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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
Listening to Longer Technical Talks and Completing Exercises based on them
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 - Cauchy Integral Theorem
1.1 Line Integral - Cauchy Integral Theorem
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

PH8201 PHYSICS FOR CIVIL ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

THERMAL PERFORMANCE OF BUILDINGS
1.1 Fenestration
1.1 Fenestration
1.2 Thermal Comfort and Climatic design
1.2 Thermal Comfort and Climatic design
1.3 Shading Devices
1.3 Shading Devices
1.4 Thermal Performance and Measurement
1.4 Thermal Performance and Measurement
1.5 Thermal Insulation
1.5 Thermal Insulation
1.6 Chilled Water Plant and Plant Coil
1.6 Chilled Water Plant and Plant Coil
1.7 Central Heating
1.7 Central Heating
1.8 Ventillation
1.8 Ventillation
1.9 Air Conditioners
1.9 Air Conditioners
1.10 Packed A.C
1.10 Packed A.C
1.11 Water Pipping
1.11 Water Pipping
1.12 Cooling Load
1.12 Cooling Load

UNIT II

ACOUSTICS
1.1 Introduction
1.1 Introduction
1.2 Weber Fechner Law and Sabines Formula
1.2 Weber Fechner Law and Sabines Formula
1.3 Absorption Coefficient
1.3 Absorption Coefficient
1.4 Noise Measurements
1.4 Noise Measurements
1.5 Impact of Noise in Buildings
1.5 Impact of Noise in Buildings
1.6 Factors affecting Acoustics of Buildings
1.6 Factors affecting Acoustics of Buildings
1.7 Sound Absorbing Materials
1.7 Sound Absorbing Materials
1.8 Sound Insulation and Measurements
1.8 Sound Insulation and Measurements

UNIT III

LIGHTING DESIGNS
1.1 Introduction
1.1 Introduction
1.2 Radiation Quantities
1.2 Radiation Quantities
1.3 Spectral Quantities
1.3 Spectral Quantities
1.4 Photometry, Cosine Law, Inverse Square Law
1.4 Photometry, Cosine Law, Inverse Square Law
1.5 Vision- Photobic, Mesophic, Scotopic Visions
1.5 Vision- Photobic, Mesophic, Scotopic Visions
1.6 Colour- Luminous Efficiency Function
1.6 Colour- Luminous Efficiency Function
1.7 Visual Field Glare
1.7 Visual Field Glare
1.8 Day Light Calculations
1.8 Day Light Calculations
1.9 Day light Design of Windows
1.9 Day light Design of Windows
1.10 Principles of Artificial Skies
1.10 Principles of Artificial Skies
1.11 Models of Artificial Skies
1.11 Models of Artificial Skies
1.12 Supplementary Artificial Lighting
1.12 Supplementary Artificial Lighting

UNIT IV

NEW ENGINEERING MATERIALS
1.1 Composites
1.1 Composites
1.2 Fiber Reinforced Plastics
1.2 Fiber Reinforced Plastics
1.3 Metallic Glasses
1.3 Metallic Glasses
1.4 Shape Memory Alloys
1.4 Shape Memory Alloys
1.5 Ceramics
1.5 Ceramics
1.6 Ceremics Manufacturing Methods
1.6 Ceremics Manufacturing Methods
1.7 Properties of Ceremics
1.7 Properties of Ceremics
1.8 Ferro Electric and Ferro Magnetic Ceremics
1.8 Ferro Electric and Ferro Magnetic Ceremics
1.9 High Aluminium Ceremics
1.9 High Aluminium Ceremics

UNIT V

HAZARDS
1.1 Seismology and Seismic Waves
1.1 Seismology and Seismic Waves
1.2 Earthquake Ground Motion
1.2 Earthquake Ground Motion
1.3 Estimation Techniques
1.3 Estimation Techniques
1.4 Site Effects
1.4 Site Effects
1.5 Seismic Hazard
1.5 Seismic Hazard
1.6 Cyclone Hazards
1.6 Cyclone Hazards
1.7 Flood Hazards
1.7 Flood Hazards
1.8 Fire Hazards and Protection
1.8 Fire Hazards and Protection
1.9 Fire Proof Materials
1.9 Fire Proof Materials
1.10 Fire Safety
1.10 Fire Safety
1.11 Fire Fighting Equipments
1.11 Fire Fighting Equipments
1.12 Prevention and Safety Measures
1.12 Prevention and Safety Measures

BE8251 BASIC ELECTRICAL AND ELECTRONICS ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ELECTRICAL CIRCUITS & MEASURMENTS
Fundamental Laws of Electric Circuits
Fundamental Laws of Electric Circuits

UNIT II

ELECTRICAL MACHINES
Construction
Construction

UNIT III

SEMICONDUCTOR DEVICES AND APPLICATIONS
1.1 Introduction - Characteristics of PN Junction Diode
1.1 Introduction - Characteristics of PN Junction Diode

UNIT IV

DIGITAL ELECTRONICS
1.1 Binary Number System
1.1 Binary Number System

UNIT V

FUNDAMENTALS OF COMMUNICATION ENGINEERING
1.1 Introduction – Elements of Communication Systems
1.1 Introduction – Elements of Communication Systems

GE8291 ENVIRONMENTAL SCIENCE AND ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ENVIRONMENT, ECOSYSTEMS AND BIODIVERSITY
1.1 Introduction
1.1 Introduction
1.2 Ecosystem & Energy Flow
1.2 Ecosystem & Energy Flow
1.3 Ecological succession
1.3 Ecological succession
1.4 Bio Diversity & Values
1.4 Bio Diversity & Values
1.5 Biodiversity at Global Level
1.5 Biodiversity at Global Level
1.6 Threats to Biodiversity
1.6 Threats to Biodiversity
1.7 Conservation of Biodiversity
1.7 Conservation of Biodiversity

GE8291 ENVIRONMENTAL SCIENCE AND ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

ENVIRONMENTAL POLLUTION
1.1 Air Pollution
1.1 Air Pollution
1.2 Water Pollution
1.2 Water Pollution
1.3 Soil Pollution
1.3 Soil Pollution
1.4 Solid Waste Management
1.4 Solid Waste Management
1.5 Thermal Pollution
1.5 Thermal Pollution
1.6 Marine Pollution
1.6 Marine Pollution
1.7 Noise Pollution
1.7 Noise Pollution
1.8 Radio Active Pollution
1.8 Radio Active Pollution
1.9 Pollution Case Studies
1.9 Pollution Case Studies
1.10 Disaster
1.10 Disaster

UNIT III

NATURAL RESOURCES
1.1 Forest Resources
1.1 Forest Resources
1.2 Water Resources
1.2 Water Resources
1.3 Mineral Resources
1.3 Mineral Resources
1.4 Food Resources
1.4 Food Resources
1.5 Energy Resources
1.5 Energy Resources
1.6 Land Resources
1.6 Land Resources
1.7 Energy Conservation
1.7 Energy Conservation

UNIT IV

SOCIAL ISSUES AND THE ENVIRONMENT
1.1 From Unsustainable to Sustainable Development
1.1 From Unsustainable to Sustainable Development
1.2 Environmental Changes
1.2 Environmental Changes
1.3 Social Issues and Environment
1.3 Social Issues and Environment
1.4 Legislation and Laws
1.4 Legislation and Laws

UNIT V

HUMAN POPULATION AND THE ENVIRONMENT
1.1 Population growth, Variation among Nations
1.1 Population growth, Variation among Nations
1.2 Welfare Programmes
1.2 Welfare Programmes
1.3 Hazards and its Prevention
1.3 Hazards and its Prevention

GE8292 ENGINEERING MECHANICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

STATICS OF PARTICLES
1.1 Introduction – Units and Dimensions
1.1 Introduction – Units and Dimensions

UNIT II

EQUILIBRIUM OF RIGID BODIES
1.1 Free Body Diagram
1.1 Free Body Diagram

UNIT III

PROPERTIES OF SURFACES AND SOLIDS
1.1 Centroids and Centre of Mass
1.1 Centroids and Centre of Mass

UNIT IV

DYNAMICS OF PARTICLES
1.1 Displacements, Velocity and Acceleration
1.1 Displacements, Velocity and Acceleration

UNIT V

FRICTION AND RIGID BODY DYNAMICS
1.1 Friction force – Laws of Sliding Friction
1.1 Friction force – Laws of Sliding Friction

