Electronics and Communication Engineering

Rohini College of Engineering & Technology

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Semester I

HS8151 COMMUNICATIVE ENGLISH

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SHARING INFORMATION RELATED TO ONESELF/FAMILY& FRIENDS
1.1 Reading Short Comprehension Passages
1.1 Reading Short Comprehension Passages
1.2 Hints Development
1.2 Hints Development
1.3 Listening Short Formal and Informal Conversations
1.3 Listening Short Formal and Informal Conversations
1.4 Introducing Oneself and Exchanging Personal Information
1.4 Introducing Oneself and Exchanging Personal Information
1.5 Wh Question and Yes or No Question
1.5 Wh Question and Yes or No Question
1.6 Parts of Speech
1.6 Parts of Speech
1.7 Prefixes and Suffixes
1.7 Prefixes and Suffixes
1.8 Articles
1.8 Articles
1.9 Countable and Uncountable Nouns
1.9 Countable and Uncountable Nouns

UNIT II

GENERAL READING AND FREE WRITING
1.1 Reading Comprehension and Questions
1.1 Reading Comprehension and Questions
1.2 Reading Short Narratives and Descriptions from Newspapers Including Dialogues and Conversations
1.2 Reading Short Narratives and Descriptions from Newspapers Including Dialogues and Conversations
1.3 Paragraph Writing
1.3 Paragraph Writing
1.4 Free Writing
1.4 Free Writing
1.5 Listening Telephonic Conversations
1.5 Listening Telephonic Conversations
1.6 Speaking – Sharing Information of a Personal Kind and Greeting
1.6 Speaking – Sharing Information of a Personal Kind and Greeting
1.7 Prepositions
1.7 Prepositions
1.8 Conjunctions
1.8 Conjunctions
1.9 Guessing Meaning of Words in Context
1.9 Guessing Meaning of Words in Context

UNIT III

GRAMMAR AND LANGUAGE DEVELOPMENT
1.1 Reading Short texts and Longer Passages
1.1 Reading Short texts and Longer Passages
1.2 Writing Jumbled Sentences
1.2 Writing Jumbled Sentences
1.3 Listening to Longer Texts and Filling up the Table
1.3 Listening to Longer Texts and Filling up the Table
1.4 Speaking and Asking about Routine actions and Expressing Opinions.
1.4 Speaking and Asking about Routine actions and Expressing Opinions.
1.5 Degrees of Comparison
1.5 Degrees of Comparison
1.6 Pronouns
1.6 Pronouns
1.7 Direct vs Indirect questions
1.7 Direct vs Indirect questions
1.8 Single Word Substitutes
1.8 Single Word Substitutes
1.9 Adverbs
1.9 Adverbs

UNIT IV

READING AND LANGUAGE DEVELOPMENT
1.1 Reading Longer Texts from Different Types of Texts and Magazines
1.1 Reading Longer Texts from Different Types of Texts and Magazines
1.2 Writing Letters- Informal or Personal Letters and E-mails
1.2 Writing Letters- Informal or Personal Letters and E-mails
1.3 Listening to Dialogues or Conversations and Completing Exercises Based on them.
1.3 Listening to Dialogues or Conversations and Completing Exercises Based on them.
1.4 Speaking about Oneself and Speaking about One’s friend
1.4 Speaking about Oneself and Speaking about One’s friend
1.5 Tenses- Simple Present, Simple Past, Present Continuous and Past Continuous
1.5 Tenses- Simple Present, Simple Past, Present Continuous and Past Continuous
1.6 Synonyms and Antonyms
1.6 Synonyms and Antonyms
1.7 Phrasal Verbs
1.7 Phrasal Verbs

UNIT V

EXTENDED WRITING
1.1 Reading Longer texts
1.1 Reading Longer texts
1.2 Writing Short Essays
1.2 Writing Short Essays
1.3 Dialogue Writing
1.3 Dialogue Writing
1.4 Listening to Talks and Conversations
1.4 Listening to Talks and Conversations
1.5 Model Verbs
1.5 Model Verbs
1.6 Tense- Present and Past Perfect tense
1.6 Tense- Present and Past Perfect tense
1.7 Collocations
1.7 Collocations
1.8 Fixed and Semi Fixed Expressions
1.8 Fixed and Semi Fixed Expressions

MA8151 ENGINEERING MATHEMATICS-I

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

DIFFERENTIAL CALCULUS
1.1 Representation of functions
1.1 Representation of functions
1.2 Limit of a Function
1.2 Limit of a Function
1.3 Continuity
1.3 Continuity
1.4 Derivatives
1.4 Derivatives
1.5 Differentiation Rules
1.5 Differentiation Rules
1.6 Maxima and Minima of Functions of One Variable.
1.6 Maxima and Minima of Functions of One Variable.

UNIT II

FUNCTIONS OF SEVERAL VARIABLES
1.1 Partial Differentiation
1.1 Partial Differentiation
1.2 Homogeneous Functions and Euler’s Theorem
1.2 Homogeneous Functions and Euler’s Theorem
1.3 Total Derivative
1.3 Total Derivative
1.4 Change of Variables
1.4 Change of Variables
1.5 Jacobians
1.5 Jacobians
1.6 Partial Differentiation of Implicit Functions
1.6 Partial Differentiation of Implicit Functions
1.7 Taylor’s Series for Functions of Two Variables
1.7 Taylor’s Series for Functions of Two Variables
1.8 Maxima and Minima of Functions of Two Variables
1.8 Maxima and Minima of Functions of Two Variables
1.9 Lagrange’s Method of Undetermined Multipliers.
1.9 Lagrange’s Method of Undetermined Multipliers.

UNIT III

INTEGRAL CALCULUS
1.1 Definite and Indefinite integrals
1.1 Definite and Indefinite integrals
1.2 Substitution Rule
1.2 Substitution Rule
1.3 Techniques of Integration
1.3 Techniques of Integration
1.4 Trigonometric Integrals
1.4 Trigonometric Integrals
1.5 Trignometric Substitution
1.5 Trignometric Substitution
1.6 Integration of Rational Functions by Partial Fraction
1.6 Integration of Rational Functions by Partial Fraction
1.7 Integration of Irrational Functions
1.7 Integration of Irrational Functions
1.8 - Improper Integrals
1.8 - Improper Integrals

UNIT IV

MULTIPLE INTEGRALS
1.1 Double Integrals
1.1 Double Integrals
1.2 Change of Order of Integration
1.2 Change of Order of Integration
1.3 Double Integrals in Polar Coordinates
1.3 Double Integrals in Polar Coordinates
1.4 Area Enclosed by Plane Curves
1.4 Area Enclosed by Plane Curves
1.5 Triple Integrals
1.5 Triple Integrals
1.6 Volume of Solids
1.6 Volume of Solids
1.7 Change of Variables in Double and Triple Integrals.
1.7 Change of Variables in Double and Triple Integrals.

UNIT V

DIFFERENTIAL EQUATIONS
1.1 Higher order Linear Differential Equations with Constant Coefficients
1.1 Higher order Linear Differential Equations with Constant Coefficients
1.2 Method of Variation of Parameters
1.2 Method of Variation of Parameters
1.3 Homogenous Equation of Euler’s and Legendre’s type
1.3 Homogenous Equation of Euler’s and Legendre’s type
1.4 System of Simultaneous Linear Differential Equations with Constant Coefficients
1.4 System of Simultaneous Linear Differential Equations with Constant Coefficients
1.5 Method of Undetermined Coefficients.
1.5 Method of Undetermined Coefficients.

PH8151 ENGINEERING PHYSICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PROPERTIES OF MATTER
1.1 Introduction and Fundamentals
1.1 Introduction and Fundamentals
1.2 Stress, Strain Diagram and Factors Affecting
1.2 Stress, Strain Diagram and Factors Affecting
1.3 Torsional
1.3 Torsional
1.4 Bending of Beem
1.4 Bending of Beem
1.5 Uniform and Non-Uniform and I-shaped Girda
1.5 Uniform and Non-Uniform and I-shaped Girda

UNIT II

WAVES AND FIBER OPTICS
1.1 Introduction, Types of Motion
1.1 Introduction, Types of Motion
1.2 Damped Oscillation
1.2 Damped Oscillation
1.3 Forced Oscillation
1.3 Forced Oscillation
1.4 Plane Progressive Wave
1.4 Plane Progressive Wave
1.5 Laser Introduction
1.5 Laser Introduction
1.6 Einsteins Coefficients
1.6 Einsteins Coefficients
1.7 Resonant Cavity, Optical Amplification
1.7 Resonant Cavity, Optical Amplification
1.8 Semicondutcor Laser
1.8 Semicondutcor Laser
1.9 Numerical Aperture, Acceptence Angle
1.9 Numerical Aperture, Acceptence Angle
1.10 Types Of Optical Fibres
1.10 Types Of Optical Fibres
1.11 Losses in Optical Fibre
1.11 Losses in Optical Fibre
1.12 Sensor
1.12 Sensor

UNIT III

THERMAL PHYSICS
1.1 Introduction, Thermal Expansion
1.1 Introduction, Thermal Expansion
1.2 Expansion Joints, Bimetallic Strip
1.2 Expansion Joints, Bimetallic Strip
1.3 Compound Media
1.3 Compound Media
1.4 Lees Disc Method
1.4 Lees Disc Method
1.5 Forbes Method
1.5 Forbes Method
1.6 Thermal Insulation, Heat Exchangers
1.6 Thermal Insulation, Heat Exchangers
1.7 Refrigerator
1.7 Refrigerator
1.8 Microwave Oven
1.8 Microwave Oven
1.9 Solar Water Heater
1.9 Solar Water Heater

UNIT IV

QUANTUM PHYSICS
1.1 Plancks law, Wiens law and Rayleigh Jeans
1.1 Plancks law, Wiens law and Rayleigh Jeans
1.2 Compton Effect
1.2 Compton Effect
1.3 Wave Function and Significance
1.3 Wave Function and Significance
1.4 Electron Diffraction
1.4 Electron Diffraction
1.5 Schrodingers Wave Equation
1.5 Schrodingers Wave Equation
1.6 Particle in a 1D Box
1.6 Particle in a 1D Box
1.7 Scanning Tunnelling Microscope
1.7 Scanning Tunnelling Microscope

UNIT V

CRYSTAL PHYSICS
1.1 Introduction
1.1 Introduction
1.2 Unit cell, Crystal system, Bravais Lattices
1.2 Unit cell, Crystal system, Bravais Lattices
1.3 SC, BCC
1.3 SC, BCC
1.4 FCC Structure
1.4 FCC Structure
1.5 HCP Structure
1.5 HCP Structure
1.6 Diamond Structure
1.6 Diamond Structure
1.7 Miller Indices
1.7 Miller Indices
1.8 Crystal Defects
1.8 Crystal Defects
1.9 Crystal Growth
1.9 Crystal Growth

CY8151 ENGINEERING CHEMISTRY

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

WATER AND ITS TREATMENT
1.1 Introduction to Water Technology
1.1 Introduction to Water Technology
1.2 Hardness and its Estimation
1.2 Hardness and its Estimation
1.3 Boiler Feed Water
1.3 Boiler Feed Water
1.4 Treatment of Water
1.4 Treatment of Water

UNIT II

SURFACE CHEMISTRY AND CATALYSIS
1.1 Introduction
1.1 Introduction
1.2 Application of Catalysis
1.2 Application of Catalysis
1.3 Catalysis
1.3 Catalysis

UNIT III

ALLOYS AND PHASE RULE
1.1 Alloys: Introduction
1.1 Alloys: Introduction
1.2 Phase Rule
1.2 Phase Rule

UNIT IV

FUELS AND COMBUSTION
1.1 Solid Fuel
1.1 Solid Fuel
1.2 Liquid Fuel
1.2 Liquid Fuel
1.3 Gaseous Fuel
1.3 Gaseous Fuel
1.4 Combustion
1.4 Combustion

UNIT V

ENERGY SOURCES AND STORAGE DEVICES
1.1 Energy Sources
1.1 Energy Sources
1.2 Storage devices
1.2 Storage devices

