ITLM – AAA College of Engineering & Technology, Sivakasi

ACADEMIC YEAR 2025-2026

IV YEAR
Name of the Faculty	Course Code & Course Name	Year/Sem	Name of the Unit	Topic	Type of Innovative Method
DR.K.VISHALATCHI	OMR353 & SENSORS	IV/7	UNIT I SENSOR CLASSIFICATION, CHARACTERISTICS AND SIGNAL TYPES	CLASSIFICATION OF SENSORS	Z-A APPROACH
			UNIT II DISPLACEMENT, PROXIMITY AND RANGING SENSORS	RVDT	FLIPPED CLASS ROOM
			UNIT III FORCE, MAGNETIC AND HEADING SENSORS	CURRENT SENSOR HEADING SENSORS	MIND MAPPING
			UNIT IV OPTICAL, PRESSURE, TEMPERATURE AND OTHER SENSORS	LDR	FLIPPED CLASS ROOM
			UNIT V SIGNAL CONDITIONING	DC AND AC SIGNAL CONDITIONING	RECIPROCAL TEACHING
MRS. K. PADMAPRIYA	OMR353 & MECHATRONICS	IV/7	UNIT I – INTRODUCTION TO SENSORS	SENSORS AND TRANSDUCERS	Z-A APPROACH
			UNIT II – 8085 MICROPROCESSOR	PIN CONFIGURATION OF 8085	MIND MAPPING
			UNIT III – PROGRAMMABLE PERIPHERAL INTERFACE	STEPPER MOTOR CONTROL	JIGSAW
			UNIT IV – PROGRAMMABLE LOGIC CONTROLLER	ARCHITECTURE OF PLC	RECIPROCAL TEACHING
			UNIT V ACTUATORS AND MECHATRONICS SYSTEM DESIGN	COMPARISON OF TRADITIONAL AND MECHATRONICS DESIGN CONCEPTS WITH EXAMPLES	THINK PAIR SHARE
K.KALEESWARAN	GE3751 PRINCIPLES OF MANAGEMENT	IV / 7	UNIT – 1 SOLE PROPRIOTESHIP, PARTNERSHIP COMPANY&PRIVATE SECTOR	MANAGENT ROLES	THINK PAIR SHARE
			UNIT – II PLANNING PROCESS	PLANNING METHODE	MIND MAPPING
			UNIT – III HUMAN RESOURCES MANAGEMENT AND HR PLANNING	HR RESPONSIBILITES	GROUP DISCUSSION
			UNIT – IV BARRIER COMMUNICATION, EFFECTIVE COMMUNICATION	COMMUNICATION METHODES	FLIPPED CLASSROOM
			UNIT V USE OF COMPUTER AND IT SYSTEM MANAGEMENT	IT MANAGEMENT SYSTEM	Z-A APPROCH
P.VIGNESHWARAN	GE3791- HUMAN VALUES AND ETHICS	IV/VII	UNIT-1 DEMOCRATIC VALUES	AMERICAN INDEPENDANCE, INDIAN FREEDOM MOVEMENT	JIGSAW
			UNIT-2 SECULAR VALUES	UNDERSTANDING SECULAR VALUES	THINK PAIR SHARE
			UNIT-3 SCENTIFIC VALUES	RATIONALISM AND SCENTIFIC TEMPER	MIND MAPPING
			UNIT-4 SOCIAL ETHICS	LESSON FOR THE 21ST CENTURY BY YUVAL NOAH HARAR	FLIPPED CLASS ROOM
			UNIT-5 SCENTIFIC ETHICS	SCENTIFIC INVENTIONS FOR BETTERMENT OF SOCIETY	FLIPPED CLASS ROOM
DR.G.JAYAHARI PRABHU	CSS342-DEVOPS	IV/VII	UNIT 1 GIT AND GITHUB INSTALLATION	GIT	FLIPPED CLASSROOM
			UNIT 2 MAVEN INSTALLATION	MAVEN	Z-A APPROACH
			UNIT 3 CI SERVER	CONTINOUS INTEGRATION	MIND MAPPING
