

5. DSP Lab

6. Microwave Lab

7. Microprocessor and Microcontroller lab

8. Communication lab

9. Signal and systems lab

Faculty

The department is well equipped with the state of the art laboratories like Survey lab with Total station, digital theodolite and GPS. The soil Mechanics lab is equipped with triaxial testing machine, unconfined compression testing machine and consolidation testing facilities. We have a Concrete Technology lab with all facilities to test the material characteristics of building materials and Bitumen. The strength of Materials lab is equipped with a 40 Ton UTM. We have a well equipped Fluid Mechanics Lab with prototypes of turbines, pumps, and flow measuring equipments. The Environmental Engineering Laboratory contains water quality analysis and waste water quality analysis testing facilities.

Vision & Mission

Vision

v To develop a unique identity of the graduates by providing high quality and valuable resources for industry and society through excellence in the field of Electronics & communication.

Mission

v To educate the students with high level of technical education in the field of electronics, communication and signal processing for meeting the growing challenges of the industries.

v To carry out core and interdisciplinary research through constant interaction with research organizations and to provide them best of laboratory facilities, collaborative ventures with the industries.

v To develop the foundation to understand the concept of core electronics subjects including emerging fields of electronics programe.

v To inculcate value-based education and new technologies in Electronics & Communication Engineering in order to serve the needs of the society, industry and government .

