Department of Electronics and Communication Engineering

About Department

About Department

            The Department of Electronics and Communication Engineering was established in the year 2001.  ECE department offers M.E. VLSI Design in addition to B.E. in ECE.  The course is approved by AICTE and affiliated to Anna University, Chennai.  The department has experienced faculty members, committed to provide a positive and professional learning environment where all students are inspired to strive for excellence in becoming competent engineers. The department is well equipped with the state-of-art laboratories catering the academic needs of the students and the faculties. Apart from university curriculum, technical symposium, project display, value added courses, expert lectures, training programs and career awareness programs are conducted for the students to maintain high level of competency in academics & placements.

Programmes offered:

  • B.E Electronics and Communication Engineering
  • M.E VLSI design

Vision & Mission

VISION & MISSION

Vision

  • To be a leader in affording high quality education in the frontier areas of Electronics and Communication Engineering, fostering Engineers, Technologists and Scholars of highest proficiency, who would promote sustainable development of the environment, industry and society.

Mission

  • Enhancing the teaching learning process by adopting the best and contemporary practices in order to generate qualified engineers and technocrats for careers in Research, Industry and Business with social and common concern.
  • Facilitating Quality Education through enriching the technical knowledge and skill of the students to achieve academic excellence.
  • To influence students to become responsible citizens and good human beings for the overall welfare of the society.
  • Providing high-quality skills and knowledge, with a focus on developing the technical expertise required to meet current and changing industry and social needs.

PEO & PSO

PEO

  • To make students analyze multifaceted engineering problems using basic knowledge in engineering and develop suitable solutions with the aid of modern tools.
  • To render students knowledge to graduates in order to address the issues in the society and environment by developing projects as an individual or as a team and to have a sustainable career by inculcate lifelong learning among them.
  • To cultivate ethical values consistent with what is generally considered to be Right or Moral.

PSO

  • To understand concepts of Electronics, Computer & Communication, Communication Systems, Signal Processing, VLSI and embedded systems design have a sustainable passion to achieve successful career by fulfill societal needs.
  • To solve electronics and communication engineering problems using latest hardware and software tools, along with analytical skills to arrive cost effective and appropriate solutions.

Faculty

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Prof. K. JAVID

Designation Assistant Professor / Head
Joining Date 12.02.2014
Qualification M.E – VLSI Design
Nature of association Regular
Experience (in Years) 25
Email id javid.k@miet.edu
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Dr. A. SURESH KUMAR

Designation Professor
Joining Date 27.06.2018
Qualification M.E – Ph.D
Nature of association Regular
Experience (in Years) 17.4
Email id dr.sureshkumar@miet.edu
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G.KARTHIKA

Designation Assistant Professor
Joining Date 05.12.2008
Qualification M.E – VLSI Design
Nature of association Regular
Experience (in Years) 10.7
Email id karthika.g@miet.edu
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N.LATHA

Designation Assistant Professor
Joining Date 21.06.2013
Qualification M.E – VLSI Design
Nature of association Regular
Experience (in Years) 7.8
Email id latha.n@miet.edu
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P.DELPHINE MARY

Designation Assistant Professor
Joining Date 18.12.2017
Qualification M.E – Communication Systems
Nature of association Regular
Experience (in Years) 9.5
Email id delphine@miet.edu
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T.KASTHURI

Designation Assistant Professor
Joining Date 01.12.2018
Qualification M.E – VLSI Design
Nature of association Regular
Experience (in Years) 1.7
Email id kasthuri.t@miet.edu
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S.MAHITHA

Designation ASSISTANT PROFESSOR
Joining Date 03.01.2017
Qualification M.E – VLSI Design
Nature of association Regular
Experience (in Years) 2 years 6 Months
Email id mahitha.s@miet.edu
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S.SHARMILA

Designation Assistant Professor
Joining Date 04.02.2019
Qualification M.E – VLSI Design
Nature of association Regular
Experience (in Years) 0.1
Email id sharmila.s.b@miet.edu
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A.ANTONY JOSEPH ARPUTHA RAJ

Designation Assistant Professor
Joining Date 10.06.2019
Qualification M.E – Applied Electronics
Nature of association Regular
Experience (in Years) 6.10
Email id antony.a@miet.edu
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I. KULANTHAISAMY

Designation Assistant Professor
Joining Date 22.07.2020
Qualification M.E.,
Nature of association Regular
Experience (in Years) 7 months
Email id kulanthaisamy.i@miet.edu
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M. VIJAI MEYYAPPAN

Designation Assistant Professor
Joining Date 08.03.2021
Qualification M.Tech., (Ph.D)
Nature of association Regular
Experience (in Years) 10.3
Email id vijaimeyyappan.m@miet.edu
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D. CHANDRALEKA

Designation Assistant Professor
Joining Date 15.07.2020
Qualification M.E.,
Nature of association Regular
Experience (in Years) 8 Months
Email id chandraleka.d@miet.edu
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R.VIJAYALAKSHMI

Designation Assistant Professor
Joining Date 24.06.2013
Qualification M.E – Computer and Communication
Nature of association Regular
Experience (in Years) 7
Email id vijayalakshmi.r@miet.edu
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M.SARAVANAN

Designation Assistant Professor
Joining Date 25.06.2018
Qualification M.Tech – Communication Systems
Nature of association Regular
Experience (in Years) 2
Email id saravanan@miet.edu
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CHANDNI

Designation Assistant Professor
Joining Date 13.12.2017
Qualification M.E – Computer and Communication
Nature of association Regular
Experience (in Years) 6.9
Email id chandni@miet.edu
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J.SURYA