GE8151 PROBLEM SOLVING AND PYTHON PROGRAMMING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ALGORITHMIC PROBLEM SOLVING
1.1 Algorithms
1.1 Algorithms
1.2 Building Blocks Of Algorithms
1.2 Building Blocks Of Algorithms
1.3 Notation -Pseudo Code, Flow Chart
1.3 Notation -Pseudo Code, Flow Chart
1.4 Notation - Programming Language
1.4 Notation - Programming Language
1.5 Algorithmic Problem Solving
1.5 Algorithmic Problem Solving
1.6 Simple Strategies for Developing Algorithms (Iteration, Recursion)
1.6 Simple Strategies for Developing Algorithms (Iteration, Recursion)
1.7 Illustrative problems: find minimum in a list, insert a card in a list of sorted cards
1.7 Illustrative problems: find minimum in a list, insert a card in a list of sorted cards
1.8 Illustrative problems: guess an integer number in a range, Towers of Hanoi
1.8 Illustrative problems: guess an integer number in a range, Towers of Hanoi

UNIT II

DATA, EXPRESSIONS, STATEMENTS
1.1 Python Interpreter and Interactive Mode
1.1 Python Interpreter and Interactive Mode
1.2 Values and Types: Int, Float, Boolean, String, and List
1.2 Values and Types: Int, Float, Boolean, String, and List
1.3 Variables, Expressions, Statements, Tuple Assignment, Precedence of Operators, Comments
1.3 Variables, Expressions, Statements, Tuple Assignment, Precedence of Operators, Comments
1.4 Functions, Function Definition and Use, Flow of Execution
1.4 Functions, Function Definition and Use, Flow of Execution
1.5 Parameters and Arguments
1.5 Parameters and Arguments
1.6 Modules
1.6 Modules
1.7 Illustrative Programs
1.7 Illustrative Programs

UNIT III

CONTROL FLOW, FUNCTIONS
1.1 Boolean Values and Operators
1.1 Boolean Values and Operators
1.2 Conditional (if), alternative (if-else), chained conditional (if-elif-else)
1.2 Conditional (if), alternative (if-else), chained conditional (if-elif-else)
1.3 Iteration: state, while, for, break, continue, pass
1.3 Iteration: state, while, for, break, continue, pass
1.4 Fruitful functions: return values, parameters, local and global scope, function composition, recursion
1.4 Fruitful functions: return values, parameters, local and global scope, function composition, recursion
1.5 Strings: string slices, immutability, string functions and methods, string module, Lists as arrays
1.5 Strings: string slices, immutability, string functions and methods, string module, Lists as arrays
1.6 Illustrative programs: square root, gcd, exponentiation, sum an array of numbers, linear search, binary search.
1.6 Illustrative programs: square root, gcd, exponentiation, sum an array of numbers, linear search, binary search.

UNIT IV

LISTS, TUPLES, DICTIONARIES
1.1 Lists
1.1 Lists
1.2 List Operation
1.2 List Operation
1.3 List Loop
1.3 List Loop
1.4 List Alaising and Cloning
1.4 List Alaising and Cloning
1.5 Tuples
1.5 Tuples
1.6 Dictionory
1.6 Dictionory
1.7 Methods in Dictionary
1.7 Methods in Dictionary
1.8 Illustrative Example
1.8 Illustrative Example
1.9 Insertion Sort, Selection Sort, and Histogram
1.9 Insertion Sort, Selection Sort, and Histogram

UNIT V

FILES, MODULES, PACKAGES
1.1 Files Opening and Closing a File
1.1 Files Opening and Closing a File
1.2 Reading and Writing a File , Working with Text File
1.2 Reading and Writing a File , Working with Text File
1.3 File Manipulations, Directories
1.3 File Manipulations, Directories
1.4 Command Line Arguments
1.4 Command Line Arguments
1.5 Exception Handling
1.5 Exception Handling
1.6 Modules and Packages
1.6 Modules and Packages
1.7 Illustrative Programs
1.7 Illustrative Programs

GE3151 PROBLEM SOLVING AND PYTHON PROGRAMMING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

COMPUTATIONAL THINKING AND PROBLEM SOLVING
Fundamentals of computation
Fundamentals of computation
Algorithms
Algorithms
Blocks of an Algorithm
Blocks of an Algorithm
Notation(Pseudo code,Flowchart)
Notation(Pseudo code,Flowchart)
Programming Language
Programming Language
Algorithmic Problem Solving
Algorithmic Problem Solving
Simple Strategies
Simple Strategies
Illustrative Problem find minimum in a list
Illustrative Problem find minimum in a list
Guess Integer from range/ Towers of Hanoi
Guess Integer from range/ Towers of Hanoi

UNIT V

FILES
READING AND WRITING FILES
READING AND WRITING FILES
FILE OPENING AND CLOSING
FILE OPENING AND CLOSING
FILE MANIPULATION
FILE MANIPULATION
COMMAND LINE ARGUMENTS
COMMAND LINE ARGUMENTS
MODULES AND PACKAGES
MODULES AND PACKAGES
EXCEPTION HANDLING
EXCEPTION HANDLING
ILLUSTRATIVE PROBLEM
ILLUSTRATIVE PROBLEM
ILLUSTRATIVE EXAMPLES
ILLUSTRATIVE EXAMPLES

GE8152 ENGINEERING GRAPHICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PLANE CURVES AND FREEHAND SKETCHING
Basic Geometrical Constructions
Basic Geometrical Constructions

UNIT II

PROJECTION OF POINTS, LINES AND PLANE SURFACE
Orthographic Projection
Orthographic Projection

UNIT III

PROJECTION OF SOLIDS
Projection of Simple Solids like Prisms
Projection of Simple Solids like Prisms

UNIT IV

PROJECTION OF SECTIONED SOLIDS AND DEVELOPMENT OF SURFACES
Sectioning of Above Solids in Simple Vertical Position
Sectioning of Above Solids in Simple Vertical Position

UNIT V

ISOMETRIC AND PERSPECTIVE PROJECTIONS
Principles of Isometric Projection
Principles of Isometric Projection

GE3151- PROBLEM SOLVING AND PYTHON PROGRAMMING

UNITS

COURSE MATERIALS & VIDEOS

UNIT III

CONTROL FLOW, FUNCTIONS, STRINGS
Boolean values and operators
Boolean values and operators
Conditional (if), alternative (if-else), chained conditional (if-elif-else)
Conditional (if), alternative (if-else), chained conditional (if-elif-else)
Iteration: state, while, for; Unconditional statements: break, continue, pass
Iteration: state, while, for; Unconditional statements: break, continue, pass
Fruitful functions: return values, parameters, local and global scope, function composition, recursion
Fruitful functions: return values, parameters, local and global scope, function composition, recursion
Strings: string slices, immutability, string functions and methods, string module, Lists as arrays
Strings: string slices, immutability, string functions and methods, string module, Lists as arrays
Illustrative programs: square root, gcd, exponentiation, sum an array of numbers, linear search, binary search.
Illustrative programs: square root, gcd, exponentiation, sum an array of numbers, linear search, binary search.

GE 3151 – PROBLEM SOLVING AND PYTHON PROGRAMMING

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

DATA TYPES , EXPRESSIONS AND STATEMENTS
Python Interpreter and Interactive mode
Python Interpreter and Interactive mode
Python datatype
Python datatype
Precedence of Operators
Precedence of Operators
Illustrative Examples
Illustrative Examples

UNIT IV

LIST, TUPLE, DICTIONARIES
Lists
Lists
List Operation
List Operation
List Loop
List Loop
List Alaising and Cloning
List Alaising and Cloning
Tuples
Tuples
Dictionory
Dictionory
Methods in Dictionary
Methods in Dictionary

Semester II

HS8251 TECHNICAL ENGLISH

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TECHNICAL ENGLISH
1.1 Listening to Talks mostly of a Scientific/Technical Nature and Completing Information-Gap Exercises
1.1 Listening to Talks mostly of a Scientific/Technical Nature and Completing Information-Gap Exercises
1.2 Speaking –Asking for and Giving Directions
1.2 Speaking –Asking for and Giving Directions
1.3 Reading – Reading Short Technical Texts from Journals
1.3 Reading – Reading Short Technical Texts from Journals
1.4 Purpose statements
1.4 Purpose statements
1.5 Extended Definitions
1.5 Extended Definitions
1.6 Writing Instructions
1.6 Writing Instructions
1.7 Checklists-Recommendations
1.7 Checklists-Recommendations
1.8 Technical Vocabulary
1.8 Technical Vocabulary
1.9 Subject Verb Agreement
1.9 Subject Verb Agreement
1.10 Compound Words
1.10 Compound Words

UNIT II

READING AND STUDY SKILLS
1.1 Listening to Longer Technical Talks and Completing Exercises based on them
1.1 Listening to Longer Technical Talks and Completing Exercises based on them
1.2 Speaking- Describing a Process
1.2 Speaking- Describing a Process
1.3 Reading Longer Technical Text
1.3 Reading Longer Technical Text
1.4 Interpreting Charts and Graphs
1.4 Interpreting Charts and Graphs
1.5 Vocabulary used in Letters, Emails and Reports
1.5 Vocabulary used in Letters, Emails and Reports
1.6 Numerical Adjective
1.6 Numerical Adjective
1.7 Impersonal Passive
1.7 Impersonal Passive

UNIT III

TECHNICAL WRITING AND GRAMMAR
1.1 Listening to Classroom Lectures/ Talkls on Engineering/Technology
1.1 Listening to Classroom Lectures/ Talkls on Engineering/Technology
1.2 Speaking- Introduction to Technical Presentation
1.2 Speaking- Introduction to Technical Presentation
1.3 Reading Longer Text
1.3 Reading Longer Text
1.4 Describing a Process
1.4 Describing a Process
1.5 Misspelled Words
1.5 Misspelled Words
1.6 Sequence Words
1.6 Sequence Words
1.7 Embedded Sentences
1.7 Embedded Sentences

UNIT IV

REPORT WRITING
1.1 Listening to Documentaries and Making Notes.
1.1 Listening to Documentaries and Making Notes.
1.2 Speaking- Mechanics of Presentation
1.2 Speaking- Mechanics of Presentation
1.3 Reading for Detailed Comprehension
1.3 Reading for Detailed Comprehension
1.4 Writing - Job Application Letter
1.4 Writing - Job Application Letter
1.5 Writing - Analytical Essays and Issue based Essays
1.5 Writing - Analytical Essays and Issue based Essays
1.6 Finding Suitable Synonyms
1.6 Finding Suitable Synonyms
1.7 If Conditionals
1.7 If Conditionals

UNIT V

GROUP DISCUSSION AND JOB APPLICATIONS
1.1 Listening- TED/Ink talks
1.1 Listening- TED/Ink talks
1.2 Speaking - Group Discussion
1.2 Speaking - Group Discussion
1.3 Reading and Understanding Technical Articles
1.3 Reading and Understanding Technical Articles
1.4 Report Writing
1.4 Report Writing
1.5 Reported Speech
1.5 Reported Speech
1.6 Verbal Analogies
1.6 Verbal Analogies

MA8251 ENGINEERING MATHEMATICS – II

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

MATRICES
1.1 Eigenvalues and Eigenvectors of a Real Matrix
1.1 Eigenvalues and Eigenvectors of a Real Matrix
1.2 Characteristic Equation
1.2 Characteristic Equation
1.3 Properties of Eigenvalues and Eigenvectors
1.3 Properties of Eigenvalues and Eigenvectors
1.4 Cayley-Hamilton Theorem
1.4 Cayley-Hamilton Theorem
1.5 Diagonalization of Matrices
1.5 Diagonalization of Matrices
1.6 Reduction of a Quadratic form to Canonical Form by Orthogonal Transformation
1.6 Reduction of a Quadratic form to Canonical Form by Orthogonal Transformation
1.7 Nature of Quadratic Forms.
1.7 Nature of Quadratic Forms.