Course Objective

Mathematics-I	CO1	Apply the knowledge of calculus, Gamma &Beta functions for analysing engineering problems
	CO2	The studentis able to solve first order differential equations analytically using standard methods
	CO3	The student will be able to demonstrate various physical models through higher order differential equations to solve such linear ordinary differential equation
	CO4	The students will be able to obtain series solution of differential equation and explain application of Bessel's function
	CO5	The student will be able to understand tracing of different curves and calculate its radius of curvature and asymptotes
	CO6	The students will be able to apply Laplace problem to determine complete solution to ordinary differential equations.
Physics	CO1	Understand Oscillations and waves existing in nature and analyze their properties.
	CO2	Explain and analyze the intensity variation of light due to interference and diffraction.
	CO3	Apply band theory to classify solids in terms of their conductivities and explain the working of junction diodes.
	CO4	Explain the working principles of LASERs and Optical fibres.
	CO5	To formulate and solve the engineering problems on Electromagnetism.
	CO6	Explain fundamentals of quantum mechanics and apply to one dimensional motion of particles
Basic Electrical Engineering	CO1	Get the knowldge to solve elctrical circuits by applying network theorems
	CO2	Analyze of Single Phase and Three phase AC Circuits, the representation of alternating quantities and determining the power in these circuits
	CO3	acquire knowledge oF magnetic circuits and its characteristics
	CO4	Acquire knowledge about the fundamental principles and classification of electromagnetic machines
	CO5	:Acquire knowledge about the constructional details and principle of operation of dc machines
	CO6	Perform experiments to calculate voltage, current and power of load with different supplies.
Communicative English	CO1	The student is ready to communicate ethically, responsibly, and effectively as local, national, international, and global citizens and leaders
	CO2	Students can understand the factors that influence the use of Grammar and vocabulary in speech and writing
	CO3	The student is ready to use the sounds of English, syllable division and sound stress.
	CO4	Students become confident and enhance their competency level to compete with the fellow participants
	CO5	The students will enhance their leadership skills and become efficient team leaders in future.
	CO6	Students are ready to face different interviews and get ready for upcoming challenges of life.
Engineering Graphics	CO1	Students will be able to create how to make simple drawings by using drafter in drawing sheets
	CO2	Students will be able to remember about different commands of autocad to draw the drawings in computer system
	CO3	Students will be able to analyze the orthographic view drawings
	CO4	Students will be able to analyze the Isometric view drawings
	CO5	Students will be able to apply dimensioning, constraints of a drawing
	CO6	Students will be able to remember how to make a proper drawing either in drawing sheet or in computer system
Basic Mechanical Engineering	CO1	A fundamental understanding of the first and second laws of thermodynamics and their application to a wide range of systems
	CO2	Understanding of the first law of thermodynamics and various forms of work that can occur
	CO3	An ability to analyze the work and heat interactions associated with a prescribed process path , and to perform a first law analysis of a flow system
	CO4	An ability to evaluate entropy changes in a wide range of processes and determine the reversibility or irreversibility of a process from such calculations
	CO5	Familiarity with calculations of the efficiencies of heat engines and other engineering devices
	CO6	An understanding of the interrelationship between thermodynamic functions and an ability to use such relationships to solve practical problems
Physics Lab	CO1	Integrate and relate scientific knowledge related to Physics learned from classroom with real life situations.
	CO2	Apply the various procedures and techniques for the experiments.
	CO3	Use the different measuring devices like slide calliper, micrometer, travelling microscope, spectrometer, voltmeter, ammeter etc. to record the data with precision.
	CO4	Apply the mathematical concepts/equations to obtain quantitative results.
	CO5	Learn to use graphing methods to improve experimental accuracy.
	CO6	Develop basic communication skills through working in groups in performing the laboratory experiments and by interpreting the results.
Basic elecrical Engineering Lab	CO1	Get the knowldge to solve elctrical circuits by applying network theorems
	CO2	Analyze of Single Phase and Three phase AC Circuits, the representation of alternating quantities and determining the power in these circuits
	CO3	acquire knowledge oF magnetic circuits and its characteristics
	CO4	Acquire knowledge about the fundamental principles and classification of electromagnetic machines
	CO5	:Acquire knowledge about the constructional details and principle of operation of dc machines
	CO6	Perform experiments to calculate voltage, current and power of load with different supplies.
Basic Mechanical Engineering Lab	CO1	A fundamental understanding of the first and second laws of thermodynamics and their application to a wide range of systems
	CO2	Understanding of the first law of thermodynamics and various forms of work that can occur
	CO3	An ability to analyze the work and heat interactions associated with a prescribed process path , and to perform a first law analysis of a flow system