Semester III

MA8353 TRANSFORMS AND PARTIAL DIFFERENTIAL EQUATIONS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PARTIAL DIFFERENTIAL EQUATIONS
Partial Differential Equations
Partial Differential Equations

UNIT II

FOURIER SERIES
FOURIER SERIES
FOURIER SERIES

UNIT III

APPLICATIONS OF PARTIAL DIFFERENTIAL EQUATIONS
APPLICATIONS OF PARTIAL DIFFERENTIAL EQUATIONS
APPLICATIONS OF PARTIAL DIFFERENTIAL EQUATIONS

UNIT IV

FOURIER TRANSFORMS
FOURIER TRANSFORMS
FOURIER TRANSFORMS

UNIT V

Z-TRANSFORMS AND DIFFERENCE EQUATIONS
Z-TRANSFORMS AND DIFFERENCE EQUATIONS
Z-TRANSFORMS AND DIFFERENCE EQUATIONS

CE8301 STRENGTH OF MATERIALS I

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

STRESS, STRAIN AND DEFORMATION OF SOLIDS
1.1 Stress And Strain
1.1 Stress And Strain
1.2 Composite Bar
1.2 Composite Bar
1.3 Thermal Stress And Strain
1.3 Thermal Stress And Strain
1.4 Elastic Constants
1.4 Elastic Constants
1.5. Principal Planes And Principal Stresses
1.5. Principal Planes And Principal Stresses
1.6. Mohrs Circle
1.6. Mohrs Circle

UNIT II

TRANSFER OF LOADS AND STRESSES IN BEAMS
2.1 Introduction
2.1 Introduction
2.2 SFD And BMD For Cantilever Beam
2.2 SFD And BMD For Cantilever Beam
2.3 SFD And BMD For Simply Suported Beam
2.3 SFD And BMD For Simply Suported Beam
2.4 SFD And BMD For Over Hanging Beam
2.4 SFD And BMD For Over Hanging Beam
2.5 Shear And Bending Stress
2.5 Shear And Bending Stress
2.6 Composite Beam
2.6 Composite Beam

UNIT III

DEFLECTION OF BEAMS
3.1 Introduction
3.1 Introduction
3.2 Double Integration Method
3.2 Double Integration Method
3.3 Macaulays Method
3.3 Macaulays Method
3.4 Moment Area Method
3.4 Moment Area Method
3.5 Congugate Beam
3.5 Congugate Beam

UNIT IV

TORSION
4.1 Torsion
4.1 Torsion
4.2 Shaft In Series
4.2 Shaft In Series
4.3 Composite Shaft
4.3 Composite Shaft
4.4 Spring
4.4 Spring
4.5 Helical Spring
4.5 Helical Spring

UNIT V

ANALYSIS OF TRUSSES
5.1 Introduction
5.1 Introduction
5.2 Method Of Joints
5.2 Method Of Joints
5.3 Method Of Section
5.3 Method Of Section
5.4 Tension Coefficient Method
5.4 Tension Coefficient Method

CE8302 FLUID MECHANICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

FLUID PROPERTIES AND FLUID STATICS
1.1 Fluid – Definition
1.1 Fluid – Definition
1.2 Systems of Units
1.2 Systems of Units
1.3-Fluid Properties
1.3-Fluid Properties
1.4 Fluid Statics Concept of Fluid Static Pressure
1.4 Fluid Statics Concept of Fluid Static Pressure
1.5 Pressure Measurements by Manometers
1.5 Pressure Measurements by Manometers
1.6 Forces on Planes
1.6 Forces on Planes
1.7 Buoyancy and Floatation
1.7 Buoyancy and Floatation

UNIT II

FLUID KINEMATICS AND DYNAMICS
2.1 Fluid Kinematics
2.1 Fluid Kinematics
2.2 Classification and Types of Flow
2.2 Classification and Types of Flow
2.3 Continuity Equation
2.3 Continuity Equation
2.4 Fluid Dynamics
2.4 Fluid Dynamics
2.7 Linear momentum equation and its application to pipe bend.
2.7 Linear momentum equation and its application to pipe bend.

UNIT III

DIMENSIONAL ANALYSIS AND MODEL STUDIES
3.1 Dimensions Analysis Introduction
3.1 Dimensions Analysis Introduction
3.2 Methods of Dimensions Analysis
3.2 Methods of Dimensions Analysis
3.3 Dimensionless numbers
3.3 Dimensionless numbers
3.4 Model Studies
3.4 Model Studies
3.5 Similitudes and Model Laws
3.5 Similitudes and Model Laws
3.6 Solved Problems -Model Studies
3.6 Solved Problems -Model Studies

UNIT IV

FLOW THROUGH PIPES
4.1 Reynold’s Experiment
4.1 Reynold’s Experiment
4.3 Hydraulic and Energy gradient
4.3 Hydraulic and Energy gradient
4.4 Darcy – Weisbach equation
4.4 Darcy – Weisbach equation
4.5 Major and Minor Losses of Flow in Pipes
4.5 Major and Minor Losses of Flow in Pipes
4.6 Pipes in Series and in Parallel
4.6 Pipes in Series and in Parallel

UNIT V

BOUNDARY LAYER
5.1 Boundary Layer
5.1 Boundary Layer
5.2 Boundary Layer Thickness
5.2 Boundary Layer Thickness
5.3 Drag Force on Flat Plate due to Boundary layer
5.3 Drag Force on Flat Plate due to Boundary layer
5.4 Solved Problems Boundary Layer Thickness
5.4 Solved Problems Boundary Layer Thickness
5.5 Turbulent Boundary Layer (TBL)
5.5 Turbulent Boundary Layer (TBL)
5.6 Boundary Layer Separation and Control – Drag on Flat Plate
5.6 Boundary Layer Separation and Control – Drag on Flat Plate
5.7 Drag on Flat Plate
5.7 Drag on Flat Plate

CE8391 CONSTRUCTION MATERIALS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

STONES – BRICKS – CONCRETE BLOCKS
1.1 Characteristic of Stone
1.1 Characteristic of Stone
1.2 Test on Stone
1.2 Test on Stone
1.3 Deterioration of Stone
1.3 Deterioration of Stone
1.4 Quarry of Stone
1.4 Quarry of Stone
1.5 Preservation of Stone
1.5 Preservation of Stone

UNIT II

LIME – CEMENT– AGGREGATES – MORTAR
2.1 Lime – Preparation of Lime Mortar
2.1 Lime – Preparation of Lime Mortar
2.2 Cement-Manufacturing Process-Properties and Types
2.2 Cement-Manufacturing Process-Properties and Types
2.3 Test on Cement
2.3 Test on Cement
2.4 Type of Cement
2.4 Type of Cement
2.5 Fly Ash
2.5 Fly Ash
2.6 Aggregate and Classification
2.6 Aggregate and Classification

UNIT III

CONCRETE
3.1 Function of Concrete Ingredients
3.1 Function of Concrete Ingredients
3.2 Manufacturing Process of Concrete
3.2 Manufacturing Process of Concrete
3.3 Classification of Concrete
3.3 Classification of Concrete
3.4 Test on Fresh Concrete
3.4 Test on Fresh Concrete
3.5 Test on Hardened Concrete
3.5 Test on Hardened Concrete

UNIT IV

TIMBER AND OTHER MATERIALS
4.1-TIMBER ,MARKET FORMS OF TIMBER
4.1-TIMBER ,MARKET FORMS OF TIMBER
4.2 STEEL, MARKET FORMS OF STEEL
4.2 STEEL, MARKET FORMS OF STEEL
4.3 ALUMINIUM,ALOOY, PURPUSE OF ALLOYING
4.3 ALUMINIUM,ALOOY, PURPUSE OF ALLOYING
4.4 COMPOSITION,PAINT ,PREPARATION OF PAINT
4.4 COMPOSITION,PAINT ,PREPARATION OF PAINT

UNIT V

MODERN MATERIALS
5.1 GEOFABRICS ,GLASS,PROPERTIES
5.1 GEOFABRICS ,GLASS,PROPERTIES
5.2 FRP (Fibure Reinforced Polimer)
5.2 FRP (Fibure Reinforced Polimer)
5.3 LAMINAR COMPOSITS,CLAY PRODUCTS
5.3 LAMINAR COMPOSITS,CLAY PRODUCTS
5.4 COMPOSITE MATERIALS,GEO TEXTILES
5.4 COMPOSITE MATERIALS,GEO TEXTILES