UNIT II

VECTOR CALCULUS
1.1 Gradient and Directional Derivative
1.1 Gradient and Directional Derivative
1.2 Divergence and Curl
1.2 Divergence and Curl
1.3 Irrotational and Solenoidal Vector Fields
1.3 Irrotational and Solenoidal Vector Fields
1.4 Line Integral Over a Plane Curve
1.4 Line Integral Over a Plane Curve
1.5 Surface Integral
1.5 Surface Integral
1.6 Volume Integral
1.6 Volume Integral
1.7 - Green’s, Gauss Divergence and Stoke’s Theorems
1.7 - Green’s, Gauss Divergence and Stoke’s Theorems
1.8 Verification and Application in Evaluating line, Surface and Volume Integrals
1.8 Verification and Application in Evaluating line, Surface and Volume Integrals

UNIT III

ANALYTIC FUNCTIONS
1.1 Analytic Functions
1.1 Analytic Functions
1.2 Properties -Harmonic Conjugate
1.2 Properties -Harmonic Conjugate
1.3 Construction of Analytic Function
1.3 Construction of Analytic Function
1.4 Conformal Mapping- Mapping by Functions
1.4 Conformal Mapping- Mapping by Functions
1.5 Bilinear Transformation
1.5 Bilinear Transformation

UNIT IV

COMPLEX INTEGRATION
1.1 Line Integral
1.1 Line Integral
1.2 Cauchy Integral Formula
1.2 Cauchy Integral Formula
1.3 Taylor Series- Laurent Series
1.3 Taylor Series- Laurent Series
1.4 Singularities
1.4 Singularities
1.5 Residues
1.5 Residues
1.6 Residue Theorem
1.6 Residue Theorem
1.7 Contour Integration
1.7 Contour Integration

UNIT V

LAPLACE TRANSFORMS
1.1 Existence Conditions
1.1 Existence Conditions
1.2 Transform of Elementary Functions
1.2 Transform of Elementary Functions
1.3 Basic Properties
1.3 Basic Properties
1.4 Shifting Theorems
1.4 Shifting Theorems
1.5 Transforms of Derivatives and Integrals
1.5 Transforms of Derivatives and Integrals
1.6 Initial and Final Value Theorems
1.6 Initial and Final Value Theorems
1.7 Inverse Transforms
1.7 Inverse Transforms
1.8 Convolution Theorem
1.8 Convolution Theorem
1.9 Transform of Periodic Functions
1.9 Transform of Periodic Functions
1.10 Solving Differential Equation
1.10 Solving Differential Equation

PH8253 PHYSICS FOR ELECTRONICS ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ELECTRICAL PROPERTIES OF MATERIALS
1.1 Introduction
1.1 Introduction
1.2 CFE, Electrical and Thermal Conductivities and wiedemann franz
1.2 CFE, Electrical and Thermal Conductivities and wiedemann franz
1.3 Quantum Theory, Electron in a Metal
1.3 Quantum Theory, Electron in a Metal
1.4 FD Function
1.4 FD Function
1.5 Density of States
1.5 Density of States
1.6 Periodic Potential and Tigth binding Approximation
1.6 Periodic Potential and Tigth binding Approximation
1.7 Energy bands in solids and Classifications
1.7 Energy bands in solids and Classifications
1.8 Effective Mass of Electron
1.8 Effective Mass of Electron

UNIT II

SEMICONDUCTOR PHYSICS
1.1 Introduction and Types of Semiconductors
1.1 Introduction and Types of Semiconductors
1.2 Intrinsic Semiconductor
1.2 Intrinsic Semiconductor
1.3 N Type Semiconductor
1.3 N Type Semiconductor
1.4 P Type Semiconductor
1.4 P Type Semiconductor
1.5 Hall Effect
1.5 Hall Effect
1.6 Carrier Transport In SC
1.6 Carrier Transport In SC
1.7 Schottky Diode and Ohmic Contact
1.7 Schottky Diode and Ohmic Contact
1.8 Tunnel Diode
1.8 Tunnel Diode

UNIT III

MAGNETIC AND DIELECTRIC PROPERTIES OF MATERIALS
1.1 Introduction to Susceptibility
1.1 Introduction to Susceptibility
1.2 Types and Microscopic Classification of Magnetic Materials
1.2 Types and Microscopic Classification of Magnetic Materials
1.3 Domain Theory
1.3 Domain Theory
1.4 Various Polaraizations
1.4 Various Polaraizations
1.5 Dielectric loss and Breakdown
1.5 Dielectric loss and Breakdown
1.6 Internal field (or) Lorentz field & Clausius Mosotti equation
1.6 Internal field (or) Lorentz field & Clausius Mosotti equation

UNIT IV

OPTICAL PROPERTIES OF MATERIALS
1.1 Carrier Generation and Recobinations
1.1 Carrier Generation and Recobinations
1.2 Absorption and Emission
1.2 Absorption and Emission
1.3 Photo Current In PN Diode
1.3 Photo Current In PN Diode
1.4 Solar Cell
1.4 Solar Cell
1.5 Exciton
1.5 Exciton
1.6 LED, OLED
1.6 LED, OLED
1.7 QD Stark Effect, QD Laser
1.7 QD Stark Effect, QD Laser

UNIT V

NANO ELECTRONIC DEVICES
1.1 Introduction
1.1 Introduction
1.2 Zener-Bloch Oscillations
1.2 Zener-Bloch Oscillations
1.3 Single Electron Phenomena
1.3 Single Electron Phenomena
1.4 Magnetic Semiconductors
1.4 Magnetic Semiconductors
1.5 Carbon Nano Tubes
1.5 Carbon Nano Tubes

BE8254 BASIC ELECTRICAL AND INSTRUMENTATION ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

AC CIRCUITS AND POWER SYSTEMS
1.1 Three Phase Power Supply
1.1 Three Phase Power Supply

UNIT II

TRANSFORMER
1.1 Introduction - Ideal Transformer
1.1 Introduction - Ideal Transformer

UNIT III

DC MACHINES
1.1 Introduction – Constructional Features
1.1 Introduction – Constructional Features

UNIT IV

AC MACHINES
1.1 Principle of Operation of Three-Phase Induction Motors
1.1 Principle of Operation of Three-Phase Induction Motors

UNIT V

MEASUREMENT AND INSTRUMENTATION
1.1 Type of Electrical and Electronic Instruments
1.1 Type of Electrical and Electronic Instruments

EC8251 CIRCUIT ANALYSIS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

BASIC CIRCUITS ANALYSIS AND NETWORK TOPOLOGY
1.1 Ohm’s Law
1.1 Ohm’s Law

UNIT II

NETWORK THEOREMS FOR DC AND AC CIRCUITS
1.1 Network Theorems
1.1 Network Theorems

UNIT III

RESONANCE AND COUPLED CIRCUITS
1.1 Resonance
1.1 Resonance

UNIT IV

TRANSIENT ANALYSIS
1.1 Natural Response
1.1 Natural Response

UNIT V

TWO PORT NETWORKS
1.1 Two Port Networks
1.1 Two Port Networks

EC8252 ELECTRONIC DEVICES

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SEMICONDUCTOR DIODE
1.1 PN Junction Diode
1.1 PN Junction Diode
1.2 Energy Band Diagram
1.2 Energy Band Diagram
1.3 Diffusion and Drift Current Densities
1.3 Diffusion and Drift Current Densities
1.4 Transition and Diffusion Capacitances
1.4 Transition and Diffusion Capacitances
1.5 Switching Characteristics
1.5 Switching Characteristics
1.6 Breakdown in PN Junction Diodes
1.6 Breakdown in PN Junction Diodes

UNIT II

BIPOLAR JUNCTION TRANSISTORS
2.1 NPN Transistor
2.1 NPN Transistor
2.2 PNP Transistor
2.2 PNP Transistor
2.3 Common Emitter Configuration
2.3 Common Emitter Configuration
2.4 Common Base Configuration
2.4 Common Base Configuration
2.5 Common Collector Configuration
2.5 Common Collector Configuration
2.6 Early Effect
2.6 Early Effect
2.7 Hybrid π Model
2.7 Hybrid π Model
2.8 Gummel Poon Model
2.8 Gummel Poon Model
2.9 Multi Emitter Transistor
2.9 Multi Emitter Transistor

UNIT III

FIELD EFFECT TRANSISTORS
3.1 Junction Field Effect Transistor (Drain and Transfer Characteristics, Current Equations - Pinch Off Voltage and Its Significance)
3.1 Junction Field Effect Transistor (Drain and Transfer Characteristics, Current Equations - Pinch Off Voltage and Its Significance)
3.2 Metal Oxide Semiconductor Field Effect Transistor (Drain and Transfer Characteristics, D-MOSFET, E-MOSFET)
3.2 Metal Oxide Semiconductor Field Effect Transistor (Drain and Transfer Characteristics, D-MOSFET, E-MOSFET)
3.3 Comparison of MOSFET with JFET
3.3 Comparison of MOSFET with JFET
3.4 Channel Length Modulation
3.4 Channel Length Modulation

UNIT IV

SPECIAL SEMICONDUCTOR DEVICES
4.1 Zener Diode
4.1 Zener Diode
4.2 Tunnel Diode
4.2 Tunnel Diode
4.3 Varactor Diode
4.3 Varactor Diode
4.4 Schottky Diode
4.4 Schottky Diode
4.5 LASER Diode
4.5 LASER Diode
4.6 Light Dependent Resistor
4.6 Light Dependent Resistor
4.7 Dual Gate MOSFET
4.7 Dual Gate MOSFET
4.8 PINFET
4.8 PINFET
4.9 Carbon Nano Tube Field Effect Transistor
4.9 Carbon Nano Tube Field Effect Transistor

UNIT V

POWER DEVICES AND DISPLAY DEVICES
5.1 Uni Junction Transistor
5.1 Uni Junction Transistor
5.2 Silicon Controlled Rectifier
5.2 Silicon Controlled Rectifier
5.3 Diode AC Switch
5.3 Diode AC Switch
5.4 Three Terminal AC Switch
5.4 Three Terminal AC Switch
5.5 Power Transistor
5.5 Power Transistor
5.6 Power MOSFET
5.6 Power MOSFET
5.7 Solar Cell
5.7 Solar Cell
5.8 Opto-Coupler
5.8 Opto-Coupler
5.9 Photo Transistor
5.9 Photo Transistor
5.10 Light Emitting Diode
5.10 Light Emitting Diode
5.11 Liquid Crystal Display
5.11 Liquid Crystal Display

Semester III

EC8393 FUNDAMENTALS OF DATA STRUCTURES IN C

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

C PROGRAMMING BASICS
1.1 Structure of a C Program
1.1 Structure of a C Program
1.2 Compilation and Linking Processes
1.2 Compilation and Linking Processes
1.3 Constants, Variables
1.3 Constants, Variables
1.4 Data Types
1.4 Data Types
1.5 Expressions using Operators in C
1.5 Expressions using Operators in C
1.6 Managing Input and Output Operations
1.6 Managing Input and Output Operations
1.7 Decision Making and Branching
1.7 Decision Making and Branching
1.8 Looping Statements
1.8 Looping Statements
1.9 Arrays - Initialization - Declaration - One Dimensional and Two Dimensional Arrays
1.9 Arrays - Initialization - Declaration - One Dimensional and Two Dimensional Arrays
1.10 Strings - String Operations - String Arrays
1.10 Strings - String Operations - String Arrays
1.11 Simple Programs - Searching - Matrix Operations
1.11 Simple Programs - Searching - Matrix Operations

UNIT II

FUNCTIONS, POINTERS, STRUCTURES AND UNIONS
2.1 Functions - Pass by Value - Pass by Reference
2.1 Functions - Pass by Value - Pass by Reference
2.2 Recursion
2.2 Recursion
2.3 Pointers - Definition - Initialization - Pointers Arithmetic
2.3 Pointers - Definition - Initialization - Pointers Arithmetic
2.4 Structures and Unions - Definition
2.4 Structures and Unions - Definition
2.5 Structure within a Structure - Union
2.5 Structure within a Structure - Union
2.6 Programs using Structures and Unions
2.6 Programs using Structures and Unions
2.7 Storage Classes
2.7 Storage Classes
2.8 Pre-Processor Directives
2.8 Pre-Processor Directives