	CO4	An ability to evaluate entropy changes in a wide range of processes and determine the reversibility or irreversibility of a process from such calculations
	CO5	Familiarity with calculations of the efficiencies of heat engines and other engineering devices
	CO6	An understanding of the interrelationship between thermodynamic functions and an ability to use such relationships to solve practical problems
Mathemtics-II	CO1	On completion of this course, students are able to apply the knowledge of matrix algebra for solving system of linar equations and compute the inverse of matrices.
	CO2	Develop the essential tool of matrices to compute eigen values and eigen vectors rrquired for matrix diagonolisation process.
	CO3	Illustrate the conccept of vector differential calculus tounderstand the solenoidal and irrotational vectors
	CO4	Illustrate the concept of vector integral calculus and exhibit the interdependence of line surface and volume integrals
	CO5	Student will be able to know periodic functions and their fourier expansions
	CO6	Student will be able to find the fourier transforms of different functions.
Chemistry	CO1	Student will be able to determine the wavelength of matter,wave, quantum numbers by using Schrodinger's wave equation.
	CO2	Know the basic principles of UV,IR and microwave spectroscopy for determination of molecular structure.
	CO3	Student will be able to evaluate the essential relationship between materials their corrosion resistance for suitable applications.
	CO4	Student will be able to determine the suitability of different fuel basding on their cetane and octane number.
	CO5	Student will be bale to preapre and isolate different fuel based on their boiling point.
	CO6	Student will be able to know the synthesis and application of nano particles.
Electronics Engineering	CO1	Student will be able to acquire basic knowledge on conductors, semiconductors & insulators
	CO2	Understand and define all the terms and definitions in electronic components
	CO3	student will able to measure the diffrent parameters of rectifier
	CO4	acquire the basic knowledge of digital logic levels and application of knowledge to understand digital electronics circuits.
	CO5	Students will able to Develop analysis capability in BJT and FET Amplifier Circuits
	CO6	Receive knowledge on Boolean operations and Expressions
Basic Civil Engineering	CO1	Understand the manufacturing process of bricks and cement
	CO2	Understand the properties of plain concrete, reinforced concrete, prestressed concrete
	CO3	Understand linear measurement, angle measurement
	CO4	Understand the working principles of modern survey instruments
	CO5	Classify different types of soil and foundation
	CO6	Know about hydraulic structures and different modes of transportation in highway, railway and airport
Chemistry Lab	CO1	Students will be able to design and carry out scientific experiments as well as accurately record and analyze the results of such experiments.
	CO2	Students will be skilled in problem solving, critical thinking and analytical reasoning as applied to scientific problems.
	CO3	Students will be able to clearly communicate the results of scientific work in oral, written and electronic formats to both scientists and the public at large.
	CO4	Students will be able to explore new areas of research in both chemistry and allied fields of science and technology.
	CO5	Students will be able to explain why chemistry is an integral activity for addressing social, economic, and environmental problems.
	CO6	Students will be able to function as a member of an interdisciplinary problem solving team.
English Language Lab	CO1	The student will enhance their speaking skills which will make them confidence and remove stage fear
	CO2	Student will enhance the listening, speaking, reading and writing skills.
	CO3	Extempore will enable them to use presence of mind.
	CO4	The students will enhance their presentation skills through presenting different topics in a proper manner
	CO5	Free writing will give them more space to use their creativity
	CO6	The student will enhance their skill of solving reading comprehension and the way to answer the question.
Workshop	CO1	To develop a skill in dignity of labor, precision, safety at work place, team working and development of right attitude
	CO2	Ability to design and model different prototypes in the turning trade such as Stepped cylindrical Turning of a job and Thread-cutting in lathe.
	CO3	Ability to design and model various basic prototypes in the trade of fitting such as Straight fit, V- fit
	CO4	Ability to make various basic prototypes in the trade of tools which is used in workshop.
	CO5	Ability to design and model various basic prototypes in the trade of Gas Welding such as Lap joint, Lap Tee joint, Edge joint, Butt joint and Corner joint
	CO6	Ability to design and model various basic prototypes in the trade of Arc Welding such as Lap joint, Lap Tee joint, Edge joint, Butt joint and Corner joint
Network Theory	CO1	Understand and define all the terms and definitions in Network Analysis.
	CO2	Analyze the working of various components of a circuit
	CO3	Apply the knowledge of different network reduction techniques in solving the given circuit with dependent
	CO4	Evaluate frequency response, behavior of different passive elements, different network parameters and enabling the design of complex circuits depending on specifications
	CO5	Understand the theories represent mathematical approximations to reality and limitations of those approximations
	CO6	Analyze given electric circuit in terms of ABCD, Z, Y and H parameter model and solve the circuit
Signal & Systems	CO1	Acquire knowledge about the time domain representation and classification of discrete time signals and systems