Designation Assistant Professor
Joining Date 03.01.2017
Qualification M.E – VLSI Design
Nature of association Regular
Experience (in Years) 2.6
Email id surya.j@miet.edu
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R.RANJITHA

Designation Assistant Professor
Joining Date 03.01.2017
Qualification M.E – VLSI Design
Nature of association Regular
Experience (in Years) 2.6
Email id ranjitha.r@miet.edu
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M.PUSHPA

Designation ASSISTANT PROFESSOR
Joining Date 01.12.2018
Qualification M.E – VLSI Design
Nature of association Regular
Experience (in Years) 1 year 7 Months
Email id pushpa.m@miet.edu
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S.SURAJ KUMAR

Designation Assistant Professor
Joining Date 03.01.2017
Qualification M.E – VLSI Design
Nature of association Regular
Experience (in Years) 2.6
Email id surajkumar.s@miet.edu
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S.INAYATHULLA

Designation Assistant Professor
Joining Date 03.01.2017
Qualification M.E – Communication Systems
Nature of association Regular
Experience (in Years) 2.6
Email id inayathullah.s@miet.edu
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B. ATCHAYA

Designation Assistant Professor
Joining Date 11.02.2021
Qualification M.E.,
Nature of association Regular
Experience (in Years) 1 Month
Email id atchaya.b@miet.edu
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S. FARJONA BARVEEN

Designation Assistant Professor
Joining Date 08.02.2021
Qualification M.E.,
Nature of association Regular
Experience (in Years) 1 Month
Email id farjonabarveen.s@miet.edu

Curriculum Details

Semester I

SI. No COURSE CODE  

COURSE  TITLE

  

CATEGORY

 CONTACT PERIODS  

L

  

T

  

P

  

C

THEORY
1. HS8151 Communicative English HS 4 4 0 0 4
2. MA8151 Engineering

Mathematics – I

  

BS

  

4

  

4

  

0

  

0

  

4
3. PH8151 Engineering Physics BS 3 3 0 0 3
4. CY8151  

Engineering Chemistry

  

BS

  

3

  

3

  

0

  

0

  

3
5. GE8151 Problem Solving and Python

Programming

  

ES

  

3

  

3

  

0

  

0

  

3
6. GE8152 Engineering Graphics ES 6 2 0 4 4

PRACTICALS
7. GE8161 Problem Solving and Python

Programming Laboratory

  

ES

  

4

  

0

  

0

  

4

  

2
8. BS8161 Physics and Chemistry

Laboratory

  

BS

  

4

  

0

  

0

  

4

  

2
TOTAL 31 19 0 12 25

Semester III

SI. No COURSE CODE  

COURSE TITLE

  

CATEGORY

 CONTACT PERIODS  

L

  

T

  

P

  

C

THEORY
1. MA8352 Linear Algebra and Partial

Differential Equations

  

BS

  

4

  

4

  

0

  

0

  

4
2. EC8393 Fundamentals of Data

Structures In C

  

ES

  

3

  

3

  

0

  

0

  

3
3. EC8351 Electronic Circuits- I PC 3 3 0 0 3
4. EC8352 Signals and Systems PC 4 4 0 0 4
5. EC8392 Digital Electronics PC 3 3 0 0 3
6. EC8391 Control Systems

Engineering

  

PC

  

3

  

3

  

0

  

0

  

3

PRACTICALS
7. EC8381 Fundamentals of Data

Structures in C Laboratory

  

ES

  

4

  

0

  

0

  

4

  

2
8. EC8361 Analog and Digital

Circuits Laboratory

  

PC

  

4

  

0

  

0

  

4

  

2
9. HS8381 Interpersonal Skills/ Listening

&Speaking

  

EEC

  

2

  

0

  

0

  

2

  

1
TOTAL 30 20 0 10 25

Semester V

Sl. No COURSE CODE  

COURSE TITLE

  

CATEGORY

 CONTACT PERIODS  

L

  

T

  

P

  

C

THEORY
1. EC8501 Digital Communication PC 3 3 0 0 3
2. EC8553 Discrete-Time Signal Processing  

PC

  

4

  

4

  

0

  

0

  

4
3. EC8552 Computer Architecture and

Organization

  

PC

  

3

  

3

  

0

  

0

  

3
4. EC8551 Communication Networks PC 3 3 0 0 3
5. Professional Elective I PE 3 3 0 0 3
6. Open Elective I OE 3 3 0 0 3

PRACTICALS
7. EC8562 Digital Signal Processing

Laboratory

  

PC

  

4

  

0

  

0

  

4

  

2
8. EC8561 Communication Systems

Laboratory

  

PC

  

4

  

0

  

0

  

4

  

2
9. EC8563 Communication Networks

Laboratory

  

PC

  

4

  

0

  

0

  

4

  

2
TOTAL 31 19 0 12 25

Semester VII

 

SI.No

 COURSE CODE  

COURSE TITLE

  

CATEGORY

 CONTACT PERIODS  

L

  

T

  

P

  

C

THEORY
1. EC8701 Antennas and Microwave

Engineering

  

PC

  

3

  

3

  

0

  

0

  

3
2. EC8751 Optical Communication PC 3 3 0 0 3
3. EC8791 Embedded and Real Time

Systems

  

PC

  

3

  

3

  

0

  

0

  

3
4. EC8702 Ad hoc and Wireless

Sensor Networks

  

PC

  

3

  

3

  

0

  

0

  

3
5. Professional Elective -III PE 3 3 0 0 3
6. Open Elective – II OE 3 3 0 0 3

PRACTICALS
7. EC8711 Embedded Laboratory PC 4 0 0 4 2
8. EC8761 Advanced Communication

