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Rohini College of Engineering & Technology

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Regulation 2021

Semester I

HS3152-PROFESSIONAL ENGLISH I

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Unit – I Introduction to Fundamentals of Communication
1.1 Listening & Speaking
1.1 Listening & Speaking
1.2 Reading & E Mails
1.2 Reading & E Mails
1.3 Tenses
1.3 Tenses
1.4 Question Types
1.4 Question Types

UNIT II

NARRATION AND SUMMATION
LISTENING & SPEAKING
LISTENING & SPEAKING
READING:
READING:
WRITING:
WRITING:
GRAMMAR
GRAMMAR
Prepositions
Prepositions
Synonyms and Antonyms ,: Phrasal Verbs, Word forms (Prefixes & Suffixes)
Synonyms and Antonyms ,: Phrasal Verbs, Word forms (Prefixes & Suffixes)

UNIT III

DESCRIPTION OF A PRODUCT / PROCESS
1 LISTENING LISTENING TO CLASSROOM LECTURES AND LISTENING TO A PRODUCT DESCRIPTION
1 LISTENING LISTENING TO CLASSROOM LECTURES AND LISTENING TO A PRODUCT DESCRIPTION
SPEAKING AND READING : SUMMARIZING A LECTURE, READING ADVERTISEMENTS AND GADGET REVIEW
SPEAKING AND READING : SUMMARIZING A LECTURE, READING ADVERTISEMENTS AND GADGET REVIEW
WRITING DEFINITIONS AND INSTRUCTIONS
WRITING DEFINITIONS AND INSTRUCTIONS
PROCESS DESCRIPTION AND IMPERATIVES
PROCESS DESCRIPTION AND IMPERATIVES
DEGREES OF COMPARISON AND COMPOUND WORDS
DEGREES OF COMPARISON AND COMPOUND WORDS
HOMONYMS AND HOMOPHONES AND DISCOURSE MARKERS
HOMONYMS AND HOMOPHONES AND DISCOURSE MARKERS

UNIT IV

CLASSIFICATION AND RECOMMENDATION
LISTENING: LISTENING ON TED TALKS, SCIENTIFIC AND EDUCATIONAL VIDEOS
LISTENING: LISTENING ON TED TALKS, SCIENTIFIC AND EDUCATIONAL VIDEOS
SPEAKING: SMALL TALKS AND MINI PRESENTATION
SPEAKING: SMALL TALKS AND MINI PRESENTATION
READING: NEWSPAPER ARTICLES AND JOURNAL REPORTS
READING: NEWSPAPER ARTICLES AND JOURNAL REPORTS
NOTE MAKING, WRITING RECOMMENDATIONS, TRANSFERRING INFORMATION FROM NON VERBAL TO VERBAL MODE
NOTE MAKING, WRITING RECOMMENDATIONS, TRANSFERRING INFORMATION FROM NON VERBAL TO VERBAL MODE
GRAMMAR: ARTICLES, PRONOUN, P[OSSESSIVE AND RELATIVE PRONOUN
GRAMMAR: ARTICLES, PRONOUN, P[OSSESSIVE AND RELATIVE PRONOUN
COLLOCATIONS, FIXED AND SEMI FIXED EXPRESSIONS
COLLOCATIONS, FIXED AND SEMI FIXED EXPRESSIONS

UNIT V

EXPRESSION
LISTENING
LISTENING
SPEAKING
SPEAKING
READING
READING
WRITING ESSAYS
WRITING ESSAYS
GRAMMAR
GRAMMAR
VOCABULARY
VOCABULARY

MA3151 & MATRICES AND CALCULUS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

MATRICES
1.1 EIGEN VALUES AND EIGEN VECTORS
1.1 EIGEN VALUES AND EIGEN VECTORS
1.2 PROPERTIES OF EIGEN VALUES AND EIGEN VECTORS
1.2 PROPERTIES OF EIGEN VALUES AND EIGEN VECTORS
1.3 CAYLEY HAMILTON THEOREM
1.3 CAYLEY HAMILTON THEOREM
1.4 REDUCTION OF Q.F TO C.F
1.4 REDUCTION OF Q.F TO C.F
1.5 NATURE OF Q.F DETERMINED BY PRINCIPAL MINORS
1.5 NATURE OF Q.F DETERMINED BY PRINCIPAL MINORS