	CO2	Acquire knowledge about the time domain analysis of linear time invariant discrete time systems and representation of total response in various formats.
	CO3	Acquire knowledge about the application of discrete time Fourier transform, Discrete Fourier series and z-transform for discrete time signal representation and analysis of linear time invariant systems discrete time systems.
	CO4	Acquire knowledge about the application of discrete Fourier transform in signal representation and system analysis and DFT computation using FFT algorithms.
	CO5	Acquire knowledge about the design methods for IIR and FIR filters and their realisation structures.
	CO6	Acquire knowledge about the finite wordlength effects in the implementation of digital filters
Semiconductor Devices	CO1	Student will be able to acquire basic knowledge on conductors, semiconductors & insulators
	CO2	understand the charge carriers in a semiconductor
	CO3	acquire basic knowledge on solid state technology
	CO4	calculate numerical problems associated with solid state devices
	CO5	understand the quantum well technology
	CO6	Develope knowledge on electronic circuits
Digital Electronics	CO1	Student will acquire the basic knowledge of digital logic levels and application of knowledge to understand digital electronics circuits.
	CO2	Get a thorough understanding of the fundamental concepts and techniques used in digital electronics
	CO3	Student will Acquire knowledge on basic digital electronic gates
	CO4	Analyze Boolean operations and Expressions
	CO5	understand about combinational and sequential circuits
	CO6	Student will able to design DA,AD converters and counters,shift registers
Organizational Behavior	CO1	to discuss the development of the field of organizational behaviour and explain the micro and macro approaches
	CO2	to analyze and compare different models used to explain individual behaviour related to motivation and rewards
	CO3	to identify the processes used in developing communication and resolving conflicts
	CO4	to explain group dynamics and demonstrate skills required for working in groups (team building)
	CO5	to identify the various leadership styles and the role of leaders in a decision making process.
	CO6	to explain organizational culture and describe its dimensions and to examine various organizational designs
Analog Electronic Circuits	CO1	Student will able to acquire basic knowledge on the working of various semiconductor
	CO2	Students will able to Develop analysis capability in BJT and FET Amplifier Circuits
	CO3	Develop competence in frequency response analysis of discrete amplifiers
	CO4	Students will able to Develop analysis capability in analog modulation
	CO5	Students will able to Develop analysis capability in anagog filter circuit
	CO6	Students will able to design analog amplifiers
Software Engineering	CO1	Apply the software development lifecycle models to design numerous software projects
	CO2	Analyse the requirement engineering principles and design SRS document as per IEEE 830 standard for numerous problem applications
	CO3	Analyse and implement the high label software designs and its features for modeling software applications.
	CO4	Explore low label software designs in order to transform the high level software designs into actual implementation standards.
	CO5	Design test cases for various types of software testing and formulate maintenance strategies for an application that has already been designed.
	CO6	Explain the reliability measures and quality policies of software engineering in order to analyse the desired standards of the software applications
Network Theory Lab	CO1	Understand and define all the terms and definitions in Network Analysis.
	CO2	Analyze the working of various components of a circuit
	CO3	Apply the knowledge of different network reduction techniques in solving the given circuit with dependent
	CO4	Evaluate frequency response, behavior of different passive elements, different network parameters and enabling the design of complex circuits depending on specifications
	CO5	Understand the theories represent mathematical approximations to reality and limitations of those approximations
	CO6	Analyze given electric circuit in terms of ABCD, Z, Y and H parameter model and solve the circuit
Signal & Systems Lab	CO1	Student will be able to acquire basic knowledge on understand various fourier tools
	CO2	Student will be able to Design the FIR filter and utilize its applications
	CO3	Student will be able to Design the IIR filter and utilize its application
	CO4	Student will be able to write the code for image registration in MATLAB
	CO5	Student will be able to explain mutual coorelation and write in MATLAB
	CO6	Cross correlation design and filter analysis with matlab codes
Digital Electronics Lab	CO1	acquire the basic practical knowledge of digital logic levels and application of knowledge to understand digital electronics circuits.
	CO2	get a thorough understanding of the fundamental concepts and techniques used in digital electronics
	CO3	Practically Obtain Acquire knowledge on basic digital electronic gates
	CO4	Receive knowledge on Boolean operations and Expressions
	CO5	understand & design about all combinational and sequential circuits
	CO6	design DA,AD converters and counters,shift registers
Analog Electronic Circuits Lab	CO1	student will learn how to design and stimulate BJT, JFET and MOSFET circuits
	CO2	students will learn and design class A and class B power amplifier.
	CO3	students will learn and work on R.C phase shift oscillator and wein bridge oscillator using OP AMP and crystall oscillator
	CO4	students will learn and work on application of OP AMP as differentiator and integrator in square wave generator
	CO5	students will learn about op amp frequency response and compensation
