S.NO

Name of the Faculty

Course code & Course Name

Year/Sem

Name of the Unit

Topic

Type of Innovative Method

1

Mr.C.Shanmugaraja

EC8701 ANTENNAS & MICROWAVE ENGINEERING

IV/VII

UNIT I: INTRODUCTION TO MICROWAVE SYSTEMS & ANTENNAS

Antenna Pattern Characteristics

Flipped Classroom

UNIT II : RADIATION MECHANISM AND DESIGNASPECTS

Reflector Antenna

Z-A Approach

UNIT III: ANTENNA ARRAY & APPLICATIONS

N-Element Linear Array

Reciprocal Teaching

UNIT IV: PASSIVE &ACTIVE MICROWAVE DEVICES

IMPATT Diodes

PPT

UNIT V: MICROWAVE DESIGN PRINCIPLES

Impedance Matching

Z-A Approach

2

Dr.G.Jayahariprabhu

EC 8702 – Adhoc and Wireless Sensor Networks

IV/VII

UNIT I ADHOC NETWORKS

Adhoc wireless Internet

Reciprocal Teaching

UNIT II SENSOR NETWORKS

WSN applications

Flipped Classroom

UNIT III WSN NETWORKING CONCEPTS AND PROTOCOLS

MAC protocols for wireless
sensors networks

Z-A Approach

UNIT IV SENSOR NETWORK SECURITY

Networks security
requirements

Flipped Classroom

UNIT V SENSOR NETWORK PLATFORMS AND TOOLS

CONTIKIOS

Reciprocal
Teaching

3

Mrs.M.ArunDevi

EC8791- Embedded and Real Time Systems

IV/VII

UNIT I:INTRODUCTION TO EMBEDDED SYSTEM DESIGN

Modern Car

Flipped Classroom

UNIT II: ARM PROCESSOR AND PERIPHERALS

Arm Cortex-A17 processor

Z-A Approach

UNIT:IIIEMBEDDED PROGRAMMING

Embedded
Programming with C++

Reciprocal Teaching

UNIT-IVREAL TIME SYSTEMS

Designing of Digital Camera

Think Pair Share

UNIT-VPROCESSES AND OPERATING SYSTEMS

Designing of telephone
Answering Machine

Flipped Classroom

4

Dr.T.Senthil

Optical Communication

IV/VII

UNIT I INTRODUCTION TO OPTICAL FIBERS

Fiber optic cables- classification of optical fiber-single mode fiber- Graded index fiber.

PPT

UNIT II TRANSMISSION CHARACTERISTIC OF OPTICAL FIBER

intra model dispersion-material dispersion- dispersion

Flipped class room

UNIT III OPTICAL SOURCES AND DETECTORS

LASER diodes-modes and threshold conditions-Rate equations-external quantum efficiency-resonant frequencies

Reciprocal Teaching

UNIT-IV OPTICAL RECEIVER, MEASUREMENTS AND COUPLING

dispersion measurement

Mind mapping

UNIT V OPTICAL COMMUNICATION SYSTEMS AND NETWORKS

SONET/SDH

Z-A Approach

III YEAR

S.NO

Name of the Faculty

Course code & Course Name

Year/Sem

NAME OF THE UNIT

Topic

Type of Innovative Method

1

Dr.S.Sevugarajan

EC3501&Wireless Communication

III/V

UNIT-I THE CELLULAR CONCEPTSYSTEM DESIGN FUNDAMENTALS

Improving Coverage And Capacity In Cellular Systems: Cell Splitting, Sectoring.

Flipped Classroom

UNIT-II MOBILE RADIO PROPAGATION

Small Scale Fading And Multipath: Small Scale Multipath Propagation

Z-A Approach

UNIT- III MODULATION TECHNIQUES AND EQUALIZATION AND DIVERSITY

Fundamentals Of Equalization

Flipped Classroom

UNIT- IV MULTIPLE ACCESS TECHNIQUES

Code Division Multiple Access(CDMA)