UNIT II

DIFFERENTIAL CALCULUS
2.1 REPRESENTATION OF FUNCTIONS
2.1 REPRESENTATION OF FUNCTIONS
2.2 CONTINUITY
2.2 CONTINUITY
2.3 DIFFERENTIATION RULES
2.3 DIFFERENTIATION RULES
2.4 DERIVATIVES OF IMPLICIT FUNCTIONS
2.4 DERIVATIVES OF IMPLICIT FUNCTIONS
2.5 MAXIMA AND MINIMA
2.5 MAXIMA AND MINIMA

UNIT III

FUNCTIONS OF SEVERAL VARIABLES
3.1 Partial , Homogeneous and Euler’s theorem
3.1 Partial , Homogeneous and Euler’s theorem
3.2 Total Differentiation
3.2 Total Differentiation
3.3 Jacobians
3.3 Jacobians
3.4 Taylor’s Series for Functions of Two Variables
3.4 Taylor’s Series for Functions of Two Variables
3.5 Maxima and Minima for functions of two variables
3.5 Maxima and Minima for functions of two variables

UNIT IV

INTEGRAL CALCULUS
4.1 Definite and Indefinite integrals
4.1 Definite and Indefinite integrals
4.2 Substitution rule
4.2 Substitution rule
4.3 Techniques of integration
4.3 Techniques of integration
4.4Trigonometric substitutions
4.4Trigonometric substitutions
4.5 Integration of Rational functions by Partial fraction
4.5 Integration of Rational functions by Partial fraction

UNIT V

MULTIPLE INTEGRALS
5.1 Double integrals – Change of order of integration
5.1 Double integrals – Change of order of integration
5.2 Double integrals in polar coordinates
5.2 Double integrals in polar coordinates
5.3Triple integrals – Volume of solids
5.3Triple integrals – Volume of solids
5.4Change of variables in Double and triple integrals
5.4Change of variables in Double and triple integrals
5.5 Moments and centres of mass, moment of inertia
5.5 Moments and centres of mass, moment of inertia

PH 3151 ENGINEERING PHYSICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Mechanics
1.1 Centre of mass of a particle
1.1 Centre of mass of a particle
1.2 Theorems of Moment of inertia
1.2 Theorems of Moment of inertia
1.3 Torsional Pendulum
1.3 Torsional Pendulum
1.4 M. I of a diatomic molecule
1.4 M. I of a diatomic molecule
1.5 Gyroscope & Rotational energy of a diatomic molecule
1.5 Gyroscope & Rotational energy of a diatomic molecule

UNIT II

Electromagnetic waves
2.1 Maxwells equations
2.1 Maxwells equations
2.2 Intensity of em waves
2.2 Intensity of em waves
2.3 cell phone reception
2.3 cell phone reception
2.4 Reflection of transmission and reflection
2.4 Reflection of transmission and reflection

UNIT III

Oscillations & Optics
3.1 Analogy between electrical & mechanical system
3.1 Analogy between electrical & mechanical system
3.2 Energy transfer of wave
3.2 Energy transfer of wave
3.3 Law of vibration
3.3 Law of vibration
3.4 Progressive waves
3.4 Progressive waves
3.5 Simple harmonic oscillation
3.5 Simple harmonic oscillation
3.6 Stationary waves
3.6 Stationary waves
3.7 Co2 laser
3.7 Co2 laser
3.8 Nd-YAG laser
3.8 Nd-YAG laser

UNIT IV

Basic Quantum Mechanics
4.1 Dual nature of light
4.1 Dual nature of light
4.2 Compton effect
4.2 Compton effect
4.3 Schrodingers wave Equation
4.3 Schrodingers wave Equation
4.4 Particle in 3D ,2D & 1Dbox
4.4 Particle in 3D ,2D & 1Dbox