UNIT III

LINEAR DATA STRUCTURES
3.1 Arrays and Its Representations
3.1 Arrays and Its Representations
3.2 Stacks
3.2 Stacks
3.3 Queues
3.3 Queues
3.4 Linked Lists
3.4 Linked Lists
3.5 Linked List Based Implementation of Stacks and Queues
3.5 Linked List Based Implementation of Stacks and Queues
3.6 Evaluation of Expressions
3.6 Evaluation of Expressions
3.7 Linked List Based Polynomial Addition
3.7 Linked List Based Polynomial Addition

UNIT IV

NON-LINEAR DATA STRUCTURES
4.1 Trees
4.1 Trees
4.2 Binary Trees - Binary Tree Representation and Traversals
4.2 Binary Trees - Binary Tree Representation and Traversals
4.3 Binary Search Trees - Applications of Trees
4.3 Binary Search Trees - Applications of Trees
4.5 Graph and Its Representations
4.5 Graph and Its Representations
4.6 Graph Traversals
4.6 Graph Traversals
4.7 Breadth First Traversal
4.7 Breadth First Traversal
4.8 Construct a Binary Tree from Inorder and Preorder Traversal
4.8 Construct a Binary Tree from Inorder and Preorder Traversal

UNIT V

SEARCHING AND SORTING ALGORITHMS
5.1 Linear Search
5.1 Linear Search
5.2 Bubble Sort
5.2 Bubble Sort
5.3Merge Sort
5.3Merge Sort
5.4 Quick Sort
5.4 Quick Sort
5.5 Hash Tables
5.5 Hash Tables
5.8 Hashing
5.8 Hashing

EC8351 ELECTRONIC CIRCUITS I

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

BIASING OF DISCRETE BJT, JFET AND MOSFET
1.1 BJT
1.1 BJT
1.2 BIASING METHODS
1.2 BIASING METHODS
1.3 Need for biasing
1.3 Need for biasing
1.4 Stability Factors
1.4 Stability Factors
1.5 Voltage divider circuit
1.5 Voltage divider circuit
1.6 Diode and Thermistor Compensation technique
1.6 Diode and Thermistor Compensation technique

UNIT II

BJT AMPLIFIERS
2.1 Small Signal Hybrid π Equivalent Circuit of BJT - Early Effect - Analysis of CE
2.1 Small Signal Hybrid π Equivalent Circuit of BJT - Early Effect - Analysis of CE
2.2 Analysis of CE
2.2 Analysis of CE
2.3 Analysis of CC
2.3 Analysis of CC

UNIT III

SINGLE STAGE FET, MOSFET AMPLIFIERS
3.1 Small Signal Hybrid π Equivalent Circuit of FET
3.1 Small Signal Hybrid π Equivalent Circuit of FET
3.2 Analysis of CS
3.2 Analysis of CS
3.3 Multi stage Amplifiers
3.3 Multi stage Amplifiers
3.4 Common Drain Amplifier
3.4 Common Drain Amplifier
3.5 Common gate Amplifier
3.5 Common gate Amplifier

UNIT IV

FREQUENCY RESPONSE OF AMPLIFIERS
4.1 Amplifier Frequency Response
4.1 Amplifier Frequency Response
4.2 Frequency Analysis of BJT
4.2 Frequency Analysis of BJT
4.3 Effect of various capacitors for short circuit current gain
4.3 Effect of various capacitors for short circuit current gain
4.4 High frequency analysis of FET
4.4 High frequency analysis of FET
4.5 Low frequency analysis of FET amplifier
4.5 Low frequency analysis of FET amplifier

UNIT V

POWER SUPPLIES AND ELECTRONIC DEVICE TESTING
5.1 Linear Mode Power Supply - Rectifiers - Filters - Half Wave Rectifier Power Supply - Full Wave Rectifier Power Supply
5.1 Linear Mode Power Supply - Rectifiers - Filters - Half Wave Rectifier Power Supply - Full Wave Rectifier Power Supply
5.2 Voltage Regulators - Voltage Regulation - Linear Series, Shunt and Switching Voltage Regulators - Over Voltage Protection
5.2 Voltage Regulators - Voltage Regulation - Linear Series, Shunt and Switching Voltage Regulators - Over Voltage Protection
5.3 DC Regulated Power Supply
5.3 DC Regulated Power Supply
5.4 Switched Mode Power Supply (SMPS)
5.4 Switched Mode Power Supply (SMPS)

EC8352 SIGNALS AND SYSTEMS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

CLASSIFICATION OF SIGNALS AND SYSTEMS
1.1 Standard Signals - Step, Ramp, Pulse, Impulse, Real and Complex Exponentials and Sinusoids
1.1 Standard Signals - Step, Ramp, Pulse, Impulse, Real and Complex Exponentials and Sinusoids
1.2 Classification of Signals - Continuous time (CT) and Discrete Time (DT) signals, Periodic & Aperiodic Signals, Deterministic & Random Signals, Energy & Power Signals
1.2 Classification of Signals - Continuous time (CT) and Discrete Time (DT) signals, Periodic & Aperiodic Signals, Deterministic & Random Signals, Energy & Power Signals
1.3 Classification of Systems - CT Systems and DT Systems- – Linear & Nonlinear, Time-Variant & Time-Invariant, Causal & Non-Causal, Stable & Unstable
1.3 Classification of Systems - CT Systems and DT Systems- – Linear & Nonlinear, Time-Variant & Time-Invariant, Causal & Non-Causal, Stable & Unstable
1.4 Solved Problems in Signals
1.4 Solved Problems in Signals

UNIT II

ANALYSIS OF CONTINUOUS TIME SIGNALS
2.1 Fourier Series for Periodic Signals
2.1 Fourier Series for Periodic Signals
2.2 Fourier Transform
2.2 Fourier Transform
2.3 Laplace Transform
2.3 Laplace Transform
2.4 Properties of Fourier Transform
2.4 Properties of Fourier Transform

UNIT III

Linear Time Invariant Continuous Time Systems
3.1 Block Diagram Representation of CT System
3.1 Block Diagram Representation of CT System
3.2 Convolution Integral
3.2 Convolution Integral
3.3 Analysis of CT System
3.3 Analysis of CT System

UNIT IV

ANALYSIS OF DISCRETE TIME SIGNALS
4.1 Sampling Theorem
4.1 Sampling Theorem
4.2 Discrete Time Fourier Transform and its Properties
4.2 Discrete Time Fourier Transform and its Properties
4.3 Z Transform and its Properties
4.3 Z Transform and its Properties

UNIT V

LINEAR TIME INVARIANT-DISCRETE TIME SYSTEMS EC8352 SIGNALS AND SYSTEMS SYLLABUS
5.1 Block Diagram Representation
5.1 Block Diagram Representation
5.2 Impulse Response
5.2 Impulse Response
5.3 Convolution Sum
5.3 Convolution Sum
5.4 LTI System Analysis
5.4 LTI System Analysis

EC8392 DIGITAL ELECTRONICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

DIGITAL FUNDAMENTALS
1.1 Number Systems - Decimal, Binary, Octal, Hexadecimal, 1’s and 2’s Complements - Codes - Binary, BCD, Excess 3, Gray, Alphanumeric Codes
1.1 Number Systems - Decimal, Binary, Octal, Hexadecimal, 1’s and 2’s Complements - Codes - Binary, BCD, Excess 3, Gray, Alphanumeric Codes
1.2 Boolean Theorems
1.2 Boolean Theorems
1.3 Karnaugh Map Minimization
1.3 Karnaugh Map Minimization
1.4 Quine-McCluskey Method of Minimization
1.4 Quine-McCluskey Method of Minimization
1.5 Minimization of Boolean Expression
1.5 Minimization of Boolean Expression

UNIT II

COMBINATIONAL CIRCUIT DESIGN
2.1 Design of Half and Full Adders - Half and Full Subtractors
2.1 Design of Half and Full Adders - Half and Full Subtractors
2.2 Binary Parallel Adder - Carry Look Ahead Adder - BCD Adder
2.2 Binary Parallel Adder - Carry Look Ahead Adder - BCD Adder
2.3 Multiplexer - Demultiplexer
2.3 Multiplexer - Demultiplexer
2.4 Magnitude Comparator
2.4 Magnitude Comparator
2.5 Decoder - Encoder - Priority Encoder
2.5 Decoder - Encoder - Priority Encoder

UNIT III

SYNCHRONOUS SEQUENTIAL CIRCUITS
3.1 Flipflops
3.1 Flipflops
3.2 Triggering of Flipflops - Operation and Excitation Tables
3.2 Triggering of Flipflops - Operation and Excitation Tables
3.3 Analysis and Design of Clocked Sequential Circuits - Design Moore-Mealy Models - State Minimization - State Assignment - Circuit Implementation
3.3 Analysis and Design of Clocked Sequential Circuits - Design Moore-Mealy Models - State Minimization - State Assignment - Circuit Implementation
3.4 Counters
3.4 Counters
3.5 Shift Registers
3.5 Shift Registers

UNIT IV

ASYNCHRONOUS SEQUENTIAL CIRCUITS
4.1 Stable and Unstable States
4.1 Stable and Unstable States
4.2 Races and Cycles
4.2 Races and Cycles
4.3 State Reduction - Race Free Assignments
4.3 State Reduction - Race Free Assignments
4.4 Hazards
4.4 Hazards
4.5 Pulse Mode Circuits
4.5 Pulse Mode Circuits

UNIT V

MEMORY DEVICES AND DIGITAL INTEGRATED CIRCUITS
5.1 Basic Memory Structure - ROM - PROM - EPROM - EEPROM - EAPROM
5.1 Basic Memory Structure - ROM - PROM - EPROM - EEPROM - EAPROM
5.2 RAM - Static and Dynamic RAM
5.2 RAM - Static and Dynamic RAM
5.3 Programmable Logic Devices - Programmable Logic Array (PLA) - Programmable Array Logic (PAL)
5.3 Programmable Logic Devices - Programmable Logic Array (PLA) - Programmable Array Logic (PAL)
5.4 Field Programmable Gate Arrays (FPGA) - Implementation of Combinational Logic Circuits using PLA, PAL
5.4 Field Programmable Gate Arrays (FPGA) - Implementation of Combinational Logic Circuits using PLA, PAL
5.5 Digital Integrated Circuits - Logic Levels, Propagation Delay, Power Dissipation, Fan-out and Fan-in, Noise Margin, Logic Families and Their Characteristics - RTL, TTL, ECL, CMOS
5.5 Digital Integrated Circuits - Logic Levels, Propagation Delay, Power Dissipation, Fan-out and Fan-in, Noise Margin, Logic Families and Their Characteristics - RTL, TTL, ECL, CMOS

EC8391 CONTROL SYSTEMS ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SYSTEMS COMPONENTS AND THEIR REPRESENTATION
1.1 Control System - Terminology and Basic Structure
1.1 Control System - Terminology and Basic Structure
1.2 Block Diagram Models
1.2 Block Diagram Models
1.3 Signal Flow Graphs Models
1.3 Signal Flow Graphs Models

UNIT II

TIME RESPONSE ANALYSIS
2.1 Transient Response - Steady State Response
2.1 Transient Response - Steady State Response
2.2 Measures of Performance of the Standard First Order System
2.2 Measures of Performance of the Standard First Order System
2.3 Steady Error Constant and System
2.3 Steady Error Constant and System

UNIT III

FREQUENCY RESPONSE AND SYSTEM ANALYSIS
3.1 Closed Loop Frequency Response - Performance Specification in Frequency Domain - Frequency Response of Standard Second Order System
3.1 Closed Loop Frequency Response - Performance Specification in Frequency Domain - Frequency Response of Standard Second Order System
3.2 Bode Plot
3.2 Bode Plot