FC

UNIT- V WIRELESS NETWORKING

Network Databases: Distributed Database For Mobility Management

Mind mapping

2

Mrs.K.Padmapriya

EC3552&VLSI and Chip Deign

III/V

UNIT I MOS TRANSISTOR PRINCIPLES

MOS(FET) Transistor
Characteristic under Dynamic
Conditions

FC

UNIT II COMBINATIONAL LOGIC CIRCUITS

Stick diagram

Flipped Class ROOM

UNIT III SEQUENTIAL LOGIC CIRCUITS AND CLOCKING STRATEGIES

Nonbistable Sequential
Circuits

Reciprocal
Teaching

UNIT-IV INTERCONNECT , MEMORY ARCHITECTURE AND ARITHMETIC CIRCUITS

Logic Implementation using
Programmable Devices
(ROM, PLA, FPGA),(Home

Mind Mapping

UNIT V ASIC DESIGN AND TESTING

ASIC Design Flow

Z-A
Approach

3

Mrs.N.Thenmoezhi

EC3551&Transmission Lines and RF Systems

III/V

UNIT-I TRANSMISSION LINE THEORY

selection

Flipped class room

UNIT-II HIGH FREQUENCY TRANSMISSION LINES

Measurement of VSWR and wavelength

Z-A Approach

UNIT-III IMPEDANCE MATCHING IN HIGH FREQUENCY LINES

Single stub matching

PPT

UNIT-IV WAVEGUIDES

Transverse electric waves

Mind Mapping

UNIT-V RF SYSTEM DESIGN CONCEPTS

High electron mobility transistors

Reciprocal teaching

4

Mrs.D.Suganya

CEC348&Remote Sensing

III/V

UNIT I: REMOTE SENSING AND ELECTROMAGNETIC RADIATION

Electromagnetic Spectrum

Flipped Classroom

UNIT II : EMR INTERACTION WITH ATMOSPHERE AND EARTH MATERIAL

Spectral reflectance & Emittance

Z-A approach

UNIT III: ORBITS AND PLATFORMS

Orbit elements and types

Reciprocal Teaching

UNIT IV : SENSING TECHNIQUES

Thermal sensors, Microwave sensors

PPT

UNIT V- DATA PRODUCTS AND INTERPRETATION

Levels and open-source satellite data products

Z-A approach

5

Dr.P.Saravanakumar

CEC368&IOT Based System Deign

III/V

UNIT I – INTRODUCTION TO INTERNET OF THINGS

IOT Architecture

Think-Pair-Share

UNIT II – MIDDLEWARE AND PROTOCOLS OF IOT

Interoperability challenges ofIoT

Flipped class room

UNIT III – COMMUNICATION AND NETWORKING

Routing over Low Power and
Lossy Networks

Reciprocal Teaching

UNIT IV – IOT IMPLEMENTATION TOOLS

Implementation of IoT with Raspberry Pi.

Reciprocal Teaching

UNIT V APPLICATIONS AND CASE STUDIES

Environment

Flipped class room

6

Dr.B.Padmanaban

CBM370&Wearable devices

III/V

UNIT I INTRODUCTION TO WEARABLE SYSTEMS AND SENSORS-

Wearable ground reaction
force sensor

Z-A approach

UNIT II- SIGNAL PROCESSING AND ENERGY HARVESTING FOR WEARABLE DEVICES

Power Requirements-
Solar cell

Z-A approach

UNIT III- WIRELESS HEALTH SYSTEMS

Technical Challenges-
System security and
reliability

Flipped class room

UNIT IV SMART TEXTILE

Treated Conductive
Fibres

Reciprocal Teaching

UNIT V APPLICATIONS OF WEARABLE SYSTEMS

Medical Diagnostics

Flipped Classroom

II YEAR

S.NO

Name of the Faculty

Course code & Course Name

Year/Sem

NAME OF THE UNIT

Topic

Type of Innovative Method

1

Mrs.K.Padmapriya

EC3354&Signals and Systems

II/III

UNIT I – CLASSIFICATION OF SIGNALS AND SYSTEMS

Classification of Signals and Systems

Flipped Classroom

UNIT II – ANALYSIS OF CONTINUOUS TIME SIGNALS

Fourier seires Analysis

Think Pair Share

UNIT III-LINEAR TIME INVARIANT CONTINUOUS TIME SYSTEMS

Convolution Integral

Z-A Approach

UNIT IV – ANALYSIS OF DISCRETE TIME SIGNALS

Properties of Z Transform

Mind Mapping

UNIT V- LINEAR TIME INVARIANT DISCRETE TIME SYSTEMS

Convolution Sum

Flipped Classroom

2

Dr.P.Saravanakumar

EC3352& Digital System design

II/III

UNIT I – BASIC CONCEPTS

Implementation Boolean expression using Logic gates

ITLP-Group Discussion

UNIT II COMBINATIONAL LOGIC CIRCUITS

Magnitude Comparator

Flipped Classroom

UNIT III – SYNCHRONOUS SEQUENTIAL CIRCUITS

Hazards,

Flipped Classroom

UNIT IV ASYNCHRONOUS SEQUENTIAL CIRCUITS

Bistable Elements

Z-A Approach

UNIT V LOGIC FAMILIES AND PROGRAMMABLE LOGIC DEVICES

Field Programmable Gate Arrays

Flipped Classroom

3

Dr.B.Padmanaban

EC3353&Electronic Devices and Circuitss

II/III

UNIT I – SEMICONDUCTOR DEVICES

UJT- Structure, Operation ; VI Characteristics

Z-A Approach

UNIT II – AMPLIFIERS

Analysis of CB amplifier

Z-A
approach

UNIT III MULTISTAGE AMPLIFIERS AND DIFFERENTIAL AMPLIFIER

Difference mode analysis

Reciprocal Teaching

UNIT IV – FEEDBACK AMPLIFIERS AND OSCILLATORS

Positivefeedback &Condition for oscillations

PPT

UNIT V – POWER AMPLIFIERS AND DC/DC CONVERTERS

Class –A- Amplifier

Think-Pair Share