			UNIT 4 ANSIBLE MODULES	ANSIBLE INVENTORY FILES	THINK PAIR SHARE
			UNIT 5 CREATE REPOSITORY	DEVOPS PIPELINE	MIND MAPPING
III YEAR
NAME OF THE FACULTY	COURSE CODE & COURSE NAME	YEAR/ SEM	NAME OF THE UNIT	TOPIC	TYPE OF INNOVATIVE METHOD
Mrs.P.GANESHWARI	CEC348 & REMOTE SENSING	III/V	UNIT I – REMOTE SENSING AND ELECTROMAGNETIC RADIATION	ELECTROMAGNETIC SPECTRUM	FLIPPED CLASS ROOM
			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 METHOD
			UNIT IV – SENSING TECHNIQUES	THERMAL SENSORS – MICROWAVE SENSORS	THINK-PAIR-SHARE
			UNIT V – DATA PRODUCTS AND INTERPRETATION	LEVELS AND OPEN-SOURCE SATELLITE DATA PRODUCTS	GROUP DISCUSSION
MRS.A.JEEVANI SELVABALA	CEC368 & IOT BASED SYSTEMS DESIGN	III/V	UNIT I INTRODUCTION TO INTERNET OF THINGS	DEFINITION AND CHARACTERISTICS OF IOT	THINK-PAIR-SHARE
			UNIT II MIDDLEWARE AND PROTOCOLS OF IOT	MIDDLEWARE AND PROTOCOLS OF IOT	RECIPROCAL METHOD
			UNIT III COMMUNICATION AND NETWORKING	PHY,MAC – IEEE STANDARDS OF IOT PROTOCOLS	Z-A APPROACH
			UNIT IV IOT IMPLEMENTATION TOOLS	IOT IMPLEMENTATION	MIND MAPPING
			UNIT V APPLICATIONS AND CASE STUDIES	CORE IOT APPLICATIONS IN SMART CITIES	FLIPPED CLASS ROOM
DR.N.THENMOEZHI	EC3551& TRANSMISSION LINES AND RF SYSTEMS		UNIT1- TRANSMISSION LINE THEORY	LOADING AND DIFFERENT METHODS OF LOADING	MIND MAPPING
			UNIT 2 – HIGH FREQUENCY TRANSMISSION LINES	MEASUREMENT OF VSWR AND WAVELENGTH	Z-A APPROACH
			UNIT 3- IMPEDANCE MATCHING IN HIGH FREQUENCY LINE	SMITH CHART	RECIPROCAL TEACHING
			UNIT 4- WAVEGUIDES	TRANSVERSE ELECTRIC WAVES	THINK PAIR SHARE
			UNIT 5- RF SYSTEM DESIGN CONCEPTS	HIGH ELECTRON MOBILITY TRANSISTOR	ZIGSAW METHOD
Mr.C.SHANMUGARAJA	EC3501 & WIRELESS COMMUNICATION	III/V	UNIT-I- THE CELLULAR CONCEPT-SYSTEM DESIGN FUNDAMENTALS	IMPROVING COVERAGE AND CAPACITY IN CELLULAR,SYSTEMS: CELL SPLITTING,SECTORING.	THINK PAIR SHARE
			UNIT-II MOBILE RADIO PROPAGATION	FREE SPACE PROPAGATION MODEL	FLIPPED CLASS ROOM
			UNIT- III MODULATION TECHNIQUES AND EQUALIZATION AND DIVERSITY	DIVERSITY TECHNIQUES:PRACTICAL SPACE DIVERSITYCONSIDERATIONS, POLARIZATION DIVERSITY	RECIPROCAL TEACHING
			UNIT- IV MULTIPLE ACCESS TECHNIQUES	SPACE DIVISION MULTIPLE ACCESS(SDMA)	MIND MAPPING
			UNIT- V WIRELESS NETWORKING	THIRD GENERATION WIRELESS NETWORKS	Z-A APPROACH
MRS A.MUTHUMARISELVI	EC3552&VLSI & CHIP DESIGN	III/V	UNIT-I- MOS TRANSISTOR PRINCIPLES	MOSFET CHARACTERISTICS UNDER DYNAMIC CONDITION	THINK PAIR SHARE