CE8351 SURVEYING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

FUNDAMENTALS OF CONVENTIONAL SURVEYING AND LEVELLING
1.1 Introduction
1.1 Introduction
1.2 Instruments
1.2 Instruments
1.3 Ranging
1.3 Ranging
1.4 Compass Surveying
1.4 Compass Surveying
1.5 Levelling
1.5 Levelling

UNIT II

THEODOLITE AND TACHEOMETRIC SURVEYING
2.1 Theodolite
2.1 Theodolite
2.2 Adjustment
2.2 Adjustment
2.3 Measurements
2.3 Measurements
2.4 Tacheometric Surveying
2.4 Tacheometric Surveying

UNIT III

ONTROL SURVEYING AND ADJUSTMENT
3.1 Horizontal Controls
3.1 Horizontal Controls
3.2 Vertical Controls
3.2 Vertical Controls
3.3 Triangulation System
3.3 Triangulation System
3.4 Types of Error
3.4 Types of Error
3.5 Principles of Least Squares
3.5 Principles of Least Squares
3.6 Normal Equation
3.6 Normal Equation
3.7 Methods of Least Squares
3.7 Methods of Least Squares

UNIT IV

ADVANCED TOPICS IN SURVEYING
4.1 Photogrammetric Surveying
4.1 Photogrammetric Surveying
4.2 Hydrographic Surveying
4.2 Hydrographic Surveying
4.3 Astronomical Surveying
4.3 Astronomical Surveying

UNIT V

MODERN SURVEYING
5.1 Total Station
5.1 Total Station
5.2 GPS Surveying
5.2 GPS Surveying
5.3 Differential Theory
5.3 Differential Theory
5.4 Error
5.4 Error

CE8392 ENGINEERING GEOLOGY

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PHYSICAL GEOLOGY
1.1 GENERAL GEOLOGY
1.1 GENERAL GEOLOGY
1.2 WEATHERING OF ROCKS
1.2 WEATHERING OF ROCKS
1.3 LANDFORMS AND PROCESSES ASSOCIATED WITH RIVER
1.3 LANDFORMS AND PROCESSES ASSOCIATED WITH RIVER
1.4 LANDFORMS AND PROCESSES ASSOCIATED WITH WIND
1.4 LANDFORMS AND PROCESSES ASSOCIATED WITH WIND
1.5 LANDFORMS AND PROCESSES ASSOCIATED WITH SEA
1.5 LANDFORMS AND PROCESSES ASSOCIATED WITH SEA
1.6 LANDFORMS AND PROCESSES ASSOCIATED WITH GROUNDWATER
1.6 LANDFORMS AND PROCESSES ASSOCIATED WITH GROUNDWATER
1.7 PLATE TECTONICS
1.7 PLATE TECTONICS
1.8 EARTHQUAKES-SIESMIC ZONES IN INDIA
1.8 EARTHQUAKES-SIESMIC ZONES IN INDIA

UNIT II

MINEROLOGY
2.1 PHYSICAL PROPERTIES OF MINERALS
2.1 PHYSICAL PROPERTIES OF MINERALS
2.2 QUARTZ GROUP OF MINERALS
2.2 QUARTZ GROUP OF MINERALS
2.3 FELDSPAR GROUP OF MINERALS
2.3 FELDSPAR GROUP OF MINERALS
2.4 DESCRIPTION OF INDIVIDUAL MINERALS
2.4 DESCRIPTION OF INDIVIDUAL MINERALS
2.5 CLAY MINERALS
2.5 CLAY MINERALS

UNIT III

PETROLOGY
3.1 CLASSIFICATION OF ROCKS
3.1 CLASSIFICATION OF ROCKS
3.2 TEXTURES AND STRUCTURES OF ROCKS
3.2 TEXTURES AND STRUCTURES OF ROCKS
3.3 DISTINCTION BETWEEN IGNEOUS, SEDIMENTARY, AND METAMORPHIC ROCKS
3.3 DISTINCTION BETWEEN IGNEOUS, SEDIMENTARY, AND METAMORPHIC ROCKS
3.4 ENGINEERING PROPERTIES OF ROCKS
3.4 ENGINEERING PROPERTIES OF ROCKS
3.5 DESCRIPTION OF INDIVIDUAL ROCKS _ IGNEOUS ROCKS
3.5 DESCRIPTION OF INDIVIDUAL ROCKS _ IGNEOUS ROCKS
3.6 DESCRIPTION OF INDIVIDUAL ROCKS _ METAMORPHIC ROCKS
3.6 DESCRIPTION OF INDIVIDUAL ROCKS _ METAMORPHIC ROCKS
3.7 DESCRIPTION OF INDIVIDUAL ROCKS _ SEDIMENTARY ROCKS
3.7 DESCRIPTION OF INDIVIDUAL ROCKS _ SEDIMENTARY ROCKS

UNIT IV

STRUCTURAL GEOLOGY AND GEOPHYSICAL METHODS
4.1 STUDY OF STRUCTURES-FOLDS
4.1 STUDY OF STRUCTURES-FOLDS
4.2 STUDY OF STRUCTURES-FAULTS
4.2 STUDY OF STRUCTURES-FAULTS
4.3 STUDY OF STRUCTURES-JOINTS
4.3 STUDY OF STRUCTURES-JOINTS
4.4 ELECTRICAL AND SEISMIC METHODS FOR CIVIL ENGINEERING APPLICATIONS
4.4 ELECTRICAL AND SEISMIC METHODS FOR CIVIL ENGINEERING APPLICATIONS

UNIT V

APPLICATION OF GEOLOGICAL INVESTIGATIONS
5.1 REMOTE SENSING FOR CIVIL ENGINEERING
5.1 REMOTE SENSING FOR CIVIL ENGINEERING
5.2 GEOLOGICAL CONSIDERATIONS FOR DESIGN AND CONSTRUCTION OF DAM AND RESERVOIR
5.2 GEOLOGICAL CONSIDERATIONS FOR DESIGN AND CONSTRUCTION OF DAM AND RESERVOIR
5.3 GEOLOGICAL CONSIDERATIONS FOR DESIGN AND CONSTRUCTION OF TUNNELS
5.3 GEOLOGICAL CONSIDERATIONS FOR DESIGN AND CONSTRUCTION OF TUNNELS
5.4 GEOLOGICAL CONSIDERATIONS FOR THE DESIGN AND CONSTRUCTION OF ROAD CUTTINGS
5.4 GEOLOGICAL CONSIDERATIONS FOR THE DESIGN AND CONSTRUCTION OF ROAD CUTTINGS
5.5 HYDROGEOLOGICAL INVESTIGATIONS
5.5 HYDROGEOLOGICAL INVESTIGATIONS
5.6 MINING
5.6 MINING
5.7 COASTAL PROTECTION STRUCTURES
5.7 COASTAL PROTECTION STRUCTURES
5.7 COASTAL PROTECTION STRUCTURES
5.7 COASTAL PROTECTION STRUCTURES

Semester IV

MA8491 NUMERICAL METHODS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SOLUTION OF EQUATIONS AND EIGENVALUE PROBLEMS
Solution of Algebraic and Transcendental Equations
Solution of Algebraic and Transcendental Equations

UNIT I

NUMERICAL DIFFERENTIATION AND INTEGRATION
Approximation of Derivatives using Interpolation Polynomials
Approximation of Derivatives using Interpolation Polynomials

UNIT II

NTERPOLATION AND APPROXIMATION
Interpolation with Unequal Intervals
Interpolation with Unequal Intervals

UNIT IV

INITIAL VALUE PROBLEMS FOR ORDINARY DIFFERENTIAL EQUATIONS
Single Step Methods
Single Step Methods

UNIT V

BOUNDARY VALUE PROBLEMS IN ORDINARY AND PARTIAL DIFFERENTIAL EQUATIONS
Finite Difference Methods for Solving Second Order Two
Finite Difference Methods for Solving Second Order Two

CE8401 CONSTRUCTION TECHNIQUES AND PRACTICES

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

CONSTRUCTION TECHNIQUES
1.1 Structural Systems
1.1 Structural Systems
1.2 High rise building
1.2 High rise building
1.3 Green building
1.3 Green building
1.4 Natural building
1.4 Natural building
1.5 Passive Building
1.5 Passive Building