UNIT V

Applications of Quantum Mechanics
5.1 Harmonic oscillator
5.1 Harmonic oscillator
5.2Particle in a finite potential well
5.2Particle in a finite potential well
5.3Resonant Tunneling effect
5.3Resonant Tunneling effect
5.5 Band theory of solids
5.5 Band theory of solids
5.6 STM
5.6 STM

CY3151-Engineering Chemistry

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

WATER AND ITS TREATMENT
1.4 Internal Treatment of water
1.4 Internal Treatment of water
1.5 Desalination
1.5 Desalination

UNIT I

WATER AND ITS TREATMENT
1.1 Introduction & Water quality parameters
1.1 Introduction & Water quality parameters
1.2 boiler troubles
1.2 boiler troubles
1.3. water treatment
1.3. water treatment

UNIT II

Nano chemistry
2.1Nano chemistry Introduction
2.1Nano chemistry Introduction
2.2 Properties of Nano materials
2.2 Properties of Nano materials
2.3 Types and application of nano materials
2.3 Types and application of nano materials
2.4 Synthesis of Nano materials
2.4 Synthesis of Nano materials

UNIT III

Phase rule & Composities
3.1 Phase rule
3.1 Phase rule
3.2 One component system
3.2 One component system
3.3 Two Component system
3.3 Two Component system
3.4 Composites
3.4 Composites
3.5 Hybrid Composites
3.5 Hybrid Composites

UNIT IV

Fuels & Combustion
4.1 Proximate Analysis
4.1 Proximate Analysis
4.2 Ultimate Analysis
4.2 Ultimate Analysis
4.3 Otto Hoffmaan Method
4.3 Otto Hoffmaan Method
4.4 Bergius process
4.4 Bergius process
4.5 Orsat method
4.5 Orsat method

UNIT V

Energy sources and storage Devices
5.1.Nuclear reactions
5.1.Nuclear reactions
5.2.Nuclear reactor & Breeder reactor
5.2.Nuclear reactor & Breeder reactor
5.3.Solar Energy & Wind Energy
5.3.Solar Energy & Wind Energy
5.4.Batteries
5.4.Batteries
5.5.Fuel cells
5.5.Fuel cells
5.6.Electric Vehicle
5.6.Electric Vehicle

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 II

DATA TYPES , EXPRESSIONS AND STATEMENTS
Python introduction & python interpreter and interactive mode
Python introduction & python interpreter and interactive mode
DEBUGGING
DEBUGGING
variables, expressions, statements, tuple assignment
variables, expressions, statements, tuple assignment
Precedence of operators & comments
Precedence of operators & comments
VALUES AND TYPES
VALUES AND TYPES
ILLUSTRATIVE PROGRAMS
ILLUSTRATIVE PROGRAMS

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.

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
Dictionary
Dictionary
Methods in Dictionary
Methods in Dictionary

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
Format Operator
Format Operator

GE 3451 Environmental Sciences & Sustainability

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Environment & Biodiversity
1.1 Introduction to Bidiversity
1.1 Introduction to Bidiversity
1.2 Ecosystem
1.2 Ecosystem
1.3 Energy Flow
1.3 Energy Flow
1.4 Biodiversity Values
1.4 Biodiversity Values
1.5 Biodiversity Conservation
1.5 Biodiversity Conservation

Semester II

HS3252- PROFESSIONAL ENGLISH- II

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

MAKING COMPARISONS
1.1. LISTENING
1.1. LISTENING
1.2.SPEAKING
1.2.SPEAKING
1.3.READING
1.3.READING
1.4. Professional E Mails, E Mail Etiquette
1.4. Professional E Mails, E Mail Etiquette
1.5. Mixed Tenses.
1.5. Mixed Tenses.