			UNIT-II COMBINATIONAL CIRCUITS	SCAN DESIGN	JICKSAW
			UNIT- III SEQUENTIAL LOGIC CIRCUITS AND CLOCKING STRATEGIES	ASTABLE SEQUENTIAL CIRCUITS	RECIPROCAL TEACHING
			UNIT- IV INTERCONNECT, MEMORY ARCHITECTURE AND ARITHMETIC CIRCUITS	MEMORY ARCHITECTURES AND BUILDING BLOCK	MIND MAPPING
			UNIT- V ASIC DESIGN AND TESTING	SCAN DESIGN	Z – A APPROACH
MRS. K. PADMAPRIYA	CBM370 – WEARABLE DEVICES	III/V	UNIT I – INTRODUCTION TO WEARABLE SYSTEMS AND SENSORS	RESPIRATION ACTIVITY SENSOR, IMPEDANCE PLETHYSMOGRAPHY	Z-A APPROACH
			UNIT II – SIGNAL PROCESSING AND ENERGY HARVESTING FOR WEARABLE DEVICES	POWER REQUIREMENTS- SOLAR CELL	MIND MAPPING
			UNIT III – WIRELESS HEALTH SYSTEMS	HEALTHCARE APPLICATIONS	THINK PAIR SHARE
			UNIT IV – SMART TEXTILE	CONDUCTIVE FABRICS	RECIPROCAL TEACHING
			UNIT V APPLICATIONS OF WEARABLE SYSTEMS	HOSPITAL PATIENTS	JIGSAW
K.KALEESWARAN	EC3352 DIGITAL SYSTEM DESIGN	II / III	UNIT – I IMPLEMENTATION OF BOOLEAN EXPRESSION	K-MAP IMPLEMENTATION	GROUP DISCUSSION
			UNIT – II MULPIPLEXER AND DE MULTIPLEXER	TYPING OF MULTIPLEXER	FLIPPED CLASS ROOM
			UNIT – III SHIFT REGISTER	SYNCHRONOUS COUNTER TYPES	RECIPROCAL TEACHING
			UNIT – IV HAZARDS	IMPLEMENATAION OF HAZARDS	THINK PAIR SHARE
			UNIT V PROGRAMMABALE LOGIC DEVICES	CMOS LOGIC DEVICES	Z-A APPROCH
E.SELVAMANJU	CS3353 – C PROGRAMMING AND DATA STRUCTURE	II / III	UNIT -I C PROGRAMMING FUNDAMENTA	RESCURIVE FUNCTIONS	Z-A APPROCH
			UNIT-II C PROGRAMMING ADVANCED FEATURES	FILE HANDLING	FLIPPED CLASS ROOM
			UNIT-III LINEAR DATASTRUCTURES	LINKED LIST-DOUBLY AND CIRCULARLY LINKED LIST	FLIPPED CLASS ROOM
			UNIT-IV NON-LINEAR DATA STRUCTURES	BINARY SEARCH TREE	Z-A APPROACH
			UNIT V-SORTING AND SEARCHING TECHNIQUES	HEAP SORT	FLIPPED CLASS ROOM
Dr.K.Vishalatchi	EC3354 & Signals and Systems	II / III	UNITI CLASSIFICATION OF SIGNALS AND SYSTEMS	Periodic & Aperiodic	Think pair Share
			UNIT II ANALYSIS OF CONTINUOUS TIME SIGNALS	Properties of Fourier Transform	Flipped Class room
			UNIT III LINEAR TIME INVARIANT CONTINUOUS TIME SYSTEMS	LT in CT Systems	Reciprocal Teaching
			UNIT IV ANALYSIS OF DISCRETE TIME SIGNALS	Properties of Z Transform	Mind mapping
			UNIT V LINEAR TIME INVARIANT- DISCRETE TIME SYSTEMS	DT systems connected in series & parallel.	Z-A Approach