UNIT IV

CONCEPTS OF STABILITY ANALYSIS
4.1 Concept of Stability - Bounded Input Bounded Output Stability
4.1 Concept of Stability - Bounded Input Bounded Output Stability
4.2 Routh Stability Criterion
4.2 Routh Stability Criterion
4.3 Relative Stability
4.3 Relative Stability
4.4 Root Locus Concept
4.4 Root Locus Concept

UNIT V

CONTROL SYSTEM ANALYSIS USING STATE VARIABLE METHODS
5.1 State Variable Representation
5.1 State Variable Representation
5.2 Conversion of State Variable Models to Transfer Functions
5.2 Conversion of State Variable Models to Transfer Functions
5.3 Conversion of Transfer Functions to State Variable Models
5.3 Conversion of Transfer Functions to State Variable Models
5.4 Solution of State Equations
5.4 Solution of State Equations
5.5 Concepts of Controllability and Observability
5.5 Concepts of Controllability and Observability

MA8352 LINEAR ALGEBRA AND PARTIAL DIFFERENTIAL EQUATIONS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

UNIT I VECTOR SPACES
1.1 Vector Space
1.1 Vector Space
1.2 Sub space
1.2 Sub space
1.3 Linear Independent Set
1.3 Linear Independent Set
1.4 Linear System of Equation
1.4 Linear System of Equation
1.5 Linear Span
1.5 Linear Span
1.6 Basic and Dimension
1.6 Basic and Dimension

UNIT II

Linear Transformation And Diagnolization
2.1 Linear Transformation
2.1 Linear Transformation
2.2 Null Space and range
2.2 Null Space and range
2.3 Matrix Linear Transfromation
2.3 Matrix Linear Transfromation
2.4 Eigen value and Eigen Vector
2.4 Eigen value and Eigen Vector
2.5 Diagnolization
2.5 Diagnolization

UNIT III

Inner Product Spaces
3.1 Gram Schmidt Orthogonalization Process
3.1 Gram Schmidt Orthogonalization Process
3.2 Adjoint of Linear Operator
3.2 Adjoint of Linear Operator
3.3 Inner Product Space
3.3 Inner Product Space
3.4 Least Square Approximation
3.4 Least Square Approximation

UNIT IV

Partial Differential Equations
4.1 Formation of PDE
4.1 Formation of PDE
4.2 Solution of PDE
4.2 Solution of PDE
4.3 Lagranges Linear Equations
4.3 Lagranges Linear Equations

UNIT V

Fourier Series Solutions Of Partial Differential Equations
5.1 Fourier Series
5.1 Fourier Series
5.2 Half range sine and cosine series.
5.2 Half range sine and cosine series.
5.3 One dimensional heat equations
5.3 One dimensional heat equations
5.4 One dimensional wave equation
5.4 One dimensional wave equation
5.5 Two Dimensional heat equations
5.5 Two Dimensional heat equations

Semester IV

MA8451 PROBABILITY AND RANDOM PROCESSES

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PROBABILITY AND RANDOM VARIABLES
1.1 Discrete and Continuous Random Variables
1.1 Discrete and Continuous Random Variables
1.2 Bayes Theorem
1.2 Bayes Theorem
1.3 Binomial Distribution
1.3 Binomial Distribution
1.4 Geometric Distribution
1.4 Geometric Distribution
1.5 Exponential Distribution
1.5 Exponential Distribution
1.6 Normal Distribution
1.6 Normal Distribution
1.7 Uniform Distribution
1.7 Uniform Distribution

UNIT II

TWO - DIMENSIONAL RANDOM VARIABLES
2.1 Marginal and Conditional Distributions
2.1 Marginal and Conditional Distributions
2.2 Joint Probability Distribution
2.2 Joint Probability Distribution
2.3 Correlation And Regression
2.3 Correlation And Regression
2.4 Transformation of Random Variables
2.4 Transformation of Random Variables
2.5 Central Limit Theorem
2.5 Central Limit Theorem

UNIT III

RANDOM PROCESSES
3.1 Markov Process - Markov Chain
3.1 Markov Process - Markov Chain
3.2 Wide Sense Stationary
3.2 Wide Sense Stationary
3.3 Poisson Process
3.3 Poisson Process
3.4 Random Telegraph Signal Process
3.4 Random Telegraph Signal Process

UNIT IV

CORRELATION AND SPECTRAL DENSITIES
4.1 Cross Spectral Density - Properties
4.1 Cross Spectral Density - Properties
4.2 Power Spectral Density
4.2 Power Spectral Density
4.3 Formation of PDE
4.3 Formation of PDE
4.4 Auto Correlation Function
4.4 Auto Correlation Function
4.5 Cross Correlation Function
4.5 Cross Correlation Function
4.6 Properties of Cross Correlation Function
4.6 Properties of Cross Correlation Function

UNIT V

LINEAR SYSTEMS WITH RANDOM INPUTS
5.1 Linear Time Invariant System - System Transfer Function
5.1 Linear Time Invariant System - System Transfer Function
5.2 Linear Systems with Random Inputs - Auto Correlation and Cross Correlation Functions of Input and Output
5.2 Linear Systems with Random Inputs - Auto Correlation and Cross Correlation Functions of Input and Output
5.3 System Transfer Function
5.3 System Transfer Function
5.4 Relationship Between Input and Output
5.4 Relationship Between Input and Output

EC8452 ELECTRONIC CIRCUITS II

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

FEEDBACK AMPLIFIERS AND STABILITY
1.1 Feedback Concepts & Gain with Feedback
1.1 Feedback Concepts & Gain with Feedback
1.2 Effect of Feedback on Gain Stability, Distortion, Bandwidth, Input and Output Impedances
1.2 Effect of Feedback on Gain Stability, Distortion, Bandwidth, Input and Output Impedances
1.3 Topologies of Feedback Amplifiers
1.3 Topologies of Feedback Amplifiers
1.4 Analysis of Series-Series, Shunt-Shunt and Shunt-Series Feedback Amplifiers
1.4 Analysis of Series-Series, Shunt-Shunt and Shunt-Series Feedback Amplifiers
1.5 Stability Problem
1.5 Stability Problem

UNIT III

TUNED AMPLIFIERS
2.1 TUNED AMPLIFIER
2.1 TUNED AMPLIFIER
2.2 SINGLE TUNED CAPACITIVE LOAD AMPLIFIER
2.2 SINGLE TUNED CAPACITIVE LOAD AMPLIFIER
2.3 DOUBLE TUNED AMPLIFIERS
2.3 DOUBLE TUNED AMPLIFIERS
2.4 STAGGERED AND LARGE SIGNAL TUNED AMPLIFIER
2.4 STAGGERED AND LARGE SIGNAL TUNED AMPLIFIER
2.5 CLASS C AMPLIFIER
2.5 CLASS C AMPLIFIER

EC8452- ELECTRONIC CIRCUITS-II

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

OSCILLATORS
2.1 CLAPP OSCILLATOR
2.1 CLAPP OSCILLATOR
2.2 HARTLEY OSCILLATOR
2.2 HARTLEY OSCILLATOR
2.3 COLPITTS OSCILLATOR
2.3 COLPITTS OSCILLATOR
2.4 RING OSCILLATOR
2.4 RING OSCILLATOR
2.5 WEIN BRIDGE OSCILLATOR
2.5 WEIN BRIDGE OSCILLATOR

UNIT IV

WAVE SHAPING AND MULTIVIBRATOR CIRCUIT
4.1COLLECTOR COUBLED ASTABLE MULTIVIBRATOR
4.1COLLECTOR COUBLED ASTABLE MULTIVIBRATOR
4.2 EMITTER COUPLED MONO STABLE MULTIVIBRATOR
4.2 EMITTER COUPLED MONO STABLE MULTIVIBRATOR
4.3 FIXED BIAS BI-STABLE MULTIVIBRATOR
4.3 FIXED BIAS BI-STABLE MULTIVIBRATOR
4.4 SCHMITT TRIGGER CIRCUIT
4.4 SCHMITT TRIGGER CIRCUIT

UNIT V

POWER AMPLIFIERS AND DC CONVERTORS
5.1 Class A power Amplifier
5.1 Class A power Amplifier
5.2 Class B Push-Pull class B operation
5.2 Class B Push-Pull class B operation
5.3 Class B Complementary Symmetry class B operation
5.3 Class B Complementary Symmetry class B operation
5.4 Class AB power Amplifier
5.4 Class AB power Amplifier
5.5 Class C power Amplifier
5.5 Class C power Amplifier
5.6 Power MOSFET
5.6 Power MOSFET

EC8491 COMMUNICATION THEORY

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

AMPLITUDE MODULATION
1.1 Amplitude Modulation - DSBSC - DSBFC - SSB - VSB - Modulation Index - Spectra - Power Relations and Bandwidth - AM Generation - Square Law and Switching Modulator
1.1 Amplitude Modulation - DSBSC - DSBFC - SSB - VSB - Modulation Index - Spectra - Power Relations and Bandwidth - AM Generation - Square Law and Switching Modulator
1.2 DSBSC Generation - Balanced and Ring Modulator
1.2 DSBSC Generation - Balanced and Ring Modulator
1.3 SSB Generation - Filter - Phase Shift and Third Methods
1.3 SSB Generation - Filter - Phase Shift and Third Methods
1.4 Hilbert Transform, Pre-envelope & Complex Envelope
1.4 Hilbert Transform, Pre-envelope & Complex Envelope
1.5 Super Heterodyne Receiver
1.5 Super Heterodyne Receiver

UNIT II

ANGLE MODULATION
2.1 FM and PM
2.1 FM and PM
2.2 Wide Band FM
2.2 Wide Band FM
2.3 FM Modulator Direct and Indirect Method
2.3 FM Modulator Direct and Indirect Method
2.4 FM Demodulators
2.4 FM Demodulators

UNIT III

RANDOM PROCESS
3.1 Randam Variables
3.1 Randam Variables
3.2 Ergodic
3.2 Ergodic

UNIT IV

NOISE CHARACTERIZATION
4.1 Noise Sources
4.1 Noise Sources
4.2 Noise Figure, Noise Temperature, Thermal Noise
4.2 Noise Figure, Noise Temperature, Thermal Noise
4.3 Noise in Cascaded Systems
4.3 Noise in Cascaded Systems
4.4 Representation of Narrow Band Noise & Noise Figure , In-Phase and Quadrature, Envelope and Phase - Noise Performance Analysis in AM & FM Systems
4.4 Representation of Narrow Band Noise & Noise Figure , In-Phase and Quadrature, Envelope and Phase - Noise Performance Analysis in AM & FM Systems
4.5 Threshold Effect, Pre-Emphasis and De-Emphasis for FM
4.5 Threshold Effect, Pre-Emphasis and De-Emphasis for FM

UNIT V

SAMPLING & QUANTIZATION
5.1 Low Pass Sampling - Aliasing - Signal Reconstruction
5.1 Low Pass Sampling - Aliasing - Signal Reconstruction
5.2 Quantization - Uniform & Non-Uniform Quantization - Quantization Noise - Logarithmic Companding
5.2 Quantization - Uniform & Non-Uniform Quantization - Quantization Noise - Logarithmic Companding
5.3 PAM
5.3 PAM
5.4 PWM , TDM
5.4 PWM , TDM
5.5 Comparison PAM PWM PPM & Flat Top Sampling
5.5 Comparison PAM PWM PPM & Flat Top Sampling

EC8451 ELECTROMAGNETIC FIELDS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION
1.1 Electromagnetic Model, Units and Constants
1.1 Electromagnetic Model, Units and Constants
1.2 Review of Vector Algebra
1.2 Review of Vector Algebra
1.3 Rectangular, Cylindrical and Spherical Coordinate Systems
1.3 Rectangular, Cylindrical and Spherical Coordinate Systems
1.4 Line, Surface and Volume Integrals
1.4 Line, Surface and Volume Integrals
1.5 Gradient of a Scalar Field, Divergence of a Vector Field, Divergence Theorem, Curl of a Vector Field
1.5 Gradient of a Scalar Field, Divergence of a Vector Field, Divergence Theorem, Curl of a Vector Field
1.6 Stokes Theorem
1.6 Stokes Theorem