UNIT II

NARRATION AND SUMMATION
2.1. LISTENING & SPEAKING:
2.1. LISTENING & SPEAKING:
2.2. WRITING: Guided Writing, Paragraph Writing, Short report on an event
2.2. WRITING: Guided Writing, Paragraph Writing, Short report on an event
2.3. Active Voice Passive Voice
2.3. Active Voice Passive Voice
2.4. Infinitives and Gerunds
2.4. Infinitives and Gerunds
2.5. Prepositions
2.5. Prepositions

UNIT III

PROBLEM SOLVING
3.1 LISTENING AND SPEAKING:LISTENING TO/ WATCHING MOVIE SCENES AND GROUP DISCUSSION – TECHNIQUES AND STRATEGIES
3.1 LISTENING AND SPEAKING:LISTENING TO/ WATCHING MOVIE SCENES AND GROUP DISCUSSION – TECHNIQUES AND STRATEGIES
3.2 READING: CASE STUDY AND EXCERPTS FROM LITERARY TEXTS AND NEWS REPORT
3.2 READING: CASE STUDY AND EXCERPTS FROM LITERARY TEXTS AND NEWS REPORT
3.3 LETTER TO THE EDITOR AND CHECKLIST
3.3 LETTER TO THE EDITOR AND CHECKLIST
3.4 PROBLEM SOLUTION ESSAY
3.4 PROBLEM SOLUTION ESSAY
3.5 ERROR CORRECTION AND IF CONDITIONALS
3.5 ERROR CORRECTION AND IF CONDITIONALS
3.6 COMPOUND WORDS AND SENTENCE COMPLETION
3.6 COMPOUND WORDS AND SENTENCE COMPLETION

UNIT IV

REPORTING OF EVENTS AND RESEARCH
LISTENING COMPREHENSION BASED ON NEWSREPORTS-ANDDOCUMENTARIES,PRECISWRITING,SUMMARISING, COMPREHENSIONBASEDONNEWSREPORTS
LISTENING COMPREHENSION BASED ON NEWSREPORTS-ANDDOCUMENTARIES,PRECISWRITING,SUMMARISING, COMPREHENSIONBASEDONNEWSREPORTS
INTERVIEWING, PRESENTING AN ORAL REPORT, MINIPRESENTATIONSONSELECTTOPICS,READINGNEWSPAPERARTICLESINTERVIEWING
INTERVIEWING, PRESENTING AN ORAL REPORT, MINIPRESENTATIONSONSELECTTOPICS,READINGNEWSPAPERARTICLESINTERVIEWING
RECOMMENDATIONS, TRANSCODING, ACCIDENTREPORT,SURVEYREPORT
RECOMMENDATIONS, TRANSCODING, ACCIDENTREPORT,SURVEYREPORT
GRAMMAR:REPORTEDSPEECHANDMODAL VERBS
GRAMMAR:REPORTEDSPEECHANDMODAL VERBS
VOCABULARY: CONJUNCTIONS, USE OF PREPOSITIONS
VOCABULARY: CONJUNCTIONS, USE OF PREPOSITIONS

UNIT V

THE ABILITY TO PUT IDEAS OR INFORMATION COGENTLY
5.1: Listening: listening to TED Talks, presentations Formal job interviews, analysis of the interview performance.
5.1: Listening: listening to TED Talks, presentations Formal job interviews, analysis of the interview performance.
5.2: Speaking: Participating in a role play, Virtual interviews, making presentations with visual aids.
5.2: Speaking: Participating in a role play, Virtual interviews, making presentations with visual aids.
5.3: Reading: company profile, statement of purpose and excerpt of interview with professionals.
5.3: Reading: company profile, statement of purpose and excerpt of interview with professionals.
5.4: Writing: job/ Internship application - cover letter and resume
5.4: Writing: job/ Internship application - cover letter and resume
5.5: Grammar: Numerical adjectives, relative clauses
5.5: Grammar: Numerical adjectives, relative clauses
5.6: Vocabulary: Idioms.
5.6: Vocabulary: Idioms.