Laboratory

 PC  

4

  

0

  

0

  

4

  

2
TOTAL 26 18 0 8 22

Semester II

SI. No COURSE CODE  

COURSE  TITLE

  

CATEGORY

 CONTACT PERIODS  

L

  

T

  

P

  

C

THEORY
1. HS8251 Technical English HS 4 4 0 0 4
2. MA8251 Engineering

Mathematics – II

  

BS

  

4

  

4

  

0

  

0

  

4
3. PH8253 Physics for Electronics

Engineering

  

BS

  

3

  

3

  

0

  

0

  

3
4. BE8254 Basic Electrical and

Instrumentation

Engineering

  

ES

  

3

  

3

  

0

  

0

  

3
5. EC8251 Circuit Analysis PC 4 4 0 0 4
6. EC8252 Electronic Devices PC 3 3 0 0 3

PRACTICALS
7. EC8261 Circuits and Devices

Laboratory

 PC  

4

  

0

  

0

  

4

  

2
8. GE8261 Engineering Practices

Laboratory

 ES  

4

  

0

  

0

  

4

  

2
TOTAL 29 21 0 8 25

Semester IV

Sl. No COURSE CODE  

COURSE TITLE

  

CATEGORY

 CONTACT PERIODS  

L

  

T

  

P

  

C

THEORY
1. MA8451 Probability and Random

Processes

  

BS

  

4

  

4

  

0

  

0

  

4
2. EC8452 Electronic Circuits II PC 3 3 0 0 3
3. EC8491 Communication Theory PC 3 3 0 0 3
4. EC8451 Electromagnetic Fields PC 4 4 0 0 4
5. EC8453 Linear Integrated Circuits PC 3 3 0 0 3
6. GE8291 Environmental Science and

Engineering

 HS  

3

  

3

  

0

  

0

  

3

PRACTICALS
7. EC8461 Circuits Design and

Simulation Laboratory

 PC  

4

  

0

  

0

  

4

  

2
8. EC8462 Linear Integrated Circuits

Laboratory

 PC  

4

  

0

  

0

  

4

  

2
TOTAL 28 20 0 8 24

Semester VI

S.No

 Course Code Course Title L T P C

THEORY 

1. MG6851 Principles of Management 3 0 0 3
2. CS6303 Computer Architecture 3 0 0 3
3. CS6551 Computer Networks 3 0 0 3
4. EC6601 VLSI Design 3 0 0 3
5. EC6602

 

 Antenna and Wave propagation 3 0 0 3
6. Elective I 3 0 0 3

PRACTICAL
7. EC6611 Computer Networks Laboratory 0 0 3 2
8. EC6612 VLSI  Design Laboratory 0 0 3 2
9. GE6674 Communication and Soft Skills – Laboratory

Based

 0 0 4 2
  TOTAL  18  0  10  24 

Semester VIII

Sl. No COURSE CODE  

COURSE TITLE

  

CATEGORY

 CONTACT PERIODS  

L

  

T

  

P

  

C

THEORY
1. Professional

Elective IV

  

PE

  

3

  

3

  

0

  

0

  

3
2. Professional Elective V PE 3 3 0 0 3

PRACTICALS
3. EC8811 Project Work EEC 20 0 0 20 10
TOTAL 26 6 0 20 16

TOTAL NO. OF CREDITS: 185

Value Added Courses

Digital Design using verilog HDL

Course objectives:

This course teaches:

  • Designing digital circuits, behavioral and RTL modeling of digital circuits using Verilog HDL.
  • Verifying these models and synthesizing RTL models to standard cell libraries and FPGAs.
  • Students gain practical experience by designing, modeling, implementing and verifying several digital circuits.
  • This course aims to provide students with the understanding of the different technologies related to HDLs, construct, compile and execute Verilog HDL programs using provided software tools.
  • Design digital components and circuits that are testable, reusable and synthesizable.

Course Contents:

Overview of Digital Design                                                               

Basic Concepts of Verilog                                                                 

Gate-Level and data flow level Modeling                                         

Dataflow Modeling

Behavioral modeling                                                                         

Mini project                                                                                       

Course Outcome:

CO1: Understand a digital circuit.

CO2: Explain syntax, lexical conventions, data types, modules and ports.

CO3: Model the digital system using gate level and dataflow description.

CO4: Model the digital system using behavioral description.

CO5: Analyze the steps involved in synthesis of HDL code

CO6: Implement a hardware using FPGA

Course Duration

Twenty hours (July – September 2019)

Course Instructor

Mrs.N.Latha AP/ECE

Course Coordinator

Mrs.N.Latha AP/ECE

ARDUINO based Embedded System Design

 Course objectives:

  • To provide knowledge of different Smart System applications.
  • To familiarize students with Arduino as IDE, programming language & platform.
  • To provide knowledge of Arduino boards and basic components.
  • To develop skills to design and implement various smart system application.

Course Contents

  • Basics of Embedded System design
  • Learning Arduino Platform
  • Arduino Programming
  • Hardware Interfacing                                                                                                                

Project Based on embedded system design using Arduino board.
Course Outcomes:

  • Familiar with Arduino environment and its applications.
  • Able to understand Arduino programming
  • Able to Design Smart systems applications.
  • Have a better understanding of essential problem solving and programming concepts.
  • Apply programming knowledge and skills to design and implement reliable software systems that take into account software assurance concepts.