UNIT II

CONSTRUCTION PRACTICES
2.1 Specifications
2.1 Specifications
2.2 Site Clearance
2.2 Site Clearance
2.3 Masonry
2.3 Masonry
2.4 Flooring
2.4 Flooring
2.5 Damp Proof Course
2.5 Damp Proof Course

UNIT III

SUB STRUCTURE CONSTRUCTION
3.1 Jacking
3.1 Jacking
3.2 Diaphragam Wall
3.2 Diaphragam Wall
3.3 Tunneling
3.3 Tunneling
3.4 Caisson
3.4 Caisson

UNIT IV

SUPER STRUCTURE CONSTRUCTION
4.1 Offshore Platform
4.1 Offshore Platform
4.2 Thinshell
4.2 Thinshell
4.3 Heavy Equipments
4.3 Heavy Equipments
4.4 Domes
4.4 Domes

UNIT V

CONSTRUCTION EQUIPMENT
5.1 Earthwork Equipments
5.1 Earthwork Equipments
5.2 Pile Driving Equipments
5.2 Pile Driving Equipments
5.3 Mixing Equipment
5.3 Mixing Equipment
5.4 Concreting
5.4 Concreting
5.5 Materials Handling Equipments
5.5 Materials Handling Equipments

CE8402 STRENGTH OF MATERIALS II

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ENERGY PRINCIPLES
Strain Energy and Strain Energy Density
Strain Energy and Strain Energy Density

UNIT II

NDETERMINATE BEAMS
Concept of Analysis
Concept of Analysis

UNIT III

COLUMNS AND CYLINDERS
Euler’s Column Theory
Euler’s Column Theory

UNIT IV

STATE OF STRESS IN THREE DIMENSIONS
Stress Tensor at a Point
Stress Tensor at a Point

UNIT V

ADVANCED TOPICS
Unsymmetrical Bending of Beams of Symmetrical and Unsymmetrical Sections
Unsymmetrical Bending of Beams of Symmetrical and Unsymmetrical Sections

CE8403 APPLIED HYDRAULIC ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

UNIFORM FLOW
1.1 Definition and Differences between Pipe Flow and Open Channel Flow
1.1 Definition and Differences between Pipe Flow and Open Channel Flow
1.2 Types of Flow
1.2 Types of Flow
1.3 Properties of Open Channel & Velocity distribution in open channel
1.3 Properties of Open Channel & Velocity distribution in open channel
1.4 Steady Uniform Flow Chezy Equation, Manning Equation
1.4 Steady Uniform Flow Chezy Equation, Manning Equation
1.5 Best Hydraulic Sections for Uniform Flow
1.5 Best Hydraulic Sections for Uniform Flow
1.6 Wide Open Channel
1.6 Wide Open Channel
1.7 Specific Energy and Specific Force
1.7 Specific Energy and Specific Force
1.8 Critical Flow
1.8 Critical Flow

UNIT II

GRADUALLY VARIED FLOW
2.1 Dynamic Equations of Gradually Varied Flows
2.1 Dynamic Equations of Gradually Varied Flows
2.2 Types of Flow Profiles
2.2 Types of Flow Profiles
2.3 Classification
2.3 Classification
2.4 Computation by Direct Step Method and Standard Step Method
2.4 Computation by Direct Step Method and Standard Step Method
2.5 Control Section
2.5 Control Section
2.6 Break in Grade
2.6 Break in Grade

UNIT III

RAPIDLY VARIED FLOW
3.1 Application of the Momentum Equation for RVF
3.1 Application of the Momentum Equation for RVF
3.2 HYDRAULIC JUMPS
3.2 HYDRAULIC JUMPS
3.3 Hydraulic Jump Types
3.3 Hydraulic Jump Types
3.4 ENERGY DISSIPATION
3.4 ENERGY DISSIPATION
3.5 CELERITY
3.5 CELERITY
3.6 RAPIDLY VARIED UNSTEADY FLOWS (POSITIVE AND NEGATIVE SURGES)
3.6 RAPIDLY VARIED UNSTEADY FLOWS (POSITIVE AND NEGATIVE SURGES)

UNIT IV

TURBINES
Impact of Jet on flat, curved plates, Stationary and Moving
Impact of Jet on flat, curved plates, Stationary and Moving

UNIT V

PUMPS
Classification of Pumps
Classification of Pumps

CE8404 CONCRETE TECHNOLOGY

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

CONSTITUENT MATERIALS
1.1 Cement
1.1 Cement
1.2 Chemical Composition and Properties
1.2 Chemical Composition and Properties
1.3 Test on Cement
1.3 Test on Cement
1.4 Aggregate
1.4 Aggregate
1.5 Mechanical Properties of Cement
1.5 Mechanical Properties of Cement
1.6 Grading Requirements
1.6 Grading Requirements
1.7 Water
1.7 Water
1.8 Quality of Water for Use in Concrete
1.8 Quality of Water for Use in Concrete

UNIT II

CHEMICAL AND MINERAL ADMIXTURES
2.1 Admixtures
2.1 Admixtures
2.2 Retarders
2.2 Retarders
2.3 Plasticizers
2.3 Plasticizers
2.4 Super Plasticizers
2.4 Super Plasticizers
2.5 Water Proofers
2.5 Water Proofers
2.6 Mineral Admixtures
2.6 Mineral Admixtures
2.7 Silica Fumes
2.7 Silica Fumes

UNIT III

PROPORTIONING OF CONCRETE MIX
3.1 Principles of Mix Proportioning
3.1 Principles of Mix Proportioning
3.2 PROPERTIES OF CONCRETE RELATED TO MIX DESIGN
3.2 PROPERTIES OF CONCRETE RELATED TO MIX DESIGN
3.3 FACTORS AFFECTING THE MIX DESIGN
3.3 FACTORS AFFECTING THE MIX DESIGN
3.4 PHYSICAL PROPERTIES OF MATERIALS REQUIRED TO MIX DESIGN
3.4 PHYSICAL PROPERTIES OF MATERIALS REQUIRED TO MIX DESIGN
3.5 TYPES OF MIXES
3.5 TYPES OF MIXES
3.6 REQUIREMENTS OF CONCRETE MIX DESIGN
3.6 REQUIREMENTS OF CONCRETE MIX DESIGN
3.7 BIS METHOD OF MIX DESIGN
3.7 BIS METHOD OF MIX DESIGN
3.8 MIX DESIGN EXAMPLES
3.8 MIX DESIGN EXAMPLES

UNIT IV

FRESH AND HARDENED PROPERTIES OF CONCRETE
4.1 Workability
4.1 Workability
4.2 Segregation and Bleeding
4.2 Segregation and Bleeding
4.3 Determination of Strength Properties of Hardened Concrete
4.3 Determination of Strength Properties of Hardened Concrete
4.4 Test on Hardened Concrete
4.4 Test on Hardened Concrete
4.5 Stress-Strain Curve for Concrete
4.5 Stress-Strain Curve for Concrete
4.6 Modulus of Elasticity
4.6 Modulus of Elasticity
4.7 Durability of Concrete
4.7 Durability of Concrete
4.8 Properties of Durability
4.8 Properties of Durability

UNIT V

SPECIAL CONCRETES
5.1 Light Weight Concretes
5.1 Light Weight Concretes
5.2 Self Compacting Concrete
5.2 Self Compacting Concrete
5.3 High Strength Concrete
5.3 High Strength Concrete
5.4 Ferrocement
5.4 Ferrocement
5.5 Ready Mix Concrete
5.5 Ready Mix Concrete
5.6 Shotcrete
5.6 Shotcrete
5.7 High Performance Concrete
5.7 High Performance Concrete
5.8 Polymer Concrete
5.8 Polymer Concrete

CE8491 SOIL MECHANICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SOIL CLASSIFICATION AND COMPACTION
1.1 History of Soil
1.1 History of Soil
1.2 Soil Formation
1.2 Soil Formation
1.3 Phase Relation
1.3 Phase Relation
1.4 Inter Relation
1.4 Inter Relation
1.5 Index Properties of Soil
1.5 Index Properties of Soil
1.6 Compaction
1.6 Compaction
1.7 Classification of Soil
1.7 Classification of Soil
1.8 Clay Mineralogy and Soil Structure
1.8 Clay Mineralogy and Soil Structure

UNIT II

EFFECTIVE STRESS AND PERMEABILITY
2.1 Soil Water
2.1 Soil Water
2.2 Capillary
2.2 Capillary
2.3 Stress Condition
2.3 Stress Condition
2.4 Permeabilty
2.4 Permeabilty
2.5 Seepage
2.5 Seepage