BE3252 BASIC ELECTRICAL, ELECTRONICS AND INSTRUMENTATION ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ELECTRICAL CIRCUITS
1.1 Basic Electrical Components
1.1 Basic Electrical Components
1.2. Kirchoffs law
1.2. Kirchoffs law
1.3. Mesh Analysis
1.3. Mesh Analysis
1.4. Nodal Analysis
1.4. Nodal Analysis
1.5. Steady State Analysis of RLC Circuit
1.5. Steady State Analysis of RLC Circuit

UNIT III

ELECTRICAL MACHINES
3.1 Construction of DC Motor
3.1 Construction of DC Motor
3.2 EMF Equation of Transformer
3.2 EMF Equation of Transformer
3.3 Single Phase Induction Motor
3.3 Single Phase Induction Motor
3.4 Synchronous Motor
3.4 Synchronous Motor
3.5 Three Phase Induction Motor
3.5 Three Phase Induction Motor
3.6 Transformer
3.6 Transformer
3.7 Types of DC Motor
3.7 Types of DC Motor

UNIT IV

ANALOG ELECTRONICS
4.1 Analog to Digital Converter
4.1 Analog to Digital Converter
4.2. BJT
4.2. BJT
4.3 Digital to Analog Converter
4.3 Digital to Analog Converter
4.4. Inverting and Non-Inverting Amplifier
4.4. Inverting and Non-Inverting Amplifier
4.5. MOSFET
4.5. MOSFET
4.6. PN Junction Diode
4.6. PN Junction Diode
4.7. Types of Semiconductor
4.7. Types of Semiconductor

BE3252 BASIC ELECTRICAL ELECTRONICS AND INSTRUMENTATION ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

MAGNETIC CIRCUITS AND ELECTRICAL INSTALLATIONS
2.1 Domestic Wiring
2.1 Domestic Wiring
2.2 Types of Wires
2.2 Types of Wires
2.3 Protective Device
2.3 Protective Device
2.4 Miniature Circuit Breaker
2.4 Miniature Circuit Breaker
2.5 Earth Leakage Circuit Breaker
2.5 Earth Leakage Circuit Breaker

UNIT V

SENSORS AND TRANSDUCERS
5.1 Transducers
5.1 Transducers
5.2 Inductive Transducers
5.2 Inductive Transducers
5.3 Piezo Electric Transducer
5.3 Piezo Electric Transducer
5.4 Hall Effect Transducer
5.4 Hall Effect Transducer

GE3251 ENGINEERING GRAPHICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PLANE CURVES
1.1.CONSTRUCTION OF ELLIPSE
1.1.CONSTRUCTION OF ELLIPSE
1.2.CONSTRUCTION OF PARAPOLA
1.2.CONSTRUCTION OF PARAPOLA
1.3.CONSTRUCTION OF HYPERBOLA
1.3.CONSTRUCTION OF HYPERBOLA
1.4.CONSTRUCTION OF CYCLOID
1.4.CONSTRUCTION OF CYCLOID
1.5.CONSTRUCTION OF EPICYCLOID
1.5.CONSTRUCTION OF EPICYCLOID

UNIT II

PROJECTION OF POINTS,LINES AND PLANE SURFACES
2.1 PROJECTION OF POINTS AND STRAIGHT LINES
2.1 PROJECTION OF POINTS AND STRAIGHT LINES
2.2 PROJECTION OF STAIGHT LINES
2.2 PROJECTION OF STAIGHT LINES
2.3.PROJECTION OF PLANES
2.3.PROJECTION OF PLANES
2.4.PROJECTION OF PLANES PROBLEMS
2.4.PROJECTION OF PLANES PROBLEMS

UNIT III

PROJECTION OF SOLIDS
3.1 PROJECTION OF SOLIDS
3.1 PROJECTION OF SOLIDS
3.2 PROJECTION OF SOLIDS PROBLEMS 1
3.2 PROJECTION OF SOLIDS PROBLEMS 1
3.3 PROJECTION OF SOLIDS PROBLEMS 2
3.3 PROJECTION OF SOLIDS PROBLEMS 2
3.4 PROJECTION OF SOLIDS PROBLEMS 3
3.4 PROJECTION OF SOLIDS PROBLEMS 3
3.5 PROJECTION OF SOLIDS PROBLEMS 4
3.5 PROJECTION OF SOLIDS PROBLEMS 4