	CO6	students will study about Darlington connection and current mirror circuits.
EMPD	CO1	Acquire knowledge about the fundamental principles and classification of electromagnetic machines.
	CO2	Acquire knowledge about the constructional details & principle of operation of single phase and three phase transformers.
	CO3	Acquire knowledge about testing and applications of single phase and three phase transformers.
	CO4	Acquire knowledge about the constructional details and principle of operation of three phase and single phase induction motors
	CO5	Acquire knowledge about testing and applications of induction motors.
	CO6	Perform different experiments like OC test and SC test on different machines and speed control methods of motor.
EEM	CO1	Understand the basic concept of measurement of various electrical parameters (resistance, inductance and capacitance
	CO2	Apply basic concepts on Galvanometer, Ammeter, Voltmeter and Potentiometer in measurement of current and voltage of electrical appliances
	CO3	Understand the measurement power and energy and its application in power sectors.
	CO4	Apply the concept of measurement of power factor and frequency and its application in industries.
	CO5	Analyze operation of instrument transformers and its implementation in transmission and distribution system
	CO6	Determine unknowns values of elements like R, L and C using bridge circuits.
EME	CO1	Student will be able to acquire basic knowledge on the working of microwave passive devices
	CO2	Student will be able to understand the CW radar system
	CO3	Student will able to acquire basic knowledge on scattering parameters
	CO4	Student will be able to calculate the losses associated with microwave communication system
	CO5	Student will be able to understand the design of non reciprocal microwave devices
	CO6	Student will able to acquire basic knowledge on radar range
MPMC	CO1	The objective of this course is to become familiar with the architecture and theinstruction set of an Intel microprocessor
	CO2	Assembly language programming will be studied as well as the design of various types ofdigital and analog interfaces
	CO3	Understand the architecture of 8085 and 8086
	CO4	Describe the architecture and instruction set of ARM microcontroller
	CO5	Design Memory Interfacing circuits.
	CO6	Design and implement 8051 microcontroller based systems.
PAM	CO1	Students will be able to identify different types of errors occuring in mathematical methods and find the method to reduce it.
	CO2	Student will be able to know interpolation and defiinite integrations by different numerical methods.
	CO3	To find solutions of a differential equations by different predictor corrector methods.
	CO4	Students will be able to know complex functions and their operations and integration of these functions.
	CO5	Students will be able to know the probability distributions, binomial and poission's distribution of both discrete and continuous random variables..
	CO6	Students will be able to know correlation and regression of statistical data.
EEC	CO1	Students able to understand different economic aspects of our economy as well as society.
	CO2	Students able to handle day-to-day financial activities of any organisation and economy.
	CO3	Students able to understand, classify, ascertain and analyse the cost data of any business organisation.
	CO4	Students able to evaluate different types of Engineering Project for economic viability.
	CO5	Students able to participate actively in any type of banking transaction which will stimulate the growth of the nation.
	CO6	Every student is able to fix the price of any product and also calculate the profit of the business for achievement of organisational goal.
CO (MINOR)	CO1	Understand the functional units as well as operational concepts of Computer
	CO2	Analyze the basic processing units including addressing and instruction sequencing
	CO3	Uderstand the memory hierarchy and cache mapping policies with update schemes
	CO4	Analyze the basic operations including arithmetic operations with implementation
	CO5	Understand Microprocessor with instruction sequencing
	CO6	Undestand I/O interface and data transfer techniques
EMPD LAB	CO1	Acquire knowledge about the fundamental principles and classification of electromagnetic machines.
	CO2	Acquire knowledge about the constructional details & principle of operation of single phase and three phase transformers.
	CO3	Acquire knowledge about testing and applications of single phase and three phase transformers.
	CO4	Acquire knowledge about the constructional details and principle of operation of three phase and single phase induction motors
	CO5	Acquire knowledge about testing and applications of induction motors.
	CO6	Perform different experiments like OC test and SC test on different machines and speed control methods of motor.
EEM LAB	CO1	Understand the basic concept of measurement of various electrical parameters (resistance, inductance and capacitance
	CO2	Apply basic concepts on Galvanometer, Ammeter, Voltmeter and Potentiometer in measurement of current and voltage of electrical appliances
	CO3	Understand the measurement power and energy and its application in power sectors.
	CO4	Apply the concept of measurement of power factor and frequency and its application in industries.
	CO5	Analyze operation of instrument transformers and its implementation in transmission and distribution system
	CO6	Determine unknowns values of elements like R, L and C using bridge circuits.
MPMC LAB	CO1	Understand and apply the fundamentals of assembly level programming of microprocessors and microcontroller
	CO2	Work with standard microprocessor real time interfaces including GPIO, serial ports, digital-to-analog converters and analog-to-digital converters