UNIT III

STRESS DISTRIBUTION AND SETTLEMENT
3.1.Boussineqs method point load
3.1.Boussineqs method point load
3.2.Boussineqs method udl load
3.2.Boussineqs method udl load
3.3. Boussineqs line load
3.3. Boussineqs line load
3.4. Newmark influence chart
3.4. Newmark influence chart
3.5. Consolidation
3.5. Consolidation
3.6.Settlement
3.6.Settlement

UNIT IV

SHEAR STRENGTH
4.1Shear strength of soil
4.1Shear strength of soil
4.2 Mohrs Columb theory
4.2 Mohrs Columb theory
4.3 Direct shear test
4.3 Direct shear test
4.4 Triaxial compression test
4.4 Triaxial compression test
4.5 Unconfined compression (ucc) test
4.5 Unconfined compression (ucc) test
4.6 Vane shear test
4.6 Vane shear test

UNIT V

SLOPE STABILITY
5.1 Soil mechanism and its causes
5.1 Soil mechanism and its causes
5.2 Type of slope failure
5.2 Type of slope failure
5.3 Infinite slope
5.3 Infinite slope
5.4 Finite slope-Swedish circle method
5.4 Finite slope-Swedish circle method
5.5 Finite - friction circle method
5.5 Finite - friction circle method
5.6 Factor of Safety and Stability number
5.6 Factor of Safety and Stability number
5.7 Culmanns method
5.7 Culmanns method
5.8 Bishop method and slope protection measures
5.8 Bishop method and slope protection measures

Semester V

CE8501 DESIGN OF REINFORCED CEMENT CONCRETE ELEMENTS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION
1.1 Objective Of Structural Design
1.1 Objective Of Structural Design
1.2 Steps In RCC Structural Design Process
1.2 Steps In RCC Structural Design Process
1.3 TYPE OF LOADS ON STRUCTURES AND LOAD COMBINATIONS
1.3 TYPE OF LOADS ON STRUCTURES AND LOAD COMBINATIONS
1.4 CODE OF PRACTICES AND SPECIFICATIONS
1.4 CODE OF PRACTICES AND SPECIFICATIONS
1.5 CONCEPT OF WORKING STRESS METHOD, ULTIMATE LOAD DESIGN AND LIMIT STATE DESIGN METHODS FOR RCC
1.5 CONCEPT OF WORKING STRESS METHOD, ULTIMATE LOAD DESIGN AND LIMIT STATE DESIGN METHODS FOR RCC
1.6 PROPERTIES OF CONCRETE AND REINFORCING STEEL
1.6 PROPERTIES OF CONCRETE AND REINFORCING STEEL
1.7 ANALYSIS AND DESIGN OF SINGLY REINFORCED RECTANGULAR BEAMS BY WORKING STRESS METHOD
1.7 ANALYSIS AND DESIGN OF SINGLY REINFORCED RECTANGULAR BEAMS BY WORKING STRESS METHOD
1.8 Limit State philosophy as detailed in IS code
1.8 Limit State philosophy as detailed in IS code
1.9 ADVANTAGES OF LIMIT STATE METHOD OVER OTHER METHODS
1.9 ADVANTAGES OF LIMIT STATE METHOD OVER OTHER METHODS
1.10 Analysis and design of singly and doubly reinforced rectangular beams by Limit state method
1.10 Analysis and design of singly and doubly reinforced rectangular beams by Limit state method

UNIT II

DESIGN OF BEAMS
2.1Analysis and design of Flanged beams
2.1Analysis and design of Flanged beams
2.2 Design of Flanged beams
2.2 Design of Flanged beams
2.3 Design of Shear and torsion
2.3 Design of Shear and torsion
2.4 Design Problem – T beam
2.4 Design Problem – T beam
2.5 Design Problem – T beam-2
2.5 Design Problem – T beam-2
2.6 Design of RC members for combined Bending, Shear and Torsion.
2.6 Design of RC members for combined Bending, Shear and Torsion.

UNIT III

DESIGN OF SLABS AND STAIRCASE
3.1 Difference between One Way Slab and Two Way Slab
3.1 Difference between One Way Slab and Two Way Slab
3.2 Analysis and design of cantilever slab
3.2 Analysis and design of cantilever slab
3.3 one way simply supported slab
3.3 one way simply supported slab
3.4 Two way slab design
3.4 Two way slab design
3.5 Design of simply supported and continuous slabs using IS code (1)
3.5 Design of simply supported and continuous slabs using IS code (1)
3.6 Types of Staircases
3.6 Types of Staircases

UNIT IV

DESIGN OF COLUMNS
4.1 Types of Column
4.1 Types of Column
4.2 Axially Loaded columns
4.2 Axially Loaded columns
4.3 Design of short Rectangular axaily loaded column
4.3 Design of short Rectangular axaily loaded column
4.4 Design for Uniaxial column
4.4 Design for Uniaxial column
4.5 Design for Uniaxial and Biaxial bending using Column Curves
4.5 Design for Uniaxial and Biaxial bending using Column Curves
4.6 Design of circular columns
4.6 Design of circular columns
4.7 Short column
4.7 Short column
4.8 Design of Slender columns
4.8 Design of Slender columns

UNIT V

DESIGN OF FOOTINGS
5.1 Footing -Introduction -Types
5.1 Footing -Introduction -Types
5.2 Difference between shallow and deep foundation
5.2 Difference between shallow and deep foundation
5.3 Concepts of Proportioning footings and foundations based on soil properties
5.3 Concepts of Proportioning footings and foundations based on soil properties
5.4 Design of axially loaded Square footing
5.4 Design of axially loaded Square footing
5.5 Design of wall footing
5.5 Design of wall footing
5.6 Design of axially loaded rectangular footing
5.6 Design of axially loaded rectangular footing
5.7 Design of Combined Rectangular footing for two columns only
5.7 Design of Combined Rectangular footing for two columns only

CE8502 STRUCTURAL ANALYSIS I

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

STRAIN ENERGY METHOD
1.1 Introduction of Strain Energy Method
1.1 Introduction of Strain Energy Method
1.2 Degree of Static and Kinematic Indeterminate Structures
1.2 Degree of Static and Kinematic Indeterminate Structures
1.3 Analysis of Statically Indeterminate Structures in Continuous Beams
1.3 Analysis of Statically Indeterminate Structures in Continuous Beams
1.4 Analysis of Statically Indeterminate Structures in Plane Frames
1.4 Analysis of Statically Indeterminate Structures in Plane Frames
1.5 Analysis of Statically Indeterminate Structures in Plane Truss
1.5 Analysis of Statically Indeterminate Structures in Plane Truss

UNIT II

SLOPE DEFLECTION METHOD
2.1 Slope Deflection Equations and Conditions
2.1 Slope Deflection Equations and Conditions
2.2 Analysis of Continuous Beams
2.2 Analysis of Continuous Beams
2.3 Analysis of Rigid Frames
2.3 Analysis of Rigid Frames
2.4 Support Settlements in Slope Deflection Method
2.4 Support Settlements in Slope Deflection Method
2.5 Symmetric and Skew-Symmetric Loadings
2.5 Symmetric and Skew-Symmetric Loadings

UNIT III

MOMENT DISTRIBUTION METHOD
3.1 Stiffness,Distribution and Carry over factors
3.1 Stiffness,Distribution and Carry over factors
3.2 Analysis of Continuous Beams
3.2 Analysis of Continuous Beams
3.3 Plane Rigid Frames With and Without Sway
3.3 Plane Rigid Frames With and Without Sway
3.4 Support Settlements in Moment Distribution Method
3.4 Support Settlements in Moment Distribution Method
3.5 Symmetric and Skew-Symmetric Loadings
3.5 Symmetric and Skew-Symmetric Loadings

UNIT IV

FLEXIBLITY METHOD
4.1 Primary Structures and Compatibility Conditions
4.1 Primary Structures and Compatibility Conditions
4.2 Formation of Flexibility Matrices
4.2 Formation of Flexibility Matrices
4.3 Analysis of Continuous Beams
4.3 Analysis of Continuous Beams
4.4 Analysis of Rigid Frames
4.4 Analysis of Rigid Frames
4.5 Analysis of Pin-Jointed Truss
4.5 Analysis of Pin-Jointed Truss