Course Duration

Twenty hours (July – September 2019)

Course Instructor

Mrs.G.Karthika AP/ECE

Course Coordinator

Mrs.G.Karthika AP/ECE

Archive

Fundamental of MATLAB and SIMULINK

Objectives

  • To learn how to write and use MATLAB functions.
  • To enable the students gain a fair knowledge on the Simulink block set.
  • To familiarize the students with MATLAB communication tool box, digital Signal processing toolbox and image processing tool boxes.
  • To give practical exposure with the generation and simulation of basic signals and various processes involved for processing the signals.
  • To provide hands-on experience with performing image analysis.

Course contents

  • Overview of MATLAB and Starting of Simulink
  • Creation of Model using Simulink
  • Communication System Block set
  • Signal processing and image processing Block set

Course outcomes

  • Analyze the performance of various signal and modulation scheme
  • Develop various DSP Algorithms using MATLAB Software package.
  • Acquire sufficient skills and gained enough  confidence to write MATLAB coding for processing  the  signal
  • Conduct independent study and analysis of image processing problems and techniques.
  • Develop their project in Image Processing and communication  domain using  MATLAB

Course duration
Two months (07.08.2018 to 27.09.2018)

Course Instructor
Ms. P.Delphine Mary, Assistant Professor

Students
Third Year V Semester – 18 students

Fundamental of MATLAB and SIMULINK

Objectives

  • To learn how to write and use MATLAB functions.
  • To enable the students gain a fair knowledge on the Simulink block set.
  • To familiarize the students with MATLAB communication tool box, digital Signal processing toolbox and image processing tool boxes.
  • To give practical exposure with the generation and simulation of basic signals and various processes involved for processing the signals.
  • To provide hands-on experience with performing image analysis.

Course contents

  • Overview of MATLAB and Starting of Simulink
  • Creation of Model using Simulink
  • Communication System Block set
  • Signal processing and image processing Block set

Course outcomes

  • Analyze the performance of various signal and modulation scheme
  • Develop various DSP Algorithms using MATLAB Software package.
  • Acquire sufficient skills and gained enough  confidence to write MATLAB coding for processing  the  signal
  • Conduct independent study and analysis of image processing problems and techniques.
  • Develop their project in Image Processing and communication  domain using  MATLAB

Course duration
Two months (February 2018 to March2018)

Course Instructor
Mrs. P.Delphine Mary, Assistant Professor/ECE
Mrs. B.Suganthi, Assistant Professor/ECE
Mrs. T.V.Vanitha, Assistant Professor/ECE

Students           
Third Year V Semester – 15 students
Final year VII Semester – 11 students

Very Large Scale Integration Design and Technology

Objectives

  • To bring both Circuits and System views on design together.
  • To offer a profound understanding of the design of complex digital VLSI circuits, computer aided simulation and synthesis tool for hardware design.

Course contents

  • Introduction To Digital Basics & Technology Overview
  • VERILOG
  • Finite State Machine Design
  • ASIC Implementation Methodology
  • Mini Project Using VERILOG HDL

Course duration
Three months (July 2017 to September 2017)

Course outcome

  • Students will be able to aware about the trends in semiconductor technology, and how it impacts scaling and performance.
  • Students will be able to draw the Layout, Stick diagrams and familiar with Fabrication steps, Synthesis of digital VLSI systems from register-transfer or higher level descriptions in hardware design languages.
  • Student will be able to design digital systems using HDL.
  • Students will be able to create understanding of the design techniques of sequential Machines and to learn implementation of SM charts in combinational and sequential circuits. Implementation of physical design.

Course Instructors
Mrs.N.Latha,  AP/ECE

Students
Final Year  VII Semester –  38 students

Laboratory Details

Microprocessor and Microcontroller

List of Major Equipment

  • 8085Microprocessor Trainer Kits
  • 8086 Microprocessor Trainer Kits
  • 8051 Microcontroller Trainer Kits
  • Key board, Stepper Motor, ADC, DAC, Communication, Traffic Light Controller and other Interfacing Boards compatible with 8085,8086 & 8051 Kits
  • Cathode Ray Oscilloscope

Software details : TASM/MASM simulator in PC

Electronics Laboratory

  • Cathode Ray Oscilloscope
  • Function Generator
  • Regulated Power Supply
  • Ammeters, Voltmeter,LCR meters etc

Software details : Multi Sim

VLSI Laboratory

  • FPGA & CPLD Trainer Kits
  • Logic Analyzer
  • Piggy Back module for Xilinx and Altera
  • Mentor Graphics EDA tool
  • XILINX ISE Design Suite
  • Interfacing boards compatible with VLSI kits
  • Universal VLSI Trainer Kit
  • Digital Storage Oscilloscope

Software details:  Mentor Graphics, Xilinx ISE

DSP Laboratory

Software Details: Scilab

  • TMS320C5416 – Fixed point Processor Kit
  • TMS320C6711- Floating Point Processor Kit
  • TMS320C50 – Fixed point Processor Kit
  • TMS320vc33PGE -Floating Point Processor
  • DSP Simulation Software
  • Personal Computers

Embedded Lab

List of Major Equipment’s

  • ARM-7 Embedded Development Board
  • ARM-9 Embedded Development Board
  • ARM Cortex – M4 Embedded Development Board
  • ARM – FPGA Fusion Embedded Development Board
  • Wireless Interface Module (RF/GPS/Bluetooth / ZigBee Compatible with ARM)
  • Embedded Interfacing Module (LED / PWM)
  • Embedded Software

Software Details Triton IDE, Keil , Proteus

Digital Laboratory

  • Digital IC trainer kit
  • IC Power Supply
  • Dual RPS (0-30)V/2A
  • IC tester (Digital/Analog)
  • CRO(30 MHZ)
  • AFO(3MHZ)