UNIT IV

PROJECTION OF SECTIONED SOLIDS AND DEVELOPMENT OF SURFACES
4.1 PROJECTION OF PRISM
4.1 PROJECTION OF PRISM
4.2 PROJECTION OF CONE
4.2 PROJECTION OF CONE
4.3 PROJECTION OF HEXOGONAL PRISM
4.3 PROJECTION OF HEXOGONAL PRISM

UNIT V

ISOMETRIC AND PERSPECTIVE PROJECTIONS
5.1 ISOMETRIC VIEW OF PRISM
5.1 ISOMETRIC VIEW OF PRISM
5.2 ISOMETRIC VIEW OF FRUSTUM OF PYRAMID
5.2 ISOMETRIC VIEW OF FRUSTUM OF PYRAMID
5.3 ISOMETRIC VIEW OF COMBINED SURFACES
5.3 ISOMETRIC VIEW OF COMBINED SURFACES
5.4 PERSPECTIVE VIEW OF RECTANGULAR PRISM
5.4 PERSPECTIVE VIEW OF RECTANGULAR PRISM

MA3251- STATISTICS AND NUMERICAL METHODS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

TESTING OF HYPOTHESIS
1.1 Large sample tests
1.1 Large sample tests
1.2 Test of significance for proportion
1.2 Test of significance for proportion
1.3 Small sample Tests (t - Test)
1.3 Small sample Tests (t - Test)
1.4 F-test for Variance Ratio Test
1.4 F-test for Variance Ratio Test
1.5 Chi - Square test of Goodness of Fit
1.5 Chi - Square test of Goodness of Fit
1.6 Chi – Square test for independence of attributes
1.6 Chi – Square test for independence of attributes

UNIT II

DESIGN OF EXPERIMENTS
2.1ONE WAY CLASSIFICATION
2.1ONE WAY CLASSIFICATION
2.2 RANDOMIZED BLOCK DESIGN
2.2 RANDOMIZED BLOCK DESIGN
2.3 LATIN SQUARE
2.3 LATIN SQUARE

UNIT III

SOLUTION OF EQUATIONS AND EIGENVALUE PROBLEMS
3.1 FIXED POINT ITERATION x=g(x) method
3.1 FIXED POINT ITERATION x=g(x) method
3.2 Gauss- Elimination Method, Gauss-Jordan Method
3.2 Gauss- Elimination Method, Gauss-Jordan Method
3.3 Iterative methods
3.3 Iterative methods
3.4 EIGENVALUES OF A MATRIX BY POWER METHOD
3.4 EIGENVALUES OF A MATRIX BY POWER METHOD

UNIT IV

INTERPOLATION, NUMERICAL DIFFERENTIATION AND NUMERICAL INTEGRATION
4.1 Lagranges method
4.1 Lagranges method
4.2 Newtons divided difference interpolation
4.2 Newtons divided difference interpolation
4.3 Newtons forward and Backward
4.3 Newtons forward and Backward
4.4 Approximation of derivates using interpolation
4.4 Approximation of derivates using interpolation
4.5 Trapizoidal and Simpson Rule
4.5 Trapizoidal and Simpson Rule

UNIT V

NUMERICAL SOLUTION OF ORDINARY DIFFERENTIAL EQUATIONS
5.1 Taylors series
5.1 Taylors series
5.2 Eulers method and Modified Eulers method
5.2 Eulers method and Modified Eulers method
5.3 RUNGE KUTTA METHOD
5.3 RUNGE KUTTA METHOD
5.4 𝑴𝒊𝒍𝒏𝒆𝒔 𝑷𝒓𝒆𝒅𝒊𝒄𝒕𝒐𝒓 𝒂𝒏𝒅 𝑪𝒐𝒓𝒓𝒆𝒄𝒕𝒐𝒓 𝑴𝒆𝒕𝒉𝒐ds
5.4 𝑴𝒊𝒍𝒏𝒆𝒔 𝑷𝒓𝒆𝒅𝒊𝒄𝒕𝒐𝒓 𝒂𝒏𝒅 𝑪𝒐𝒓𝒓𝒆𝒄𝒕𝒐𝒓 𝑴𝒆𝒕𝒉𝒐ds
5.5 𝐴𝑑𝑎𝑚𝑠 𝐵𝑎𝑠ℎ 𝐹𝑜𝑟𝑡ℎ 𝑃𝑟𝑒𝑑𝑖𝑐𝑡𝑜𝑟 𝑎𝑛𝑑 𝐶𝑜𝑟𝑟𝑒𝑐𝑡𝑜𝑟 𝑀𝑒𝑡ℎ𝑜ds
5.5 𝐴𝑑𝑎𝑚𝑠 𝐵𝑎𝑠ℎ 𝐹𝑜𝑟𝑡ℎ 𝑃𝑟𝑒𝑑𝑖𝑐𝑡𝑜𝑟 𝑎𝑛𝑑 𝐶𝑜𝑟𝑟𝑒𝑐𝑡𝑜𝑟 𝑀𝑒𝑡ℎ𝑜ds