	CO3	programming of microprocessor 8085
	CO4	programming of microprocessor 8086
	CO5	Programmable Peripheral Interface-8255.
	CO6	programming of microcontroller 8051
EME LAB	CO1	Understand and apply the fundamentals of assembly level programming of microprocessors and microcontroller
	CO2	Work with standard microprocessor real time interfaces including GPIO, serial ports, digital-to-analog converters and analog-to-digital converters
	CO3	programming of microprocessor 8085
	CO4	programming of microprocessor 8086
	CO5	Programmable Peripheral Interface-8255.
	CO6	programming of microcontroller 8051
Control Systems	CO1	Understand the common control scheme
	CO2	Analyze the system response and stability in both time-domain and frequency domain
	CO3	Obtain models of dynamic systems in transfer function
	CO4	Learn the features of different types of compensators and to design compensators using time-domain and frequency domain specifications
	CO5	Analyze the system response and stability of systems represented in state space form and to design compensators for systems modeled in state space form
	CO6	To design a Lead, lag and Lag-Lead compensator sand to obtain the characteristics by experiment and simulation using MATLAB
Digital signal Processing	CO1	Students will able to acquire knowledge about the time domain representation and classification of discrete time signals and systems
	CO2	Students will able to acquire knowledge about the time domain analysis of linear time invariant discrete time systems and representation of total response in various formats.
	CO3	Students will able to acquire knowledge about the application of discrete time Fourier transform, Discrete Fourier series and z-transform for discrete time signal representation and analysis of linear time invariant systems discrete time systems.
	CO4	Students will able to acquire knowledge about the application of discrete Fourier transform in signal representation and system analysis and DFT computation using FFT algorithms.
	CO5	Students will able to acquire knowledge about the design methods for IIR and FIR filters and their realisation structures.
	CO6	Students will able to acquire knowledge about the finite wordlength effects in the implementation of digital filters
Analog Communication	CO1	Students will able to acquire knowledge about the time domain representation and classification of signals and systems
	CO2	Students will able to acquire knowledge about the time domain analysis and frequency domain analysis of various signals.
	CO3	Students will able to acquire knowledge about the application of Fourier Series and Fourier transform for conitous time signal representation and analysis of fequency domain analysis.
	CO4	Students will able to acquire knowledge about the application of modulation and demodulation of Amplitude modulation-Double side band,single side band and vestigial side bands signal.
	CO5	Students will able to acquire knowledge about the Fequency and Phase modulation, demodulation of signals.
	CO6	Students will able to acquire knowledge about the noise calculation in Amplitude modulation, frequency modulation and phase modulaton
Fiber Optics & Optoelectronics Devices	CO1	Student will be able to acquire basic knowledge on the working of optical fibers
	CO2	Student will be able to understand the architecture of an optical fiber communication system
	CO3	Student will able to acquire basic knowledge on fiber fabrication
	CO4	Student will be able to analyze and control the losses associated with an optical fiber communication system
	CO5	Student will be able to understand the design of optical sources & detectors
	CO6	Student will able to acquire basic knowledge on opto-electronic devi
Digital VLSI Design	CO1	Student will be able to analyze the CMOS VLSI design methodologies
	CO2	Student will be design the fabrication of MOSFETS ,layout design rules and stick diagram.
	CO3	Student will beacquire knowledge about the MOS transistor ,The MOS system under external bias,MOSFET current -voltage characteristics
	CO4	Student will be acquire knowledge about the MOS Inverter Static Characteristics resistive-load inverter
	CO5	Student will be able to acquire knowledge about the MOS inverters switching characterstics and interconnect effect
	CO6	Student will be able to acquire knowledge about the Combinational MOS logic circuits,sequential MOS logic circuit,Dynamic logic circuit
Operating System	CO1	Summarize the role, structure, services and types of operating system, also discuss various issues and types of system calls.
	CO2	Compare and contrast the common algorithm for both preemptive and non-preemptive task in OS such as FCFS, SJF, Priority, RR scheduling, differentiate between process and thread, various threading issues, cite the various approach to solve the problem of mutual exclusion related to critical regions.
	CO3	Analyze the concept of deadlock in Operating systems, how they can be managed and avoided through the implementation of Banker’s algorithm and resource request algorithm and also cite different methods involved in recovery form deadlock.
	CO4	Learn how virtual memory is used and describe the operation of memory management unit, also define various page replacement strategies like FIFO, LRU, Optimal, also able to analyse the use of demand paging and segmentation.
	CO5	Analyze various issues related to file system such as structure, access method, efficiency, performance, directory structure and its implementation.
	CO6	Familiar with various approach of free space management and apply the knowledge to implement disk scheduling algorithms such as SSTF, LOOK, SCAN, C-LOOK, C-SCAN and also illustrating the overview of I/O hardware application, I/O interface, kernel I/O subsystem.