UNIT II

ELECTROSTATICS
2.1 Electric Field
2.1 Electric Field
2.2 Coulombs Law
2.2 Coulombs Law
2.3 Gauss Law and Applications
2.3 Gauss Law and Applications
2.4 Boundary Conditions for Electrostatic Fields
2.4 Boundary Conditions for Electrostatic Fields
2.5 Method of Images
2.5 Method of Images

UNIT III

MAGNETOSTATICS
3.1 Biot-Savart Law and Applications
3.1 Biot-Savart Law and Applications
3.2 Amperes Law
3.2 Amperes Law
3.3 Magnetic Flux and Density
3.3 Magnetic Flux and Density
3.4 Magnetic Forces - Lorentz Force Equation
3.4 Magnetic Forces - Lorentz Force Equation
3.5 Magnetic Materials
3.5 Magnetic Materials

UNIT IV

TIME-VARYING FIELDS AND MAXWELLS EQUATIONS
4.1 Faradays Law
4.1 Faradays Law
4.2 Maxwells Equations
4.2 Maxwells Equations
4.3 Electromagnetic Boundary Conditions
4.3 Electromagnetic Boundary Conditions
4.4 Wave Equations and Solutions, Time-Harmonic Fields
4.4 Wave Equations and Solutions, Time-Harmonic Fields

UNIT V

PLANE ELECTROMAGNETIC WAVES
5.1 Plane Waves in Lossless Media
5.1 Plane Waves in Lossless Media
5.2 Plane Waves in Lossy Media (Low-Loss Dielectrics and Good Conductors)
5.2 Plane Waves in Lossy Media (Low-Loss Dielectrics and Good Conductors)
5.3 Electromagnetic Power Flow and Poynting Vector
5.3 Electromagnetic Power Flow and Poynting Vector
5.4 Behaviour of Plane Waves at The Inteface of Two Media
5.4 Behaviour of Plane Waves at The Inteface of Two Media
5.5 TEM Waves
5.5 TEM Waves

EC8453 LINEAR INTEGRATED CIRCUITS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

BASICS OF OPERATIONAL AMPLIFIERS
1.1 Current Mirror and Current Sources - Current Sources as Active Loads
1.1 Current Mirror and Current Sources - Current Sources as Active Loads
1.2 Voltage References
1.2 Voltage References
1.3 Basic Information about Op-Amps - Ideal Operational Amplifier - General Operational Amplifier Stages - Internal Circuit Diagrams of IC 741
1.3 Basic Information about Op-Amps - Ideal Operational Amplifier - General Operational Amplifier Stages - Internal Circuit Diagrams of IC 741
1.4 DC Performance Characteristics
1.4 DC Performance Characteristics
1.5 AC Performance Characteristics - Slew Rate
1.5 AC Performance Characteristics - Slew Rate

UNIT II

APPLICATIONS OF OPERATIONAL AMPLIFIERS
2.1 Sign Changer - Scale Changer - Voltage Follower
2.1 Sign Changer - Scale Changer - Voltage Follower
2.2 Phase Shift Circuits
2.2 Phase Shift Circuits
2.3 Instrumentation Amplifier
2.3 Instrumentation Amplifier
2.4 Schmitt Trigger
2.4 Schmitt Trigger
2.5 Low Pass - High Pass and Band Pass Butterworth Filters
2.5 Low Pass - High Pass and Band Pass Butterworth Filters

UNIT III

ANALOG MULTIPLIER AND PLL
3.1 Analog Multiplier using Emitter Coupled Transistor Pair
3.1 Analog Multiplier using Emitter Coupled Transistor Pair
3.2 Analog Multiplier ICs and their Applications
3.2 Analog Multiplier ICs and their Applications
3.3 Operation of the Basic PLL - Closed Loop Analysis
3.3 Operation of the Basic PLL - Closed Loop Analysis
3.4 Voltage Controlled Oscillator
3.4 Voltage Controlled Oscillator
3.5 Monolithic PLL IC 565
3.5 Monolithic PLL IC 565

UNIT IV

ANALOG TO DIGITAL AND DIGITAL TO ANALOG CONVERTERS
4.1 Analog and Digital Data Conversions
4.1 Analog and Digital Data Conversions
4.2 Digital to Analog Converter - Specifications - Weighted Resistor Type - R-2R Ladder Type - Voltage Mode and Current Mode R-2R Ladder Types
4.2 Digital to Analog Converter - Specifications - Weighted Resistor Type - R-2R Ladder Type - Voltage Mode and Current Mode R-2R Ladder Types
4.3 Switches for Digital to Analog Converters
4.3 Switches for Digital to Analog Converters
4.4 Types of ADC
4.4 Types of ADC
4.5 Types of DAC , Singl
4.5 Types of DAC , Singl

UNIT V

WAVEFORM GENERATORS AND SPECIAL FUNCTION ICS
5.1 Sine Wave Generators
5.1 Sine Wave Generators
5.2 Multivibrators and Triangular Wave Generator, Saw-Tooth Wave Generator
5.2 Multivibrators and Triangular Wave Generator, Saw-Tooth Wave Generator
5.3 ICL8038 Function Generator
5.3 ICL8038 Function Generator
5.4 Timer IC 555
5.4 Timer IC 555
5.5 IC Voltage Regulators - Three Terminal Fixed and Adjustable Voltage Regulators
5.5 IC Voltage Regulators - Three Terminal Fixed and Adjustable Voltage Regulators

Semester V

EC8501 DIGITAL COMMUNICATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INFORMATION THEORY
1.1 Discrete Memoryless source, Information, Entropy, Mutual Information
1.1 Discrete Memoryless source, Information, Entropy, Mutual Information
1.2 Discrete Memoryless Channel
1.2 Discrete Memoryless Channel
1.3 Shannon Hartley Theorem
1.3 Shannon Hartley Theorem

UNIT II

WAVEFORM CODING & REPRESENTATION
2.1 Prediction Filtering and DPCM - Delta Modulation - ADPCM & ADM Principles
2.1 Prediction Filtering and DPCM - Delta Modulation - ADPCM & ADM Principles
2.2 Linear Predictive Coding
2.2 Linear Predictive Coding
2.3 Line Codes
2.3 Line Codes

UNIT III

BASEBAND TRANSMISSION & RECEPTION
3.1 ISI - Nyquist Criterion for Distortion Less Transmission
3.1 ISI - Nyquist Criterion for Distortion Less Transmission
3.2 Pulse Shaping and Correlative Coding
3.2 Pulse Shaping and Correlative Coding
3.3 Eye Pattern for ISI Analysis
3.3 Eye Pattern for ISI Analysis
3.4 Matched Filter
3.4 Matched Filter
3.5 Adaptive equalization Techniques
3.5 Adaptive equalization Techniques

UNIT IV

DIGITAL MODULATION SCHEME
4.1 Geometric Representation of Signals
4.1 Geometric Representation of Signals
4.2 Generation of BPSK Signals
4.2 Generation of BPSK Signals
4.3 QAM
4.3 QAM

UNIT V

ERROR CONTROL CODING
5.1 Channel Coding Theorem - Linear Block Codes
5.1 Channel Coding Theorem - Linear Block Codes
5.2 Condition for Hamming Codes
5.2 Condition for Hamming Codes
5.3 Cyclic Codes
5.3 Cyclic Codes
5.4 Convolutional codes
5.4 Convolutional codes
5.5 Viterbi Decoder
5.5 Viterbi Decoder

EC8552 COMPUTER ARCHITECTURE AND ORGANIZATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

ARITHMETIC
2.1 Fixed Point Addition
2.1 Fixed Point Addition
2.2 Fixed Point Subtraction ,Division, Multiplication ,
2.2 Fixed Point Subtraction ,Division, Multiplication ,
2.3 Floating Point Arithmetic
2.3 Floating Point Arithmetic
2.4 High Performance Arithmetic
2.4 High Performance Arithmetic

UNIT III

THE PROCESSOR
3.1 Logic Design
3.1 Logic Design
3.2 Pipelining
3.2 Pipelining
3.3Handling Data Hazards
3.3Handling Data Hazards

EC8552 - COMPUTER ARCHITECTURE AND ORGANIZATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

COMPUTER ORGANIZATION & INSTRUCTIONS
1.1 Basics of Computer Systems
1.1 Basics of Computer Systems
1.2 Addressing Modes
1.2 Addressing Modes
1.3 Instructions: Operations and Operands
1.3 Instructions: Operations and Operands
1.4 Logical Operations
1.4 Logical Operations

EC8552- COMPUTER ARCHIETECTURE AND ORGANIZATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT IV

MEMORY AND I/O ORGANIZATION
4.1 Cache and virtual Memory
4.1 Cache and virtual Memory
4.2 Parallel Bus Archietecture
4.2 Parallel Bus Archietecture
4.3 Internal Communication Methodology
4.3 Internal Communication Methodology

UNIT V

Advanced Computer Archietecture
5.1 Hardware multithreading
5.1 Hardware multithreading
5.2 Flynns Classification - Parallel processing architectures
5.2 Flynns Classification - Parallel processing architectures
5.3 Multicore and Shared Memory Multi Processor
5.3 Multicore and Shared Memory Multi Processor

EC8551 COMMUNICATION NETWORKS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

FUNDAMENTALS & LINK LAYER
1.1 Overview of Data Communications
1.1 Overview of Data Communications
1.2 OSI Model
1.2 OSI Model
1.3 Error Detection and Correction
1.3 Error Detection and Correction

UNIT II

MEDIA ACCESS & INTERNETWORKING
2.1 Overview of Data Link Control
2.1 Overview of Data Link Control
2.2 Wireless LAN
2.2 Wireless LAN
2.3 Network Layer Protocols
2.3 Network Layer Protocols

UNIT III

ROUTING
3.1 Least Cost Routing
3.1 Least Cost Routing
3.2 Link State Routing
3.2 Link State Routing
3.3 Unicast Routing Protocols
3.3 Unicast Routing Protocols
3.4 Multicast Routing and Intradomain Protocols
3.4 Multicast Routing and Intradomain Protocols
3.5 Interdomain Protocol and IPv6 Addressing
3.5 Interdomain Protocol and IPv6 Addressing

UNIT IV

TRANSPORT LAYER
4.1 Transport Layer Protocols & UDP
4.1 Transport Layer Protocols & UDP
4.2 Transmission Control Protocol
4.2 Transmission Control Protocol
4.3 TCP Connection
4.3 TCP Connection
4.4 State Transition Diagram
4.4 State Transition Diagram
4.5 Flow Control - Error and Congestion Control
4.5 Flow Control - Error and Congestion Control
4.6 Congestion Avoidance
4.6 Congestion Avoidance

UNIT V

APPLICATION LAYER
5.1 Application Layer Paradigms
5.1 Application Layer Paradigms
5.2 World Wide Web
5.2 World Wide Web
5.3 Domain Name System
5.3 Domain Name System
5.4 Electronic Mail (SMTP-MIME-IMAP-POP3)
5.4 Electronic Mail (SMTP-MIME-IMAP-POP3)

EC8073 MEDICAL ELECTRONICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ELECTRO-PHYSIOLOGY AND BIO-POTENTIAL RECORDING
1.1 Sources of Bio Electric Potential
1.1 Sources of Bio Electric Potential
1.2 EEG
1.2 EEG
1.3 EMG
1.3 EMG

UNIT II

BIO-CHEMICAL AND NON ELECTRICAL PARAMETER MEASUREMENT
2.1 pH, PO2, PCO2, Colorimeter
2.1 pH, PO2, PCO2, Colorimeter
2.2 Blood Flow Meter
2.2 Blood Flow Meter

UNIT III

ASSIST DEVICES
3.1 Cardiac Pacemakers
3.1 Cardiac Pacemakers
3.2 Ventilators
3.2 Ventilators
3.3 Magnetic Resonance Imaging Systems
3.3 Magnetic Resonance Imaging Systems

UNIT IV

PHYSICAL MEDICINE AND BIOTELEMETRY
4.1 Diathermies
4.1 Diathermies
4.2 Shortwave Diathermy
4.2 Shortwave Diathermy
4.3 Ultrasonic Diathermy
4.3 Ultrasonic Diathermy