Software Details : Multisim

Optical and Microwave Laboratory

  • LED and Glass Fiber based Fiber Optic Trainer kit
  • Laser Diode and Glass Fiber based Fiber Optic Trainer kit
  • Modules for Light Sources and Detectors.
  • Fiber Optic Connectorization Kit
  • Klystron based Microwave Test Bench for X Band
  • Klystron based Microwave Test Bench for JBand
  • Gunn Oscillator based Microwave Test Bench for X band
  • Antenna test-bench set-up for radiation pattern measurement
  • VSWR Meter
  • Power meter for Optical and Microwave

Communication System Laboratory

  • Analog + Digital Communicatioin Trainer Kits(AM,FM,TDM,FDM)
  • Mixed Signal Oscilloscope 100MHZ
  • Digital Storage Oscilloscope 60MHZ
  • Spectrum Analyzer
  • CFO & AFO
  • Personal Computers

Events Organized

  • GUEST LECTURE on “Advanced techniques for Smart Phone service and Troubleshooting” 4.10.2019 & 5.10.2019

    Topic: “Advanced techniques for Smart Phone service and Troubleshooting”    

    Date:   4.10.2019 & 5.10.2019(Two days)

    Venue: B-Block (RF Lab & Microprocessor Lab)      Target Audience: II, III and IV year ECE

    Resource person: Mr.R.Karthi, New Technology,Mobile Service & Training Institute, Coimbatore.

    Objective of Program: To make the student to understand about tracking, identifying Components, Trouble Shooting and also assembles and dissemble the Mobile Phone.

    Topics Covered:

    1. Basics of Electronic Components
    2. Current and voltage power
    3. AC current and DC Current
    4. IC Identification in mobile phone.
    5. Testing of Battery and Components by using various Testing method.
    6. Circuit Diagram for i) Speaker and Ringer Solution ii) Insert SIM (or) No Signal Solution (iii) Charging Solution
    7. Checking of Speaker, Mike and Ringer in Mobile phone.
    8. Dead Mobile Solution
    9. Software Problems in Mobile phone.

    Outcomes:

    CO1: Identification of Active and Passive Component in the PCB Board inside the mobile phone

    CO2: Students have learned about how to diagnose the mobile Phone.

    CO3: Students have learned about how to replace the components according to the problem occur in the mobile phone.

    CO4: The Students have gained basic knowledge to become the Entrepreneur in mobile session.

    PO & PSO Mapping:

    PO1 PO2 PO3 PO4 PO5 PO6 PO7 PO8 PO9 PO10 PO11 PO12 PSO1 PSO2
    M H H H L M M H M M

  • GUEST LECTURE on `` Fiber Optics-Challenges, Applications and Future Prospects`` 23.09.2019

    Topic: “Fiber Optics-Challenges, Applications and Future Prospects”         Date: 23.09.2019(AN)

    Venue: B-Block seminar Hall                                                          Target Audience: IV year ECE

    Resource person: Dr. S.K. Pandiyan, Senior Assistant Professor,Electronics & Communication Engineering, SASTRA Deemed to be University,Thanjavur

    Objective of Program: To make the student understand the fiber optic theory and operation, including past, present and future applications as well as its advantages and disadvantages thereby to bring them insight into the broad and diversified applications of fiber optic technology

    Topics Covered:

    1. Introduction to optical fibers
    2. Signal degradation in optical fibers
    3. Optical Fiber Modes and Configurations
    4. Link power budget -rise  time budget
    5. Fiber optic theory emerging trends and future applications

    Outcomes:

    CO1: Demonstrate an understanding of optical fiber communication link, structure, propagation and transmission properties of an optical fiber.

    CO2: To know about the signal degradation happening in an optical fiber.

    CO3: Design a fiber optic link based on link power budgets 

    PO & PSO Mapping:

    PO1 PO2 PO3 PO4 PO5 PO6 PO7 PO8 PO9 PO10 PO11 PO12 PSO1 PSO2
    H H H H L M M H M

  • GUEST LECTURE on `` Challenges in Circuit Designing`` 23.09.2019

    Topic: “Challenges in Circuit Designing”                                  Date: 17.08.2019 (FN)

    Venue: B-Block Seminar Hall                                                          Target Audience: II year ECE

    Resource person: Dr.K.Hariharan, Associate Professor,Electronics & Communication Engineering,Thiagarajar College of Engineering, Madurai.

     Objective of Program:

    1. To acquaint students with design concepts of electronic circuits and components.

    Topics Covered:

    1. Operation of Active and Passive components and its design constraints.
    2. Biasing of transistors. 

    Outcomes:

    CO1: Students were enlightened with this guest lecture by becoming aware of the operation of active and passive electronic components

    CO2: Students became aware of the challenges confronted by a design engineer while constructing new electronic circuits

    CO3: The content made the student to create an affinity towards this subject since it was explained using real life analogy.

     PO & PSO Mapping:

    PO1 PO2 PO3 PO4 PO5 PO6 PO7 PO8 PO9 PO10 PO11 PO12 PSO1 PSO2
    H H H

  • GUEST LECTURE on ``DSP ALGORITHMS AND PROCESSOR ARCHITECTURE`` 17.08.2019

    Topic: “DSP ALGORITHMS AND PROCESSOR ARCHITECTURE”           Date: 17.08.2019 (FN)

    Venue: B-Block seminar Hall                                                          Target Audience: III year ECE

    Resource person:  Dr.M.Bhaskar, Professor,Electronics & Communication Engineering, National Institute of Technology, Trichy. 