ACADEMIC YEAR 2024-2025-ODD SEMSTER

S.NO	Name of the Faculty	Course code & Course Name	Year/Sem	Name of the Unit	Topic	Type of Innovative Method
1	Mrs.M.Arun Devi	OMR353-Sensors	IV/VII	UNIT-I SENSOR CLASSIFICATION, CHARACTERISTICS AND SIGNAL TYPES	Classification of sensors	Z-A Approach
				UNIT-IIDISPLACEMENT, PROXIMITY AND RANGING SENSORS	Optical, Magnetic, Inductive, Capacitive	Flipped Class room
				UNIT- IIIFORCE, MAGNETIC AND HEADING SENSORS	Current sensor Heading Sensors	Mind Mapping
				UNIT- IVOPTICAL, PRESSURE, TEMPERATURE AND OTHER SENSORS	NonContact Sensor, ChemicalSensors	Flipped Classroom
				UNIT- VSIGNAL CONDITIONING	DC and AC Signal Conditioning	Reciprocal Teaching
2	Dr.G.Jayahariprabhu	CCS342- Devops	IV/VII	UNIT-I INTRODUCTION TO DEVOPS	Git-Usage	Group Discussion
				UNIT-IICOMPILE AND BUILD USING MAVEN & GRADLE	Build phases	Mind Mapping
				UNIT- IIICONTINUOUS INTEGRATION USING JENKINS	Creation a Jenkins tab	Flipped Classroom
				UNIT- IVBUILDING MANAGEMENT USING ANSIBLE	Ansible Role	Flipped Classroom
				UNIT- VBUILDING DEVOPS USING AZURS	Github Organizes	Flipped Classroom
3	Mrs.D.Suganya	GE3791- Human Values and Ethics	IV/VII	UNIT-I DEMOCRATIC VALUES	American Independence	Jigsaw
				UNIT-IISECULAR VALUES	Understanding Secular Values	TPS
				UNIT- IIISCIENTIFIC VALUES	Except from scientific Temper by Antony Michaelis	Mind Mapping
				UNIT- IVSOCIAL ETHICS	Inclusive Practices	Team Based Learning
				UNIT- VSCIENTIFIC ETHICS	Scientific inventions for the betterment of society	Interactive Lectures
4	Mr.T.Phillip Allwyn	GE3751- Principles of Management	IV/VII	UNIT-I INTRODUCTION TO MANAGEMENT AND ORGANIZATION	Sole Proprietor ship, partnership, company	Think Pair Share
				UNIT-IIPLANNING	Planning tools and techniques	Jigsaw
				UNIT- IIIORGANISING	Departmentalization	Z-A Approach
				UNIT- IVDIRECTING	Motivation	Think Pair Share
				UNIT- VCONTROLLING	Use of computers	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	Mr.C.Shanmugaraja	EC3501&Wireless Communication	III/V	UNIT-I THE CELLULAR CONCEPT-SYSTEM 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)	PPT
				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
				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	PPT
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.R.Kanagavalli	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	Mrs.M.Arun Devi	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.T.Senthil	EC3353&Electronic Devices and Circuits	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	Positive feedback & Condition for oscillations	PPT
				UNIT V – POWER AMPLIFIERS AND DC/DC CONVERTERS	Class –A- Amplifier	Think-Pair Share