UNIT V

STIFFNESS METHOD
5.1 Restrained Structures in Stiffness Method
5.1 Restrained Structures in Stiffness Method
5.2 Formation of Stiffness Matrices
5.2 Formation of Stiffness Matrices
5.3 Analysis of Continuous Beams
5.3 Analysis of Continuous Beams
5.4 Analysis of Rigid Frames
5.4 Analysis of Rigid Frames
5.5 Analysis of Pin-Jointed Truss
5.5 Analysis of Pin-Jointed Truss

EN8491 WATER SUPPLY ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SOURCES OF WATER
1.1 Objectives and Planning of water supply system
1.1 Objectives and Planning of water supply system
1.2 Design period and Impounding reservoir
1.2 Design period and Impounding reservoir
1.3 Population forecasting methods and Factors influencing population
1.3 Population forecasting methods and Factors influencing population
1.4 Types of Water Demand
1.4 Types of Water Demand
1.5 Factors affecting percapita demand and Variations in Demand
1.5 Factors affecting percapita demand and Variations in Demand
1.6 Characteristics of water
1.6 Characteristics of water
1.7 Sources of water
1.7 Sources of water
1.8 Standards of water
1.8 Standards of water

UNIT II

CONVEYANCE FROM THE SOURCE
2.1 Intake structures
2.1 Intake structures
2.2 Conduits for Water
2.2 Conduits for Water
2.3 Pipe materials
2.3 Pipe materials
2.4 Laying of pipeline and Testing of pipeline
2.4 Laying of pipeline and Testing of pipeline
2.4 Laying of pipeline and Testing of pipeline
2.4 Laying of pipeline and Testing of pipeline
2.5 Pipe joints
2.5 Pipe joints
2.6 Appurtenances in conveyance system
2.6 Appurtenances in conveyance system
2.7 Causes of pipe corrosion and Preventive methods
2.7 Causes of pipe corrosion and Preventive methods
2.8 Types of Pumps
2.8 Types of Pumps

UNIT III

WATER TREATMENT
3.1 Unit Operations and unit Processes in water treatment
3.1 Unit Operations and unit Processes in water treatment
3.2 Sedimentation tank
3.2 Sedimentation tank
3.3 Sedimentation aided with coagulation
3.3 Sedimentation aided with coagulation
3.4 Filtration of Water
3.4 Filtration of Water
3.5 Disinfection
3.5 Disinfection
3.6 Chlorination
3.6 Chlorination

UNIT IV

ADVANCED WATER TREATMENT
4.1 Aeration process
4.1 Aeration process
4.2 Removal of color,Odour and Taste
4.2 Removal of color,Odour and Taste
4.3 Water softening
4.3 Water softening
4.4 Iron and Manganese removal
4.4 Iron and Manganese removal
4.5 Desalination process
4.5 Desalination process
4.6 Membrane process
4.6 Membrane process
4.7 O&M aspects of Water treatment plant
4.7 O&M aspects of Water treatment plant

UNIT V

WATER DISTRIBUTION AND SUPPLY
5.1 Requirements of distribution system
5.1 Requirements of distribution system
5.2 Service Reservoirs
5.2 Service Reservoirs
5.3 Methods of distribution systems
5.3 Methods of distribution systems
5.4 Layout of distribution network
5.4 Layout of distribution network
5.5 House service connection
5.5 House service connection
5.6 Appurtenances in distribution systems
5.6 Appurtenances in distribution systems
5.7 Principles of water supply in buildings
5.7 Principles of water supply in buildings

CE8591 FOUNDATION ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SITE INVESTIGATION AND SELECTION OF FOUNDATION
1.1Scope and Objectives of Soil Exploration
1.1Scope and Objectives of Soil Exploration
1.2 Method of Soil Exploration
1.2 Method of Soil Exploration
1.3 Depth and Spacing of bore hole
1.3 Depth and Spacing of bore hole
1.4 Soil Sample
1.4 Soil Sample
1.5 Penetration Test
1.5 Penetration Test
1.6 Bore log Report
1.6 Bore log Report

UNIT II

SHALLOW FOUNDATION
2.1 Depth of Foundation
2.1 Depth of Foundation
2.2 Bearing Capacity of Soil
2.2 Bearing Capacity of Soil
2.3 Terzaghis Equation
2.3 Terzaghis Equation
2.4 IS Method
2.4 IS Method
2.5 Bearing Capacity from Insitu Test
2.5 Bearing Capacity from Insitu Test
2.6 Settlement
2.6 Settlement

UNIT III

FOOTINGS AND RAFTS
3.1 Types of Isolated Footing
3.1 Types of Isolated Footing
3.2 Contact Pressure and settlement distribution
3.2 Contact Pressure and settlement distribution
3.3 Design of Footings
3.3 Design of Footings
3.4 Proportion of Footings
3.4 Proportion of Footings
3.5 Mat Foundation
3.5 Mat Foundation

UNIT IV

PILE FOUNDATION
4.1 Classification of Pile
4.1 Classification of Pile
4.2 Load carrying capacity of Pile Dynamic Analysis
4.2 Load carrying capacity of Pile Dynamic Analysis
4.3 Load carrying capacity of Pile-Static Analysis
4.3 Load carrying capacity of Pile-Static Analysis
4.4 Capacity from insitu tests
4.4 Capacity from insitu tests
4.5 Method of Pile Driving
4.5 Method of Pile Driving

UNIT V

RETAINING WALLS
5.1 Lateral Earth Pressure
5.1 Lateral Earth Pressure
5.2 Rankins Theory
5.2 Rankins Theory
5.3 Culmanns Method
5.3 Culmanns Method
5.4 Coulombs Method
5.4 Coulombs Method
5.5 Stability Analysis of Retaining Wall
5.5 Stability Analysis of Retaining Wall

GE8074 HUMAN RIGHTS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

HUMAN RIGHTS
1.1 Human Rights ATheoretical Perspective
1.1 Human Rights ATheoretical Perspective
1.2 Origin and Historical Development of Human Rights
1.2 Origin and Historical Development of Human Rights
1.3 Theories of Human Rights
1.3 Theories of Human Rights
1.4 Concept of Human Rights
1.4 Concept of Human Rights
1.5 Classification of Human Rights
1.5 Classification of Human Rights

UNIT II

HUMAN RIGHTS
2.1 Magna carta
2.1 Magna carta
2.2 Geneva Convention of 1864
2.2 Geneva Convention of 1864
2.3 Universal Declaration Of Human Rights
2.3 Universal Declaration Of Human Rights
2.4 Article 1 to 20
2.4 Article 1 to 20
2.5 Article 21 to 30
2.5 Article 21 to 30

UNIT III

THEORIES
3.1 Introduction of United Nations
3.1 Introduction of United Nations
3.2 Organisation of the court
3.2 Organisation of the court
3.3 Competence of the Court
3.3 Competence of the Court
3.4 Specialised Agencies
3.4 Specialised Agencies
3.5 Human Rights Council
3.5 Human Rights Council

UNIT IV

HUMAN RIGHTS
4.1 Human Rights in India
4.1 Human Rights in India
4.2 The Indian Constitution
4.2 The Indian Constitution
4.3 The Citizenship
4.3 The Citizenship
4.4 Fundamental Duties
4.4 Fundamental Duties
4.5 Fundamental Rights
4.5 Fundamental Rights

UNIT V

HUMAN RIGHTS
5.1 Human Rights of Disadvantaged people
5.1 Human Rights of Disadvantaged people
5.2 Impact of the convention of the child rights
5.2 Impact of the convention of the child rights
5.3 The Convention on the rights of persons with Disabilities
5.3 The Convention on the rights of persons with Disabilities
5.4 Human Rights for HIV infected people
5.4 Human Rights for HIV infected people
5.5 Implementation of Human Rights
5.5 Implementation of Human Rights

OAI551 ENVIRONMENT AND AGRICULTURE

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ENVIRONMENTAL CONCERNS
1.1 Environmental Basis for Agriculture and Food
1.1 Environmental Basis for Agriculture and Food
1.2 Land Use and Landscape Changes
1.2 Land Use and Landscape Changes
1.3 Water Quality Issues
1.3 Water Quality Issues
1.4 Changing Social Structure and Economic Focus
1.4 Changing Social Structure and Economic Focus
1.5 Globalization and its Impacts
1.5 Globalization and its Impacts
1.6 Agro Ecosystems
1.6 Agro Ecosystems