    Objective of Program: To make the student understand about the application of signal processing such as error detection and error correction in transmission as well as data compression.

    Topics Covered:

    1. Introduction to Digital Signal Processing
    2. Basic Functions in Signal Processing
    3. Elements of Signal Processing
    4. Difference between µPs and DSPs
    5. Digital Signal Processors (DSPs)
    6. Architecture of DSP processor (Example TMS320C54X)
    7. DSP Applications

    Outcomes:

    • CO1: Students were able to understand the detailed analysis of the signals in frequency and time domain.
    • CO2: Students were made aware of the current trends in signal processing.
    • CO3: Students came to know about the comparative feature of all the processors.

     PO & PSO Mapping:

    PO1 PO2 PO3 PO4 PO5 PO6 PO7 PO8 PO9 PO10 PO11 PO12 PSO1 PSO2
    H H H H L M M M M

  • IETE Students Forum - 27 - 03 - 2019

    Department of Electronics and Communication Engineering has organized an inaugural function for IETE Students Forum on 27.03.2019.Mr.C.V.Vinod, Principal General Manager, BSNL, Trichy, Guest of honor gave a very informative speech.  He inspired the students to have a positive attitude and managerial skills by inculcating good habits among themselves.  He debited the essential skills set required by engineers in the current industrial era.He gave trips to tackle the steps undergone by unemployed youth.  He has also emphasized the employment opportunities in BSNL as well as in industry.  He illustrated the significance of GATE exam in getting flourishing posts in PSUs and Government Sector.Mr.C.V.Vinod highlighted that students have to grab the opportunities provide by IETE students forum to change their talent so that they aim be specific to achieve their goal.

  • Concept of VLSI Technology - 09 - 03 - 2019

    A guest lecture entitled “Concept of VLSI Technology” was organized on 09.03.2019 (Saturday).Dr.K.Hariharan, Associate Professor, Electronics and Communication Engineering, Thiyagarajar College of Engineering, Madurai was the Guest of honour and delivered the guest lecture on Concept of VLSI Technology.   He illustrated the origin of electronics, various concepts in digital and VLSI. He related how electronics has acquired technologies from other domains and flourished in current era. Alongside this he elucidated the future trends in VLSI.

  • Drive The Future With Bio Sensors & Bio Electronics - 08 - 03 - 2019

    An International Seminar was held on “Drive The Future With Bio Sensors & Bio Electronics” on 08th March 2019. It was jointly organized by Department of ECE, EEE and IETE students ‘Chapter.Prof.Y.Takemura (Yokohama National University, Japan) and Dr.S.Ota (Shizuoka University, Japan), the guest of honor, delivered chief guest address.During forenoon session, Prof.Y.Takemura, illustrated treatment of cancer cells without surgery, the depicted that by inserting tiny resonant circuit in the cancer affected cells and exposing them to electromagnetic radiation, generates heat there by destroying the cancer affected cells, even without operating human body. Apart from this the enumerated recent imaging techniques, such as MPI (Magnetic Particle Imaging), MRI and concept behind the operation.Afternoon session was handled by Dr.V.R.Dhulipala, Assistant professor, University college of Engineering, BIT Campus, Trichy. He elucidated the concept of biosensors, various challenges posed in the implementation and possible solutions to such challenges. 

  • ONE DAY GUEST LECTURE - 14 - 07 - 2018

    The Department of Electronics and Communication Engineering, M.I.E.T. Engineering College, Trichy has organized a Guest Lecture on “RF Nanotechnology –Perspectives of Carbon Nano Science and Technology ” on 14-07-2018 for the final  year ECE Students in the seminar hall at 11.30a.m.Dr.S.Anand,M Tech,Ph.d., Associate Professor, VIT, Vellore, wasthe key note speaker for the session.

    Dr.S.Anand illustrated on Bio-sensors Used in cancer diagnosis, Bio-sensors fabrication & micro fluidic devices. The Guest of honor also described the SRR based Glucose sensors and how it is used in hospitals for diagnosis.  He discussed the limitations of bio-sensors and how to overcome these limitations.He created awareness among students that using dual sim mobile phones and frequent Wi-Fi usage causes cancer. But the young generation people are fond of camera clarity and many other features. The important thing is to check the SRA (Specific Rate Absorption) value. It is better to use the phones which have low SRA value.He presented his views on vascular impedance assessment that is based on LASER DOPPLER EFFECT which is used to diagnose the functioning of heart and notifies the person if there are any symptoms of heart diseases. This technology is useful to prevent heart diseases in advance.This program was very helpful for the students to gain knowledge beyond the syllabus. And they got awareness about the cancer, how they are caused, diagnosed and measures to prevent. He also advised the students to avoid the usage of white sugar and drinking carbonated drinks. In this occasion Our Chairman Er.A.Mohamed Yunus and Principal Dr.X.Susan Christina felicitated the gathering.

                Dr.S.Anand,M Tech,Ph.d., Associate Professor, VIT, Vellore giving a lecture to  the Final year ECE students on 14-07-2018 related to a topic “RF Nanotechnology –Perspectives of Carbon Nano Science and Technology ”

  • Electromagnetic Fields and Wireless Networks

    We have organized a Technical Guest Lecture for our Third year Electronics and Communication Engineering students (63) as per academic schedule for one day in our Training & Placement seminar Hall.Dr.P.Muthuchidambaranathan, Associate Professor, Department of ECE, NIT, Trichy, has delivered the technical guest lecture on “Electromagnetic Fields and Wireless Networks” for Third year students organized by Electronics and Communication Engineering department on 06.09.17. He discussed Basic laws of EM field theory and fundamental concept of Wireless Communication. He displayed the quotations of Maxwell’s Equations (Faraday’s Law, Amperes’s Law and Gauss Law), greatness of Maxwell’s Equations to bring out the importance of gaining practical knowledge along with theoretical knowledge. He also discussed the history of Wireless Communication, IEEE, operations of each generation (1G, 2G, 2.5G, 3G and 4G).The students’ feedback about the session was very useful to analyze and study Electromagnetic Filed theory and Wireless Communication.