PH3201-PHYSICS FOR CIVIL ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

THERMAL APPLICATIONS
Compound Media
Compound Media
Fenestration
Fenestration
Thermal Insulation
Thermal Insulation
Thermal Comfort & Climatic Design
Thermal Comfort & Climatic Design
Shading Devices
Shading Devices

UNIT II

VENTILLATION AND REFRIGERATION
Ventillation
Ventillation
Air Conditioners
Air Conditioners
Air conditioning in different buildings
Air conditioning in different buildings
Protection against fire in A.C
Protection against fire in A.C

UNIT III

ACOUSTICS AND LIGHTINING DESIGNS
Introduction-ACOUSTICS
Introduction-ACOUSTICS
Noise Measurements
Noise Measurements
Impact of Noise in Buildings
Impact of Noise in Buildings
Visual field glare
Visual field glare

UNIT IV

NEW ENGINEERING MATERIALS
Composites
Composites
Fiber reinforced plastics
Fiber reinforced plastics
Metallic glasses
Metallic glasses
Shape Memory Alloys
Shape Memory Alloys
Ceramics
Ceramics
Ceremics Manufacturing Methods
Ceremics Manufacturing Methods
Properties of Ceramics
Properties of Ceramics
Ferroelectric Ceramics
Ferroelectric Ceramics

UNIT V

NATURAL DISASTERS
SEISMOLOGY
SEISMOLOGY
SEISMIC HAZARD
SEISMIC HAZARD
CYCLONE HAZARDS
CYCLONE HAZARDS
FLOOD HAZARDS
FLOOD HAZARDS
Fire Hazards & Protection
Fire Hazards & Protection

BE3252 Basic Electrical, Electronics and Instrumentation Engineering

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Electric Circuits
1a.Basic Definitions and Elements of Electric Circuits
1a.Basic Definitions and Elements of Electric Circuits
1b.Resistance connected in series and parallel circuits
1b.Resistance connected in series and parallel circuits
1c.Kirchoffs Laws.
1c.Kirchoffs Laws.
1d.Mesh Analysis
1d.Mesh Analysis
1e.Nodel Analysis
1e.Nodel Analysis

Semester III

MA3351/TRANSFORMS & PDE

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PARTIAL DIFFERENTIAL EQUATION
1.1 FORMATION OF PDE BY ELIMINATING ARBITRARY CONSTANTS & FUNCTIONS
1.1 FORMATION OF PDE BY ELIMINATING ARBITRARY CONSTANTS & FUNCTIONS
1.2 SOLUTIONS OF STANDARD TYPES OF FIRST ORDER PDE
1.2 SOLUTIONS OF STANDARD TYPES OF FIRST ORDER PDE
1.3 LAGRANGE’S LINEAR DIFFERENTIAL EQUATION
1.3 LAGRANGE’S LINEAR DIFFERENTIAL EQUATION
1.4 HOMOGENEOUS LINEAR PDE OF SECOND AND HIGHER ORDER WITH CONSTANT COEFFICIENTS
1.4 HOMOGENEOUS LINEAR PDE OF SECOND AND HIGHER ORDER WITH CONSTANT COEFFICIENTS
1.5 NON HOMOGENEOUS LINEAR PDE OF SECOND AND HIGHER ORDER WITH CONSTANT COEFFICIENTS
1.5 NON HOMOGENEOUS LINEAR PDE OF SECOND AND HIGHER ORDER WITH CONSTANT COEFFICIENTS