ACADEMIC YEAR 2023-2024-ODD SEMSTER

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

ACADEMIC YEAR 2024-2025-ODD SEMSTER

S.NO	Name of the Faculty	Course code & Course Name	Year/Sem	Name of the Unit	Topic	Type of Innovative Method
1	Mrs.M.Arun Devi	OMR353-Sensors	IV/VII	UNIT-I SENSOR CLASSIFICATION, CHARACTERISTICS AND SIGNAL TYPES	Classification of sensors	Z-A Approach
				UNIT-IIDISPLACEMENT, PROXIMITY AND RANGING SENSORS	Optical, Magnetic, Inductive, Capacitive	Flipped Class room
				UNIT- IIIFORCE, MAGNETIC AND HEADING SENSORS	Current sensor Heading Sensors	Mind Mapping
				UNIT- IVOPTICAL, PRESSURE, TEMPERATURE AND OTHER SENSORS	NonContact Sensor, ChemicalSensors	Flipped Classroom
				UNIT- VSIGNAL CONDITIONING	DC and AC Signal Conditioning	Reciprocal Teaching
2	Dr.G.Jayahariprabhu	CCS342- Devops	IV/VII	UNIT-I INTRODUCTION TO DEVOPS	Git-Usage	Group Discussion
				UNIT-IICOMPILE AND BUILD USING MAVEN & GRADLE	Build phases	Mind Mapping
				UNIT- IIICONTINUOUS INTEGRATION USING JENKINS	Creation a Jenkins tab	Flipped Classroom
				UNIT- IVBUILDING MANAGEMENT USING ANSIBLE	Ansible Role	Flipped Classroom
				UNIT- VBUILDING DEVOPS USING AZURS	Github Organizes	Flipped Classroom
3	Mrs.D.Suganya	GE3791- Human Values and Ethics	IV/VII	UNIT-I DEMOCRATIC VALUES	American Independence	Jigsaw
				UNIT-IISECULAR VALUES	Understanding Secular Values	TPS
				UNIT- IIISCIENTIFIC VALUES	Except from scientific Temper by Antony Michaelis	Mind Mapping
				UNIT- IVSOCIAL ETHICS	Inclusive Practices	Team Based Learning
				UNIT- VSCIENTIFIC ETHICS	Scientific inventions for the betterment of society	Interactive Lectures
4	Mr.T.Phillip Allwyn	GE3751- Principles of Management	IV/VII	UNIT-I INTRODUCTION TO MANAGEMENT AND ORGANIZATION	Sole Proprietor ship, partnership, company	Think Pair Share
				UNIT-IIPLANNING	Planning tools and techniques	Jigsaw
				UNIT- IIIORGANISING	Departmentalization	Z-A Approach
				UNIT- IVDIRECTING	Motivation	Think Pair Share
				UNIT- VCONTROLLING	Use of computers	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	Mr.C.Shanmugaraja	EC3501&Wireless Communication	III/V	UNIT-I THE CELLULAR CONCEPT-SYSTEM 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)	PPT
				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
				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	PPT
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.R.Kanagavalli	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	Mrs.M.Arun Devi	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.T.Senthil	EC3353&Electronic Devices and Circuits	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	Positive feedback & Condition for oscillations	PPT
				UNIT V – POWER AMPLIFIERS AND DC/DC CONVERTERS	Class –A- Amplifier	Think-Pair Share

COUNSELLING CODE : 4680

Organogram

HR Manual

Approvals

Civil Engineering

Computer Science and Engineering

Electronics & Communication Engineering

Electrical & Electronics Engineering

Mechanical Engineering

Artificial Intelligence

Cyber Security

Information Technology

Science & Humanities

M.E ( CSE )

Regulations

COE OFFICE

Toppers List

Feedback

Administrative Office

Auditorium & Seminar Halls

Hostel Facilities

Transport Facilities

Blocks & Classrooms

Library Facilites

Sports

Amenities

Campus Gallery

Latest Updates

Life@AAACET

Institution-Industry Interaction Cell (IIIC)

Institution Innovation Council

Fine Arts & Literature Club

NSS & Rotaract Club

UNNAT BHARAT ABHIYAN (UBA)

Naan Mudhalvan - TNSDC

NPTEL - SWAYAM

Society of Automotive Engineers

CSI Chapters

FACEAT

IETE

ISHRAE

Entrepreneurship Development Cell

Alumni Association

Centre of IIoT

Centre for Virtual Instrumentation (LabVIEW)

E-Yantra

BOSCH - Centre of Excellence

Youth empowerment program

Women empowerment Cell

Amazon Web Services

Centre of Excellence in project management

Red Hat Academy

Texas Instruments Innovation Lab

Eco Nature Club

Careme Health

Research and publications

Research and Innovations

SCI Publications

Journal Publications

Books Published

Patents

Faculty with Anna University Guideship

Conferences

2nd ICMIST 2024

ICECS 2024

ICRICCM 2023

TNSCST Sponsered Conference

External Links

Faculty Profile Login

NEWS LETTER 2023-2024 ODD

Capability Enhancement Schemes

College Virtual Tour

AAA International School

Glory Matriculation School

COUNSELLING CODE : 4680

Organogram

HR Manual

Approvals

Civil Engineering

Computer Science and Engineering