     

  • Recent Trends in Image Processing

    We have organized a Technical Guest Lecture for our Final year Electronics and Communication Engineering students (37) as per academic schedule for one day in our Training & Placement Seminar Hall. Dr.E.S.Gopi, Assistant Professor, Department of ECE, NIT, Trichy, has delivered the technical guest lecture on “Recent Trends in Image Processing” for Final year students organized by Electronics and Communication Engineering department on 28.07.17.He discussed about basic functional blocks of image processing systems  and many applications of digital image processing.  He delivered detailed presentation about Histogram, normalized Histogram, Histogram equalization, local histogram process, Eigen value, Eigen vectors derivations to bring out the importance of gaining practical knowledge along with theoretical knowledge.He also discussed about Principle Component Analysis in image processing. The students feedback about the session was very useful to analyze and study the digital image processing

Student Achievement

Name of the Student

Year

Organized by (Institutions/Industry)

Date

Prizes won
T.RIZWANA BEGUM
II

MAR Engineering College
18/03/2019
CIRCUIT DEBUGGING – III PRIZE
T.RIZWANA BEGUM
J.ANTONY JERO
II

MAR Engineering College
18/03/2019
CONNECTION – I PRIZE
J.ANTONY JERO
T.MANIKANDAN
II

M.A.R.Engineering College
08/03/2019
PAPER PRESENTATION - III PRIZE
V.SUBHASHINI
IV

GOVERNMENT ENGINEERING COLLEGE, SRIRANGAM
07/03/2019
TECHNICAL QUIZ – II PRIZE
S.HARIBASKAR
III

GOVERNMENT ENGINEERING COLLEGE, SRIRANGAM
07/03/2019
TECHNICAL QUIZ – II PRIZE
M.VIMAL ATHITHAN
T.THAJUDEEN
II

GOVERNMENT ENGINEERING COLLEGE, SRIRANGAM
07/03/2019
CODE MARSHAL - II PRIZE
J.ANTONY JERO
II

INDRA GANESAN. COLLEGE OF ENGINEERING
20.02.2019
TECHNICAL QUIZ – II PRIZE
A.SWATHIKA
IV

CHENDURAN COLLEGE OF ENGINEERING
15/02/2019
CONNECTION – II PRIZE
J.ANTONY JERO
II

CARE COLLEGE OF ENGINEERING
14/02/2019
MEME DUBSMASH – II PRIZE
J.ANTONY JERO
II

CARE COLLEGE OF ENGINEERING
14/02/2019
TECHNICAL QUIZ – I PRIZE
S.Sukumar / M Syed Mohamed Ashiq
III

University College Of Engineering, Ariyalur
17/03/2016
TECHNICAL QUIZ – II PRIZE

Students Projects

Students Projects

Project is an individual or collaborative enterprise that is carefully planned to achieve a particular aim, where the students are able to demonstrate the personal abilities and skills required to produce and present an extended piece of work engaged in personal inquiry, action and reflection on specific topics and issues.

 

B.NO

  

NAME

  

AREA OF SPECIALIZATION

 

  

TITLE

 

SUPERVISOR
1. Asha Victoria.A
Preethi.S
Roslinshalini. J		            Robotics  

Drainage Cleaning Robot

 Vijayalakshmi
2. Bakkia Priya. M
Catherine. V
Dayana. T
Keerthana. A		 Internet Of Things(IOT) A Vehicle To Vehicle

Communication Using

Li-Fi on  IoT

 Vanitha
3. Joshua Francis. B

Baranidharan. S

Hisham. S

 

 Embedded Systems Smart Limousine
With Black Box And Health Tracker		 A.Suresh Kumar
4. Kousalya. M
Ghousiashimaeen.A
Deepika. S
Shirazunnisha. S.S		 Internet Of Things(IOT) A Smart Band For Women Safety Delphine Mary
5. Denil Desosa. J
Siva. P
Sheik Abdul Kathar.I
 Yogeshwaran.M		 Wireless Sensor Network A Human Body Comunication Based Secured Information Transfer Chandni
6. Fathima. L
Mahariba. M
Madhumathi. R
Swathika. V		 Image Processing A Tree Leaves Based On Prediction And Deep Learning Technique Rekha
7. Iyyappan.S
Nagarjun.D
Sornaprabhu. B		  

Robotics

 A  Localization And Navigation For Autonomous Mobile Robot Using RF ID In Indoor  Environment Chandni
8. Ramya. B
Janapriya. S
Manimegalai.MSaranya. S		 VLSI A Design Of 16bit ALU  With Help Of M-EEAL Logic Gates Latha
9. Malathy. R
Mathavi. K
Manisha. R
Swathika. A		 Internet Of Things(IOT) An Infusion And Environmental

Monitoring System In Smart Hospital Using IOT

 Vanitha
10. Mohamed Thowfeekfaruk. T.Z
Mohamed Matharsha.S
Nabeezahamed. J 		 Internet Of Things(IOT) A  Petrol Bunk Management  Process G.Karthika
 

 

11.