UNIT II

ENVIRONMENTAL IMPACTS
2.1 Irrigation Development and Watersheds
2.1 Irrigation Development and Watersheds
2.2 Mechanized Agriculture and Soil Cover Impacts
2.2 Mechanized Agriculture and Soil Cover Impacts
2.3 Erosion and Problems of Deposition in Irrigation Systems
2.3 Erosion and Problems of Deposition in Irrigation Systems
2.4 Agricultural Drainage and Downstream Impacts
2.4 Agricultural Drainage and Downstream Impacts
2.5 Agriculture Versus Urban Impacts
2.5 Agriculture Versus Urban Impacts

UNIT III

CLIMATE CHANGE
3.1 Global Warming and Changing Environment
3.1 Global Warming and Changing Environment
3.2 Ecosystem Changes
3.2 Ecosystem Changes
3.3 Changing Blue-Green-Grey Water Cycles
3.3 Changing Blue-Green-Grey Water Cycles
3.4 Water Scarcity and Water Shortages
3.4 Water Scarcity and Water Shortages
3.5 Desertification
3.5 Desertification

UNIT IV

ECOLOGICAL DIVERSITY AND AGRICULTURE
4.1 Ecological Diversity, Wild life and Agriculture
4.1 Ecological Diversity, Wild life and Agriculture
4.2 GM crops and their impacts on the environment
4.2 GM crops and their impacts on the environment
4.3 Insets and agriculture
4.3 Insets and agriculture
4.4 Pollination crisis
4.4 Pollination crisis
4.5 Ecological farming principles
4.5 Ecological farming principles
4.6 Forest fragmentation and agriculture – Agricultural biotechnology concerns.
4.6 Forest fragmentation and agriculture – Agricultural biotechnology concerns.

UNIT V

EMERGING ISSUES
5.1 Global Environmental Governance
5.1 Global Environmental Governance
5.2 Alternate culture systems
5.2 Alternate culture systems
5.3 AGRICULTURAL ENVIRONMENT POLICIES AND ITS IMPACTS
5.3 AGRICULTURAL ENVIRONMENT POLICIES AND ITS IMPACTS
5.4 Sustainable Agriculture
5.4 Sustainable Agriculture

Semester VI

CE8601 DESIGN OF STEEL STRUCTURAL ELEMENTS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION AND ALLOWABLE STRESS DESIGN
1.1 Structural Steel Types
1.1 Structural Steel Types
1.2 Mechanical Properties of Structural Steel
1.2 Mechanical Properties of Structural Steel
1.3 Indian Structural Steel Products
1.3 Indian Structural Steel Products
1.4 Steps Involved in the Deign Process
1.4 Steps Involved in the Deign Process
1.5 Concept of Allowable Stress Method
1.5 Concept of Allowable Stress Method
1.6 Design of Laterally Supported Solid Hot Rolled Section Beams
1.6 Design of Laterally Supported Solid Hot Rolled Section Beams
1.7 Allowable Stress Deign of Angle Tension
1.7 Allowable Stress Deign of Angle Tension

UNIT II

CONNECTIONS IN STEEL STRUCTURES
2.1 Bolts Pins and Welds
2.1 Bolts Pins and Welds
2.2 Types of Simple Bolted and Welded Connections Relative Advantages and Limitations
2.2 Types of Simple Bolted and Welded Connections Relative Advantages and Limitations
2.3 Shear Lag
2.3 Shear Lag
2.4 Design of Slip Critical Connections with High Strength Friction Grip Bolts
2.4 Design of Slip Critical Connections with High Strength Friction Grip Bolts
2.5 Axially Loaded Bolted Connections for Plates and Angle Members using Bearing Type Bolts
2.5 Axially Loaded Bolted Connections for Plates and Angle Members using Bearing Type Bolts
2.6 Prying Forces
2.6 Prying Forces
2.7 Welds-Symbols and Specifications- Effective Area of Welds
2.7 Welds-Symbols and Specifications- Effective Area of Welds
2.8 Fillet and Butt Welded Connections-Axially Loaded Connections
2.8 Fillet and Butt Welded Connections-Axially Loaded Connections
2.9 Eccentrically Loaded Bracket Connections
2.9 Eccentrically Loaded Bracket Connections

UNIT III

TENSION MEMBERS
Tension Members
Tension Members

UNIT IV

COMPRESSION MEMBERS
Types of Compression Members and Sections
Types of Compression Members and Sections

UNIT V

DESIGN OF FLEXURAL MEMBERS
Types of Steel Beam sections
Types of Steel Beam sections

CE8602 STRUCTURAL ANALYSIS II

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INFLUENCE LINES FOR DETERMINATE BEAMS
1.1 Influence lines for Reactions in Statically Determinate Beams
1.1 Influence lines for Reactions in Statically Determinate Beams
1.2 Influence Lines For Shear Force And Bending Moment
1.2 Influence Lines For Shear Force And Bending Moment
1.3 Calculation Of Critical Stress Resultants Due To Concentrated And Distributed Moving Loads
1.3 Calculation Of Critical Stress Resultants Due To Concentrated And Distributed Moving Loads
1.4 Absolute Maximum Bending Moment
1.4 Absolute Maximum Bending Moment
1.5 Influence Lines For Member Forces In Pin Jointed Plane Frames
1.5 Influence Lines For Member Forces In Pin Jointed Plane Frames

UNIT II

INFLUENCE LINES FOR INDETERMINATE BEAMS
1.1Muller Breslau’s Principle
1.1Muller Breslau’s Principle
2.2 Influence Line For Shearing Force Propped Cantilever
2.2 Influence Line For Shearing Force Propped Cantilever
2.3 Influence Line For Shearing Force Continuous Beam
2.3 Influence Line For Shearing Force Continuous Beam
2.4 Influence Line For Shearing Force Fixed Beam
2.4 Influence Line For Shearing Force Fixed Beam

UNIT III

ARCHES
3.1 Arches
3.1 Arches
3.2 Types Of Arches
3.2 Types Of Arches
3.3 Analysis Of Three Hinged Parabolic Arches
3.3 Analysis Of Three Hinged Parabolic Arches
3.4 Analysis Of Two Hinged Arches
3.4 Analysis Of Two Hinged Arches
3.5 Analysis Of Fixed Arches Settlement And Temperature Effects
3.5 Analysis Of Fixed Arches Settlement And Temperature Effects

UNIT IV

CABLES AND SUSPENSION BRIDGES
4.1 Equilibrium of Cable
4.1 Equilibrium of Cable
4.2 Length Of Cable
4.2 Length Of Cable
4.3 Anchorage Of Suspension Cables
4.3 Anchorage Of Suspension Cables
4.4 Stiffening Girders
4.4 Stiffening Girders
4.5 Cables With Three Hinged Stiffening Girders
4.5 Cables With Three Hinged Stiffening Girders
4.6 Influence Lines For Three Hinged Stiffening Girders
4.6 Influence Lines For Three Hinged Stiffening Girders

UNIT V

PLASTIC ANALYSIS
5.1 Plastic Theory
5.1 Plastic Theory
5.2 Statically Indeterminate Structure
5.2 Statically Indeterminate Structure
5.3 Plastic Moment Of Resistance
5.3 Plastic Moment Of Resistance
5.4 Plastic Modulus
5.4 Plastic Modulus
5.5 Shape Factor
5.5 Shape Factor
5.6 Load Factor
5.6 Load Factor
5.7 Upper And Lower Bound Theorems
5.7 Upper And Lower Bound Theorems

E8603 IRRIGATION ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

CROP WATER REQUIREMENT
Need and Classification of Irrigation
Need and Classification of Irrigation

UNIT IV

CANAL IRRIGATION
Canal Regulations
Canal Regulations

CE8603 IRRIGATION ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

IRRIGATION METHODS
Tank Irrigation
Tank Irrigation

UNIT III

DIVERSION AND IMPOUNDING STRUCTURES
Types of Impounding Structures
Types of Impounding Structures

UNIT V

WATER MANAGEMENT IN IRRIGATION
Modernization Techniques
Modernization Techniques

CE8604 HIGHWAY ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

HIGHWAY PLANNING AND ALIGNMENT
1.1 History of Road Development
1.1 History of Road Development
1.2 Highway Planning
1.2 Highway Planning
1.3 Classification of Highway
1.3 Classification of Highway
1.4 Highway Alignment
1.4 Highway Alignment
1.5 Engineering Surveys of Highway Alignment
1.5 Engineering Surveys of Highway Alignment
1.6 Road Ecology
1.6 Road Ecology
1.7 Soil Suitability Analysis
1.7 Soil Suitability Analysis