UNIT V

RECENT TRENDS IN MEDICAL INSTRUMENTATION
5.1 Telemedicine
5.1 Telemedicine
5.2 Insulin Pumps
5.2 Insulin Pumps
5.3 Radio Pill
5.3 Radio Pill

EC8074- ROBOTICS AND AUTOMATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Foundation for Beginners
1 Foundation for Beginners
1 Foundation for Beginners

UNIT II

Building Blocks of a Robot
Part-1
Part-1
Part-2
Part-2

UNIT III

Kinematics, Dynamics And Design Of Robots & End-Effectors
Part-1
Part-1
Part-2
Part-2

UNIT IV

Navigation, Path Planning And Control Architecture
Part-1
Part-1
Part-2
Part-2

UNIT V

AI and other Research Trends In Robotics
5 AI and other Research Trends In Robotics
5 AI and other Research Trends In Robotics

OME551 ENERGY CONSERVATION MANAGEMENT

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Introduction
1 Introduction
1 Introduction

UNIT II

Electrical Systems
2 Electricity billing -HT Supply
2 Electricity billing -HT Supply

UNIT III

Thermal Systems
3 Stoichiometry
3 Stoichiometry

UNIT IV

Energy Conservation in major Utilities
4 Energy conservation in major utilities
4 Energy conservation in major utilities

UNIT V

Economics
5 Energy Economics
5 Energy Economics

OCS551 SOFTWARE ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Software Process
1 Software process
1 Software process

UNIT II

Planning
2 Planning
2 Planning

UNIT III

Requirement Analysis
3 Requirement Analysis
3 Requirement Analysis

UNIT IV

Team Organizing
4 Team Organizing
4 Team Organizing

UNIT V

White and Black box Testing
5 White and Black box Testing
5 White and Black box Testing

EC8553- DISCRETE TIME SIGNAL PROCESSING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

DISCRETE FOURIER TRANSFORM
1.1 DFT & DTFT
1.1 DFT & DTFT
1.2 Introduction to DTSP
1.2 Introduction to DTSP
1.3 Problems In IDFT
1.3 Problems In IDFT
1.4 DFT and IDFT Problems
1.4 DFT and IDFT Problems
1.5 Circular Convolution
1.5 Circular Convolution

UNIT II

INFINITE IMPULSE RESPONSE FILTERS
2.1 Infinite Impulse Filter
2.1 Infinite Impulse Filter
2.2 Digital Filter
2.2 Digital Filter
2.3 Butterworth Filter
2.3 Butterworth Filter
2.4 Bilinear Transformation
2.4 Bilinear Transformation

UNIT III

FINITE IMPULSE RESPONSE FILTERS
3.1 FIR Filter
3.1 FIR Filter
3.2 FIR Design Using Fourier Series Method
3.2 FIR Design Using Fourier Series Method
3.3 Types of Windows and Problems
3.3 Types of Windows and Problems
3.4 Problems In Hamming and Hanning Window
3.4 Problems In Hamming and Hanning Window

UNIT IV

FINITE WORD LENGTH EFFECTS
4.1 Introduction To Finite Word Length Effect
4.1 Introduction To Finite Word Length Effect
4.2 Quantization Methods
4.2 Quantization Methods
4.3 Problem In Quantization Error
4.3 Problem In Quantization Error
4.4 Input Quantization Error
4.4 Input Quantization Error

UNIT V

INTRODUCTION TO DIGITAL SIGNAL PROCESSORS
5.1 DSP System Archietecture
5.1 DSP System Archietecture
5.2 Von Neumann Architecture
5.2 Von Neumann Architecture
5.3 Pipelining
5.3 Pipelining
5.4 Addressing Mode -DSP
5.4 Addressing Mode -DSP

Semester VI

EC8691 MICROPROCESSORS AND MICROCONTROLLERS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

THE 8086 MICROPROCESSOR
1.1 Introduction to 8086 - Microprocessor Architecture
1.1 Introduction to 8086 - Microprocessor Architecture
1.2 Addressing Modes
1.2 Addressing Modes
1.3 Modular Programming - Linking and Relocation - Stacks - Procedures - Macros
1.3 Modular Programming - Linking and Relocation - Stacks - Procedures - Macros
1.4 Interrupts and Interrupt Service Routines
1.4 Interrupts and Interrupt Service Routines

UNIT II

8086 SYSTEM BUS STRUCTURE
2.1 8086 signals
2.1 8086 signals
2.2 Basic Configurations - System Bus Timing - System Design using 8086
2.2 Basic Configurations - System Bus Timing - System Design using 8086
2.3 Introduction to Multiprogramming - System Bus Structure - Multiprocessor Configurations - Coprocessor, Closely Coupled and Loosely Coupled Configurations
2.3 Introduction to Multiprogramming - System Bus Structure - Multiprocessor Configurations - Coprocessor, Closely Coupled and Loosely Coupled Configurations
2.4 IO Programming
2.4 IO Programming
2.5 Introduction to Advanced Processors
2.5 Introduction to Advanced Processors

UNIT III

IO INTERFACING
3.1 Memory Interfacing and IO Interfacing
3.1 Memory Interfacing and IO Interfacing
3.2 Parallel Communication Interface
3.2 Parallel Communication Interface
3.3 Keyboard Display Controller
3.3 Keyboard Display Controller
3.4 Interrupt Controller
3.4 Interrupt Controller
3.5 Traffic Light Control
3.5 Traffic Light Control

UNIT IV

MICROCONTROLLER
4.1 Architecture of 8051
4.1 Architecture of 8051
4.2 IO Pins Ports and Circuits
4.2 IO Pins Ports and Circuits
4.3 Addressing Modes
4.3 Addressing Modes
4.4 Special Function Registers (SFRs)
4.4 Special Function Registers (SFRs)

UNIT V

INTERFACING MICROCONTROLLER
5.1 Programming 8051 Timers
5.1 Programming 8051 Timers
5.2 Serial Port Programming
5.2 Serial Port Programming
5.3 Interrupts Programming
5.3 Interrupts Programming

EC8095 VLSI DESIGN

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO MOS TRANSISTOR
1.1 MOS Transistor, CMOS Logic, Inverter, Pass Transistor, Transmission Gate
1.1 MOS Transistor, CMOS Logic, Inverter, Pass Transistor, Transmission Gate
1.2 Layout Design Rules, Gate Layouts, Stick Diagrams
1.2 Layout Design Rules, Gate Layouts, Stick Diagrams
1.3 Long Channel I-V Charteristics, C-V Charteristics, Non Ideal I-V Effects
1.3 Long Channel I-V Charteristics, C-V Charteristics, Non Ideal I-V Effects
1.4 DC Transfer Characteristics of MOS transistor
1.4 DC Transfer Characteristics of MOS transistor
1.5 RC Delay Model, Elmore Delay, Linear Delay Model, Logical Effort, Parasitic Delay, Delay in Logic Gate
1.5 RC Delay Model, Elmore Delay, Linear Delay Model, Logical Effort, Parasitic Delay, Delay in Logic Gate

UNIT II

COMBINATIONAL MOS LOGIC CIRCUITS
2.1 Static CMOS
2.1 Static CMOS
2.2 Ratioed Circuits, Cascode Voltage Switch Logic, Dynamic Circuits
2.2 Ratioed Circuits, Cascode Voltage Switch Logic, Dynamic Circuits
2.3 Pass Transistor Logic, Transmission Gates
2.3 Pass Transistor Logic, Transmission Gates
2.4 Domino, Dual Rail Domino, CPL, DCVSPG, DPL, Circuit Pitfalls
2.4 Domino, Dual Rail Domino, CPL, DCVSPG, DPL, Circuit Pitfalls
2.5 Dynamic Power, Static Power, Low Power Architecture
2.5 Dynamic Power, Static Power, Low Power Architecture

UNIT III

SEQUENTIAL CIRCUIT DESIGN
3.1 Static Latches and Registers
3.1 Static Latches and Registers
3.2 Dynamic Latches and Registers, Pulse Registers, Sense Amplifier Based Register
3.2 Dynamic Latches and Registers, Pulse Registers, Sense Amplifier Based Register
3.3 Pipelining
3.3 Pipelining
3.4 Schmitt Trigger, Monostable Sequential Circuits, Astable Sequential Circuits
3.4 Schmitt Trigger, Monostable Sequential Circuits, Astable Sequential Circuits
3.5 Latch Design
3.5 Latch Design

UNIT IV

DESIGN OF ARITHMETIC BUILDING BLOCKS AND SUBSYSTEM
4.1 Adders
4.1 Adders
4.2 Multipliers
4.2 Multipliers
4.3 Shifters
4.3 Shifters
4.4 ALUs
4.4 ALUs
4.5 Design as a Tradeoff - Memory Architectures
4.5 Design as a Tradeoff - Memory Architectures

UNIT V

IMPLEMENTATION STRATEGIES AND TESTING
5.1 FPGA Building Block Architectures
5.1 FPGA Building Block Architectures
5.2 FPGA Interconnect Routing Procedures
5.2 FPGA Interconnect Routing Procedures
5.3 Design for Testability - Ad Hoc Testing
5.3 Design for Testability - Ad Hoc Testing
5.4 Scan Design
5.4 Scan Design

EC8652 WIRELESS COMMUNICATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

WIRELESS CHANNELS
1.1 Wireless Channels
1.1 Wireless Channels
1.2 Two Ray Ground Reflection Model
1.2 Two Ray Ground Reflection Model
1.3 Link Budget Design
1.3 Link Budget Design
1.4 Parameters of Mobile Multipath Channels
1.4 Parameters of Mobile Multipath Channels
1.5 Fading Effects Due To Multipath Time Delay Spread
1.5 Fading Effects Due To Multipath Time Delay Spread

UNIT II

UNIT II CELLULAR ARCHITECTURE
2.1 FDMA and TDMA
2.1 FDMA and TDMA
2.2 CDMA
2.2 CDMA
2.3 TDMA
2.3 TDMA
2.4 The Cellular Concept
2.4 The Cellular Concept
2.5 Channel Assignment Strategies
2.5 Channel Assignment Strategies
2.6 Code Division Multiple Access
2.6 Code Division Multiple Access

UNIT III

DIGITAL SIGNALING FOR FADING CHANNELS
3.1 Principles of Offset QPSK
3.1 Principles of Offset QPSK
3.2 MSK and GMSK
3.2 MSK and GMSK
3.3 OFDM
3.3 OFDM
3.4 Cyclic Prefix and Windowing PAPR
3.4 Cyclic Prefix and Windowing PAPR

UNIT IV

MULTIPATH MITIGATION TECHNIQUES
4.1 Adaptive and Linear Equalization
4.1 Adaptive and Linear Equalization
4.2 Non Linear Equalization
4.2 Non Linear Equalization
4.3 Diversity
4.3 Diversity
4.4 RAKE Receiver
4.4 RAKE Receiver

UNIT V

MULTIPLE ANTENNA TECHNIQUES
5.1 MIMO Systems
5.1 MIMO Systems

MG8591 PRINCIPLES OF MANAGEMENT

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO MANAGEMENT AND ORGANIZATIONS
1.1 Definition of Management, Science or Art
1.1 Definition of Management, Science or Art
1.2 Manager Vs Entrepreneur, Types of Managers
1.2 Manager Vs Entrepreneur, Types of Managers
1.3 Managerial Roles and Skills, Evolution of Management
1.3 Managerial Roles and Skills, Evolution of Management
1.4 Human Relation, System and Contingency Approaches, Types of Business Organization
1.4 Human Relation, System and Contingency Approaches, Types of Business Organization
1.5 Organization Culture and Environment, Current Trends and Issues in Management
1.5 Organization Culture and Environment, Current Trends and Issues in Management