Control Systems Lab	CO1	Understand the common control scheme
	CO2	Analyze the system response and stability in both time-domain and frequency domain
	CO3	Obtain models of dynamic systems in transfer function
	CO4	Learn the features of different types of compensators and to design compensators using time-domain and frequency domain specifications
	CO5	Analyze the system response and stability of systems represented in state space form and to design compensators for systems modeled in state space form
Digital signal Processing Lab	CO1	understand various fourier tools
	CO2	Design a FIR filter and utilize its applications
	CO3	Design a IIR filter and utilize its application
	CO4	Write code for image registration in MATLAB
	CO5	Explain mutual coorelation and write in MATLAB
	CO6	Cross correlation design and filter analysis with matlab codes
Analog Communication Lab	CO1	student will learn about the spectrum of different continuous and discrete signals
	CO2	students will learn frequency division multiplexing
	CO3	students will able to understand the design of amplitude modulation
	CO4	able to learn the design of frequency modulation
	CO5	able to learn how to implement the mat lab in amplitude modulation
	CO6	able to learn how to implement the mat lab in frequency modulation
Digital VLSI Design Lab	CO1	design of schematics simple layout for CMOS inverters
	CO2	Design of schematics simple layout for CMOS NAND gates perform parasitic extraction
	CO3	design of schematics simple layout for CMOS NOR gate & perform parasitic
	CO4	NAND & NOR gates useing P-spice
	CO5	study of ARM7 & ARM9 bit processor Architectures pin diagram
	CO6	Write a program to control a stepper motor
MC	CO1	Student will be able to acquire basic knowledge on the wireless communication
	CO2	Student will be able to understand the types of wireless communication and frequency reuse concept
	CO3	Student will be able to understand the concept of FDMA,TDMA,CDMA
	CO4	Student will be able to understand the hand off concept and roming concet
	CO5	Student will be able to understand the process of calling over the GSM
	CO6	Student will be able to understand the spread spectrum technology
DC	CO1	Students will able to acquire knowledge about the sampling theorem and different cases of sampling theorem
	CO2	Students will able to acquire the concept of digital modulation and types of modulation
	CO3	Students will able to acquire knowledge about the application of frequency modulation
	CO4	students will able to clear the concept of delta modulation and application of detamodulation
	CO5	Students will able to acquire knowledge about the ASK,PSK,FSK
	CO6	Students will able to acquire knowledge about the BER of different digital modulation
HFE	CO1	Student will be able to acquire basic knowledge on the working of microwave passive devices
	CO2	Student will be able to understand the CW radar system
	CO3	Student will able to acquire basic knowledge on scattering parameters
	CO4	Student will be able to calculate the losses associated with microwave communication system
	CO5	Student will be able to understand the design of non reciprocal microwave devices
	CO6	Student will able to acquire basic knowledge on radar range
ESE	CO1	Students will be able to know the fundamental knowledge of environment and environmental pollution due to engineering and technological activities and general measures to control them.
	CO2	Student will be able to know the waste material converted to useful material ,procedure for recycling and reuse.
	CO3	Develop an understanding of different natural resources including renewable resources .
	CO4	Student will be able to realize the importance of ecosystem and biodiversity for maintaining ecological balance.
	CO5	Student will be able to convey a clear idea of indisciplinary nature of environment and health risk assessment .
	CO6	Student will be able to Aware of important acts and laws in respect of environment.
DCCN( MINOR)	CO1	Analyze basic terminology of data communication and the conversion of signals like digital-to-digital using the concept of line coding.
	CO2	Analyze all functions of OSI reference model layers and can compare with all layers of TCP/IP reference model.
	CO3	Utilize guided transmission media to design LAN network and can compare circuit switching with packet switching.
	CO4	Evaluate error detection and correction using Hamming code, CRC, Checksum and can differentiate protocols Stop-and-Wait ARQ, Go-and-Back ARQ and Selective repeat ARQ for flow and error control mechanism.
	CO5	Differentiate Random Access, Controlled Access and Channelization for multiple accesses and utilize the wireless networking concepts to evaluate IP address.
	CO6	Describe the concept of Host to Host Delivery and Process to Process Delivery.
DC LAB	CO1	Students will be able to identify the PCM system
	CO2	Students will be able to design the ASK signal modulation and denodulation of ASK signal
	CO3	Students will be able to design the PSK signal modulation and denodulation of PSK signal
	CO4	Students will be able to design the FSK signal modulation and denodulation of FSK signal
	CO5	Students will be able to design the CDMA
	CO6	Students will be able to identify the delta modulation and demodulation techniques
HFE LAB	CO1	Students will be able to identify microwave components
	CO2	Students will be able to measure SWR using SWR meter
	CO3	Students will be able to measure dielectric constant of solids
	CO4	Students will be able to measure microwave power
	CO5	Students will be able to measure radar signals
	CO6	Students will be able to measure power division using microwave test bench
Satellite Communication Systems	CO1	Students will able to acquire basic ideas on familiar with satellites,satellite orbits and launching