UNIT II

GEOMETRIC DESIGN OF HIGHWAYS
2.1 Highway cross section elements
2.1 Highway cross section elements
2.2 Sight distance
2.2 Sight distance
2.3 Curves
2.3 Curves
2.4 Gradient
2.4 Gradient
2.5 Widening of Pavement
2.5 Widening of Pavement
2.6 Hill Roads
2.6 Hill Roads
2.7 Lateral and Vertical clearance on Underpass
2.7 Lateral and Vertical clearance on Underpass

UNIT III

DESIGN OF FLEXIBLE AND RIGID PAVEMENTS
3.1 Highway Pavement
3.1 Highway Pavement
3.2 Design Principles
3.2 Design Principles
3.3 Design Factors
3.3 Design Factors
3.4 Design Procedure of Rigid Pavements As Per IRC 58
3.4 Design Procedure of Rigid Pavements As Per IRC 58
3.5 Design of Flexible Pavement- C.B.R Method (IRC37-2001)
3.5 Design of Flexible Pavement- C.B.R Method (IRC37-2001)
3.6 Embankment
3.6 Embankment

UNIT IV

HIGHWAY CONSTRUCTION MATERIALS AND PRACTICE
4.1 Highway Construction Materials
4.1 Highway Construction Materials
4.2 CBR Test for Subgrade
4.2 CBR Test for Subgrade
4.3 Test for Bitumen
4.3 Test for Bitumen
4.4 Test for Aggregate
4.4 Test for Aggregate
4.5 Modern Construction Materials Used for the Construction of Pavements
4.5 Modern Construction Materials Used for the Construction of Pavements
4.6 Highway Drainage
4.6 Highway Drainage
4.7 Construction Practices
4.7 Construction Practices
4.8 Pavement Construction Machinaries
4.8 Pavement Construction Machinaries

UNIT V

EVALUATION AND MAINTENANCE OF PAVEMENTS
5.1 Pavement Distress in flexible and Rigid Pavements
5.1 Pavement Distress in flexible and Rigid Pavements
5.2 Pavement Management System
5.2 Pavement Management System
5.3 Pavement Evaluation
5.3 Pavement Evaluation
5.4 Highway Maintenance
5.4 Highway Maintenance
5.5 Highway Project Formulation
5.5 Highway Project Formulation

EN8592 WASTE WATER ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PLANNING AND DESIGN OF SEWERAGE SYSTEM
1.1 Common Terms Used in Sanitary Engineering
1.1 Common Terms Used in Sanitary Engineering
1.2 Importance of Sewerage Systems and Sources of Sewage
1.2 Importance of Sewerage Systems and Sources of Sewage
1.3 System of Sewage
1.3 System of Sewage
1.4 Systems of Sanitation
1.4 Systems of Sanitation
1.5 Quantity of Storm Water and Sanitary Sewage
1.5 Quantity of Storm Water and Sanitary Sewage
1.6 Sewer Materials
1.6 Sewer Materials
1.7 Sewer Appurtenances
1.7 Sewer Appurtenances
1.8 Plumbing Systems in Buildings
1.8 Plumbing Systems in Buildings

UNIT II

PRIMARY TREATMENT OF SEWAGE
2.1 Unit Operations and Processes
2.1 Unit Operations and Processes
2.2 Screen
2.2 Screen
2.3 Grit chamber
2.3 Grit chamber
2.4 Primary Sedimentation Tank
2.4 Primary Sedimentation Tank
2.5 Grey Water Harvesting
2.5 Grey Water Harvesting
2.6 Septic Tank
2.6 Septic Tank
2.7 Operation and Maintenance of Sewage Treatment Plant
2.7 Operation and Maintenance of Sewage Treatment Plant

UNIT III

SECONDARY TREATMENT OF SEWAGE
3.1 Activated Sludge Process.
3.1 Activated Sludge Process.
3.2 Extended Aeration System
3.2 Extended Aeration System
3.3 Trickling Filter
3.3 Trickling Filter
3.4 Sequencing Batch Reactor.
3.4 Sequencing Batch Reactor.
3.5 Membrane Bioreactor
3.5 Membrane Bioreactor
3.6 UASB Reactor
3.6 UASB Reactor
3.7 Waste Stabilization Pond
3.7 Waste Stabilization Pond
3.8 Design of an Oxidation Pond
3.8 Design of an Oxidation Pond

UNIT IV

DISPOSAL OF SEWAGE
4.1 Effluent Standards
4.1 Effluent Standards
4.2 Sewage Disposal by Dilution
4.2 Sewage Disposal by Dilution
4.3 Sewage Disposal Methods
4.3 Sewage Disposal Methods
4.4 Self Purification Process.
4.4 Self Purification Process.
4.5 Actions Involved in Self Purification Process of Stream
4.5 Actions Involved in Self Purification Process of Stream
4.6 Oxygen Sag Curve,Deoxygenation and Reaeration
4.6 Oxygen Sag Curve,Deoxygenation and Reaeration
4.7 Zone of Pollution in River
4.7 Zone of Pollution in River
4.8 Sewage Sickness and Sewage Farming
4.8 Sewage Sickness and Sewage Farming

UNIT V

SLUDGE TREATMENT AND DISPOSAL
5.1 Objectives of Sludge Treatment and Forms of Sludge
5.1 Objectives of Sludge Treatment and Forms of Sludge
5.2 Sludge Thickening
5.2 Sludge Thickening
5.3 Sludge Dewatering Methods
5.3 Sludge Dewatering Methods
5.4 Stages in Sludge Digestion Process
5.4 Stages in Sludge Digestion Process
5.5 Types of Sludge Digestion
5.5 Types of Sludge Digestion
5.6 Mechanism of Aerobic and Anaerobic Sludge Digestion
5.6 Mechanism of Aerobic and Anaerobic Sludge Digestion
5.7 Digested Sludge Disposal Methods
5.7 Digested Sludge Disposal Methods
5.8 Biogas Recovery
5.8 Biogas Recovery

CE8005 AIR POLLUTION AND CONTROL ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION
1.1 Structure and Composition of Atmosphere
1.1 Structure and Composition of Atmosphere
1.2 Definition, Scope and Scales of Air Pollution
1.2 Definition, Scope and Scales of Air Pollution
1.3 Classification of Air Pollution
1.3 Classification of Air Pollution
1.4 Sources and Effects of Air Pollutants
1.4 Sources and Effects of Air Pollutants
1.5 Effects of Air Pollution on Human Health and Materials
1.5 Effects of Air Pollution on Human Health and Materials
1.6 Effects of Air Pollution on Vegetation,Animals,Aesthetic and Visibility
1.6 Effects of Air Pollution on Vegetation,Animals,Aesthetic and Visibility
1.7 Ambient Air Quality and Emission Standards
1.7 Ambient Air Quality and Emission Standards
1.8 Ambient and Stack Sampling and Analysis of Particulate and Gaseous Pollutants
1.8 Ambient and Stack Sampling and Analysis of Particulate and Gaseous Pollutants

UNIT II

METEOROLOGY
2.1 Effects of Meteorology on Air Pollution
2.1 Effects of Meteorology on Air Pollution
2.2 Windrose and Lapse Rate
2.2 Windrose and Lapse Rate
2.3 Atmospheric Stability and Turbulence
2.3 Atmospheric Stability and Turbulence
2.4 Inversion
2.4 Inversion
2.5 Wind Profiles and Stack Plume Patterns,Plume Rise
2.5 Wind Profiles and Stack Plume Patterns,Plume Rise
2.6 Atmospheric Diffusion Theories
2.6 Atmospheric Diffusion Theories

UNIT III

CONTROL OF PARTICULATE CONTAMINANTS
3.1 Factors affecting Selection of Control Equipment
3.1 Factors affecting Selection of Control Equipment
3.2 Gas Particle Interaction
3.2 Gas Particle Interaction
3.3 Gravity Settling Chamber
3.3 Gravity Settling Chamber
3.4 Cenrifugal Seperators

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)

Civil 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

Administration

Civil Engineering

COURSE MATERIALS & VIDEOS

College of Engineering and Technology

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