 Priyadharshini. A
Revathibalasathiyavathi. B
Subashini. V
Beaulah Kirubavathy. B		  

 

Embedded

Systems

  

 

An Electronic Voting Machine For Image Prossing Using Raspberry Pi

  

 

D.Rekha
12. Tabassum Siddiqua. T
Thasneembanu. M
Yogalakshmi. P		  

Internet Of Things(IOT)

 A  Smart Agriculture Using Internet  Of Things(IOT) G.Karthika
13. Rasika.A
Prithivi. V
Vennila. BThakira. J		 Embedded

System

 Blind-Guiding  Walking Stick For Navigation

 

 Vijayalakshmi
14. Tharanya. V
Yoga. P
Pruthika. S
Nasreenbanu. N		 Internet Of Things(IOT) A Hover Crafter For Measurement And Waste Collection
Latha
15.  Mary Ezhilarasi. R
Karthika. M
Merlin Sybila. S		 Internet Of Things(IOT) An Automatic Shopping Trolley For Super Market Billing System Based On IOT

 

  

P.Delphine Mary
16. Praveen Kumar.B
Antony Santhosh Raj Y
Mohamed Nasurudeen K
Mahadir Mohamed M		  

Embedded Systems

 A Grid Cumulative Probability Localization-Based Industrial Risk Monitoring System  

 

Sathiyavathy
close

Batch  

 Name Of The Student Title

Supervisor
1 Ayesha Siddiqah.S Forward Error Correction Using Convolutional Encoder And Adaptive Viterbi Decoder For A Noc Ms N.Latha
Karkuzhali.S
Fathimabegam.M
2 Deepthi.D Interference Management Via Sliding Window Coded Modulation For 5g Cellular Networks Ms P. Delphin Mery
Sabeenabegam.A
3 Maria Sweety.P A Secured Video Stegnography  Using Lsb Insertion Technique Ms A.S.Biji
Mahabupparveen.S
Monishajuliet.M
Muthulakshmi.C
4 Mohamed Rifai.M Design And Analysis Of A Low Profile Unit Cell For Transmit Array Antenna Ms B.Suganthi
Mohamed Noordeen.B
Arunprasanth.K
5 Ajith.N Smart Car With Accident Detection And Prevention Ms Chandni
Mohamed Yasararafath.M
Suresh Babu.S
Kalaiyarasan.A
6 Mohamed Rabeek.S Implementation Of Router Architecture Based On Dmc Ms N.Latha
Vijayabaskar.M
Palaniyappan.S
7 Monisha.A Detection And Reduction  Of Co2 And Ch4 Gases Ms R.Vijiyalakshmi
Punitha.A
Jayalakshmi.S
8 Ramba.S Intelligent System For Security Locker Using Red Tacton Technology Mr K.Javid
Susmithabanu.A
Vinodhini.S
9 Sahana.M Iot Based Medical Assistant For People Health Monitoring System Ms T.V.Vanitha
Pavithra.P
Rojinipreetha.M
10 Pahalavan.R An Automatic Remote Monitoring Irrigation System Based On Soil Moisture Measurement Using Iot Ms R.Vijiyalakshmi
Sriram.S
Shabeekahamed.S
11 Infant Durairaj.C A Neural Network Based Brain Tumor Detection And Classification Using Glcm Method Ms A.S.Biji
Mohamed Farooq.K
Imran.F
12 Mohamed Irshadhussain.A Feature Extraction Using Back Propagation Algorithm For Image To Speech Conversion Ms P. Delphin Mery
Terrance.E
Thiyagaraj.S
close

Industry Interaction

MOU Signed

The Department of Electronics & Communication Engineering has signed an MOU with

  • LIVE WIRE Centre Training Services, Trichy
  • BSNL, Trichy

In this MOU, the department is implementing the following activities & events for the benefit of students’ community, faculties and the Institution.

Activity & Events   

  • Placement assurance will be given with a minimum of 3 final year students for every year.
  • Supporting of faculty research project with technical aspects such as problem fixing and development
  • Internship Program will be conducted by the Company during semester vacation time.
  • Academic Project Guidance will be leverage to students by the company.
  • Consultancy and Research Projects for Faculty

Im Plant Training

The Students of Electronics and Communication Engineering are motivated to attend IMPLANT Training in various Companies to enrich their knowledge, Technical Skills and improve professionalism.

The list of companies Students visited are

  • Pan tech proed solution
  • Code bind Technologies
  • Infosoft Technologies
  • Orbit Controls and Services, Chennai
  • Vedha Technologies
  • Ozone Cyber Security
  • Mangel Technologies
  • Fantasy Solution
  • Infosoft Technologies

Industrial Visit

The Students of Electronics and Communication Engineering visited industries to gain the knowledge about companies and interact with them to enhance Technical Skills.The list of various companies Students visited are

  • “KELETRON” Kerala State Electronics Development Corporation Limited-Trivandrum
  • Indian Telephone Industries-(ITI) Palakad.
  • ALL INDIA RADIO, RADIO STATION, Kodaikanal.
  • GREEN WIND AND SOLAR POWERTECH, Coimbatore.
  • Techno Electronics &Instruments,Coimbatore.
  • “Larsen & Toubro Switchgear Training Centre”, Connoor.
  • CaliberEmbedded Solution, Coimbatore.
  • Vasantha Advanced system, Coimbatore.
  • Sunshiv Electronic Solutions ,Coimbatore.

Contact us

Prof.K.Javid
Head of the Department
Department of Electronics and Communication Engineering,
M.I.E.T Engineering College,
Gundur, Trichy-07.
Mail ID: ece.hod@miet.edu