	CO2	able to acquire basic knowledge of specific on satellite subsystems,earth segment and space segment componentsof
	CO3	Students will able to acquire basic knowledge on link power budget for satellites and satellite access by various users
	CO4	Students will able to acquire basic knowledge on Compare competitive satellite services
	CO5	Students will able to acquire basic knowledge on explain satellite access techniques
	CO6	Students will able to acquire basic Knowge on DTH and compression standards
Optical Communication Networking	CO1	Student will be able to acquire basic knowledge on the working of optical fiber cables
	CO2	Student will be able to acquire basic knowledge on the working of fiber optic networks
	CO3	Student will be able to acquire basic knowledge on the working of optical couplers and switches
	CO4	Student will be able to understand the architecture of an optical fiber communication system
	CO5	Student will be able to understand the source and detector characteristics
	CO6	Student will be able to understand the optical network topologies
IoT	CO1	Understand the application areas of IOT
	CO2	Interpret the vision of IoT from a global context and determine the Market perspective of IoT.
	CO3	Realize the revolution of Internet in Mobile Devices, Cloud & Sensor Networks
	CO4	Understand building blocks of Internet of Things and characteristics.
	CO5	Design some IOT based prototypes
	CO6	Illustrate the application of IoT in Industrial Automation and identify Real World Design Constraints
Soft Computing	CO1	Explain the basic models, architectures, and terminology of Artificial Neural Networks that can be potentially used to model numerous problems.
	CO2	Analyze the classifications of Artificial Neural Network systems for classifications, Clustering, and pattern identification problems.
	CO3	Identify the neural network learning methods and rules that can be applied for the training of different Artificial Neural Network systems.
	CO4	Analyze Fuzzy inference mechanisms and its applications for knowledge inference and to represent and reason human like decisions.
	CO5	Describe the genetic algorithm concepts and operations for modelling optimisation problems.
	CO6	Explain the Neuro, Fuzzy, and Genetic Algorithm based hybrid soft computing techniques and their possible real-world applications.
Cryptography & Network Security	CO1	Classifythe symmetric encryption techniques
	CO2	Illustrate various Public key cryptographic techniques
	CO3	Evaluate the authentication and hash algorithms.
	CO4	Discuss authentication applications
	CO5	Summarize the intrusion detection and its solutions to overcome the attacks.
	CO6	Basic concepts of system level security
Seminar Lab	CO1	Understand the principles of engineering
	CO2	Identify, understand and discuss current, real-world issues.
	CO3	Distinguish and integrate differing forms of knowledge and academic disciplinary approaches
	CO4	Improve oral and written communication skills.
	CO5	Explore an appreciation of the self in relation to its larger diverse social and academic contexts
	CO6	Apply principles of ethics and respect in interaction with others.
Minor Project Lab	CO1	Discover potential research areas in the field of Electronics & Comm. engineering
	CO2	Conduct a survey of several available literature in the preferred field of study
	CO3	Compare and contrast the several existing solutions for research challenge
	CO4	Demonstrate an ability to work in teams and manage the conduct of the research study
	CO5	Formulate and propose a plan for creating a solution for the research plan identified
	CO6	To report and present the findings of the study conducted in the preferred domain
ME	CO1	Student will be able to acquire basic knowledge on the working of microwave passive devices
	CO2	Student will be able to understand the CW radar system
	CO3	Student will able to acquire basic knowledge on scattering parameters
	CO4	Student will be able to calculate the losses associated with microwave communication system
	CO5	Student will be able to understand the design of non reciprocal microwave devices
	CO6	Student will able to acquire basic knowledge on radar range
SCS	CO1	Students will able to acquire basic knowledge on familiar with satellites,satellite services, satellite orbits and launching
	CO2	Students will able to acquire basic knowledge on satellite subsystems,earth segment and space segment components
	CO3	Students will able to acquire basic knowledge on link power budget for satellites and satellite access by various users
	CO4	Students will able to acquire basic knowledge on Compare competitive satellite services
	CO5	Students will able to acquire basic knowledge on explain satellite access techniques
	CO6	Students will able to acquire basic Knowge on DTH and compression standards
ME LAB	CO1	Students will be able to identify microwave components
	CO2	Students will be able to analyze SWR using SWR meter to go get a better matching
	CO3	Students will be able to analyze dielectric constant of solids
	CO4	Students will be able to use microwave power for certain application
	CO5	Students will be able to control SAR Radiation
	CO6	Students will be able to apply waveguide components to devide or combine microwave power

Achievements

UNIVERSITY RANKSThe First Batch of Civil Engineering (2009-2013) have passed out with 3 ANNA UNIVERSITY RANKS.PLACEMENT & HIGHER STUDIESMost of the students are placed in MNC's, Construction Industries and a few others are pursuing higher studies both in India and abroad.AWARD Dr. M.Kaarmegam, Professor & Dean in Civil Engineering Department was awarded as "Eminent Engineer" by the Association of Consulting Civil Engineers, India.