UNIT II

PLANNING
2.1 Nature and Purpose of Planning
2.1 Nature and Purpose of Planning
2.2 Planning Process, Types of Planning, Objectives
2.2 Planning Process, Types of Planning, Objectives
2.3 Policies, Planning Premises
2.3 Policies, Planning Premises
2.4 Strategic Management, Planning Tools and Technology
2.4 Strategic Management, Planning Tools and Technology
2.5 Decision Making Steps and Process
2.5 Decision Making Steps and Process

UNIT III

ORGANISING
3.1 Nature and Purpose, Formal and Informal Organisation
3.1 Nature and Purpose, Formal and Informal Organisation
3.2 Organization Chart, Structure and Types, Line and Staff Authority
3.2 Organization Chart, Structure and Types, Line and Staff Authority
3.3 Departmentalization, Deligation of Authority, Centralization and Decentralization
3.3 Departmentalization, Deligation of Authority, Centralization and Decentralization
3.4 Job Design, Human Resource Management, HR Planning, Recruitment, Selection, Training and Development
3.4 Job Design, Human Resource Management, HR Planning, Recruitment, Selection, Training and Development
3.5 Performance Management, Career Planning and Management
3.5 Performance Management, Career Planning and Management

UNIT IV

DIRECTING
4.1 Directing, Foundations of Individual and Group Behaviour, Motivation
4.1 Directing, Foundations of Individual and Group Behaviour, Motivation
4.2 Motivation Techniques, Motivation Theories, Job Satisfaction, Job Enrichment
4.2 Motivation Techniques, Motivation Theories, Job Satisfaction, Job Enrichment
4.3 Leadership, Types and Theories of Leadership
4.3 Leadership, Types and Theories of Leadership
4.4 Communication, Process of Communication, Barrier in Effective Communication
4.4 Communication, Process of Communication, Barrier in Effective Communication
4.5 Organization Culture, Communication and IT
4.5 Organization Culture, Communication and IT

UNIT V

CONTROLLING
5.1 System and Process of Controlling
5.1 System and Process of Controlling
5.2 Budgetary Control and Techniques
5.2 Budgetary Control and Techniques
5.3 Non-Budgetary Control Techniques
5.3 Non-Budgetary Control Techniques
5.4 Productivity Problems and Management, Control and Performance, Direct and Preventive Control
5.4 Productivity Problems and Management, Control and Performance, Direct and Preventive Control
5.5 Reporting
5.5 Reporting

EC8651 TRANSMISSION LINES AND RF SYSTEMS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

TRANSMISSION LINE THEORY
1.1 General Solution of Transmission Line
1.1 General Solution of Transmission Line
1.2 Waveform Distortion
1.2 Waveform Distortion
1.3 Reflection on Line is Not Terminated in Zo
1.3 Reflection on Line is Not Terminated in Zo
1.4 Input and Transfer Impedance
1.4 Input and Transfer Impedance
1.5 Reflection Loss and Reflection Factor
1.5 Reflection Loss and Reflection Factor

UNIT II

HIGH FREQUENCY TRANSMISSION LINES
2.1 Introduction
2.1 Introduction
2.2 Parameters of The Open Wire Line at Radio Frequency
2.2 Parameters of The Open Wire Line at Radio Frequency
2.3 Standing Waves
2.3 Standing Waves
2.4 Voltage and Current for Dissipation Less Line
2.4 Voltage and Current for Dissipation Less Line
2.5 Measurement of Unknown Load Impedance
2.5 Measurement of Unknown Load Impedance

UNIT III

IMPEDANCE MATCHING IN HIGH FREQUENCY LINES
3.1 Introduction
3.1 Introduction
3.2 THE HALF WAVE LINE
3.2 THE HALF WAVE LINE
3.3 THE EIGHT WAVE LINE
3.3 THE EIGHT WAVE LINE
3.4 Smith Chart
3.4 Smith Chart
3.5 Single Stub Matching using Smith Chart
3.5 Single Stub Matching using Smith Chart

UNIT IV

WAVEGUIDES
4.1 General Wave Behaviour along Uniform Parallel Planes
4.1 General Wave Behaviour along Uniform Parallel Planes
4.2 General Wave Behaviour along Uniform Guiding Structures
4.2 General Wave Behaviour along Uniform Guiding Structures
4.3 General Wave Behaviour in a Circular Waveguide
4.3 General Wave Behaviour in a Circular Waveguide
4.4 Bessels Differential Equation and Bessel Function & TM and TE Waves in Circular Waveguides
4.4 Bessels Differential Equation and Bessel Function & TM and TE Waves in Circular Waveguides

UNIT V

RF SYSTEM DESIGN CONCEPTS
5.1 Active RF Components
5.1 Active RF Components
5.2 RF Amplifiers
5.2 RF Amplifiers
5.3 Stability Considerations
5.3 Stability Considerations
5.4 PN Junction
5.4 PN Junction

EC8004- WIRELESS NETWORKS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

WIRELESS LAN
1.1 Introduction-WLAN technologies
1.1 Introduction-WLAN technologies
1.2 IEEE802.11
1.2 IEEE802.11
1.3 HIPERLAN
1.3 HIPERLAN
1.4 Bluetooth
1.4 Bluetooth
1.5 Wireless USB
1.5 Wireless USB

UNIT II

MOBILE NETWORK LAYER
2.1 Mobile Network Layer
2.1 Mobile Network Layer
2.2 IP Packet Delivery
2.2 IP Packet Delivery
2.3 Tunneling and Encapsulation
2.3 Tunneling and Encapsulation
2.4 Mobile Adhoc Network
2.4 Mobile Adhoc Network
2.5 Routing
2.5 Routing

UNIT III

3G OVERVIEW
3.1 Overview of UTMS Terrestrial Radio access network
3.1 Overview of UTMS Terrestrial Radio access network
3.2 CDMA2000
3.2 CDMA2000

UNIT IV

INTERNETWORKING BETWEEN WLANS AND WWANS
4.1 GPRS
4.1 GPRS
4.2 Interworking Objectives and Requirements
4.2 Interworking Objectives and Requirements
4.3 Interworking Schemes to Connect WLANs and 3G Networks
4.3 Interworking Schemes to Connect WLANs and 3G Networks

UNIT V

4G & Beyond
5.1 Introduction to 4G
5.1 Introduction to 4G
5.2 IMS Architecture
5.2 IMS Architecture

Semester VII

EC8751 OPTICAL COMMUNICATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO OPTICAL FIBERS
1.1 Introduction, Evolution, Elements of Optical Fiber
1.1 Introduction, Evolution, Elements of Optical Fiber
1.2 Ray Theory Transmission
1.2 Ray Theory Transmission
1.3 EM Mode Theory
1.3 EM Mode Theory

UNIT II

TRANSMISSION CHARACTERISTIC OF OPTICAL FIBER
2.1 Attenuation
2.1 Attenuation
2.2 Dispersion
2.2 Dispersion
2.3 Overall Effect
2.3 Overall Effect

UNIT III

OPTICAL SOURCES AND DETECTORS
3.1 LED & Structures
3.1 LED & Structures
3.2 LASER & Structures
3.2 LASER & Structures
3.3 Optical Detectors
3.3 Optical Detectors

UNIT IV

OPTICAL RECEIVER, MEASUREMENTS AND COUPLING
4.1 Optical Receiver
4.1 Optical Receiver
4.2 Error Source
4.2 Error Source
4.3 Pre-Amplifiers
4.3 Pre-Amplifiers

UNIT V

OPTICAL COMMUNICATION SYSTEMS AND NETWORKS
5.1 SONET SDH
5.1 SONET SDH
5.2 Soliton
5.2 Soliton
5.3 Optical CDMA Ultra High Capacity
5.3 Optical CDMA Ultra High Capacity

EC8791 EMBEDDED AND REAL TIME SYSTEMS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO EMBEDDEDSYSTEM DESIGN
1.1 Complex Systems and Microprocessors
1.1 Complex Systems and Microprocessors
1.2 Embedded System Design Process
1.2 Embedded System Design Process
1.3 Design Example - Model Train Controller
1.3 Design Example - Model Train Controller
1.4 Design Methodologies - Design Flows - Requirement Analysis - Specifications
1.4 Design Methodologies - Design Flows - Requirement Analysis - Specifications
1.5 Quality Assurance Techniques
1.5 Quality Assurance Techniques
1.6 Designing with Computing Platforms
1.6 Designing with Computing Platforms
1.7 Platform-Level Performance Analysis
1.7 Platform-Level Performance Analysis

UNIT II

Arm Processor and Peripherals
2.1 ARM Architecture
2.1 ARM Architecture
2.2 Instruction Set
2.2 Instruction Set
2.3 Pulse Width Modulation Unit and UART
2.3 Pulse Width Modulation Unit and UART
2.4 Stacks and Subroutines
2.4 Stacks and Subroutines
2.5 Features of LPC 214X Family and Timer Unit
2.5 Features of LPC 214X Family and Timer Unit

UNIT III

EMBEDDED PROGRAMMING
3.1 Components for embedded programs
3.1 Components for embedded programs
3.2 Program Level Performance Analysis
3.2 Program Level Performance Analysis
3.3 Compilation Technqiues
3.3 Compilation Technqiues
3.4 Program Level Energy and Power Analysis and Optimization
3.4 Program Level Energy and Power Analysis and Optimization
3.5 Analysis and Optimization of Program Size, Program Validation and Testing
3.5 Analysis and Optimization of Program Size, Program Validation and Testing

UNIT IV

Real Time Systems
4.1 Estimating Program Run Time
4.1 Estimating Program Run Time
4.2 Task Assignment and Scheduling
4.2 Task Assignment and Scheduling
4.3 Reliability Evaluation
4.3 Reliability Evaluation
4.4 Clock Synchronization
4.4 Clock Synchronization
4.5 Fault Tolerance Techniques
4.5 Fault Tolerance Techniques

UNIT V

Processes And Operating Systems
5.1 Multiple Tasks and Multiple Processes
5.1 Multiple Tasks and Multiple Processes
5.2 Priority Based Scheduling
5.2 Priority Based Scheduling
5.3 Interprocess Communication Mechanism
5.3 Interprocess Communication Mechanism
5.4 Distributed Embedded Systems
5.4 Distributed Embedded Systems
MPSoCs and Shared Memory Multiprocessors
MPSoCs and Shared Memory Multiprocessors

EC8702- Ad hoc and Wireless Sensor Networks

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

AD HOC NETWORKS – INTRODUCTION AND ROUTING PROTOCOLS
1.1 Ad hoc wireless Internet
1.1 Ad hoc wireless Internet
1.2 Issues in Adhoc wireless Networks
1.2 Issues in Adhoc wireless Networks

UNIT II

SENSOR NETWORKS – INTRODUCTION & ARCHITECTURES
2.1 Introduction – Wireless Sensor Networks
2.1 Introduction – Wireless Sensor Networks
2.2 Application Example
2.2 Application Example
2.3 Enabling Technologies for Wireless Sensor Networks
2.3 Enabling Technologies for Wireless Sensor Networks
2.4 Hardware Components
2.4 Hardware Components

EC8702- ADHOC AND WIRELESS SENSOR NETWORK

UNITS

COURSE MATERIALS & VIDEOS

UNIT III

WSN NETWORKING CONCEPTS AND PROTOCOLS
3.1 Energy Efficient Routing

For Admission +91 8531088888

Call +91 9894298888 | admissions@rcet.org.in

Regional office:

Kerala: +91 8344883888 | 9526154775

Manipur: +91 9485244288 | 8344883888

ROHINI

College of Engineering and Technology

Approved by AICTE and affiliated to Anna University,(An ISO Certified Institution)

Electronics and Communication Engineering

COURSE MATERIALS & VIDEOS

For Admission +91 8531088888

Call +91 9894298888 | admissions@rcet.org.in

Regional office:

Kerala: +91 8344883888 | 9526154775

Manipur: +91 9485244288 | 8344883888

ROHINI

College of Engineering and Technology Approved by AICTE and affiliated to Anna University,(An ISO Certified Institution)

About Us

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Electronics and Communication Engineering

COURSE MATERIALS & VIDEOS

College of Engineering and Technology

Approved by AICTE and affiliated to Anna University,(An ISO Certified Institution)