UNIT II

FOURIER SERIES
2.1 INTRODUCTION OF FOURIER SERIES
2.1 INTRODUCTION OF FOURIER SERIES
2.2 GENERAL FORM OF FOURIER SERIES
2.2 GENERAL FORM OF FOURIER SERIES
2.3 HARMONIC ANALYSIS
2.3 HARMONIC ANALYSIS
2.4 PERIODIC FUNCTION
2.4 PERIODIC FUNCTION
2 .5 EVEN & ODD FUNCTION - HALF RANGE FOURIER SERIES
2 .5 EVEN & ODD FUNCTION - HALF RANGE FOURIER SERIES

UNIT III

APPLICATION OF PARTIAL DIFFERENTIAL EQUATION
3.1 ONE DIMENSIONAL WAVE EQUATION
3.1 ONE DIMENSIONAL WAVE EQUATION
3.2 ONE DIMENSIONAL HEAT EQUATION
3.2 ONE DIMENSIONAL HEAT EQUATION
3.3 TWO DIMENSIONAL HEAT EQUATION (LAPLACE EQUATION )
3.3 TWO DIMENSIONAL HEAT EQUATION (LAPLACE EQUATION )

UNIT IV

FOURIER TRANSFORM
4.1 FOURIER TRANSFORMS PAIR
4.1 FOURIER TRANSFORMS PAIR
4.2 FOURIER SINE AND COSINE TRANSFORMS
4.2 FOURIER SINE AND COSINE TRANSFORMS
4.3 CONVOLUTION OF FOURIER TRANSFORM
4.3 CONVOLUTION OF FOURIER TRANSFORM
4.4 SELF RECIPROCAL UNDER FOURIER TRANSFORM
4.4 SELF RECIPROCAL UNDER FOURIER TRANSFORM

UNIT V

Z TRANSFORM
5.1 INVERSE Z- TRANSFORMS BY PARTIAL FRACTION METHOD
5.1 INVERSE Z- TRANSFORMS BY PARTIAL FRACTION METHOD
5.2 FINDING INVERSE Z-TRANSFORM BY RESIDUE METHOD
5.2 FINDING INVERSE Z-TRANSFORM BY RESIDUE METHOD
5.3 FINDING INVERSE Z-TRANSFORM BY CONVOLUTION THEOREM
5.3 FINDING INVERSE Z-TRANSFORM BY CONVOLUTION THEOREM
5.4 FORMATION OF DIFFERENCE EQUATIONS AND SOLUTION OF DIFFERENCE EQUATION
5.4 FORMATION OF DIFFERENCE EQUATIONS AND SOLUTION OF DIFFERENCE EQUATION
5.5 Z- TRANSFORM AND ITS PROPERTIES
5.5 Z- TRANSFORM AND ITS PROPERTIES

ME3351 ENGINEERING MECHANICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

STATICS OF RIGID BODIES
2.1 Statics of bodies
2.1 Statics of bodies
2.2 FORCE OF COUPLE SYSTEM
2.2 FORCE OF COUPLE SYSTEM
2.3 EQUILIBRIUM OF RIGID BODIES
2.3 EQUILIBRIUM OF RIGID BODIES
2.4 NON CONCURRENT CO-PLANAR SYSTEM
2.4 NON CONCURRENT CO-PLANAR SYSTEM

UNIT III

DISTRIBUTED FORCES
3.1 CENTROID AND CENTER OF GRAVITY
3.1 CENTROID AND CENTER OF GRAVITY
3.2 CENTROID BY INTEGRATION
3.2 CENTROID BY INTEGRATION
3.3 CENTROID OF COMPOSITE BODIES
3.3 CENTROID OF COMPOSITE BODIES
3.4 MOMENT OF INERTIA
3.4 MOMENT OF INERTIA
3.5 MASS MOMENT OF INERTIA
3.5 MASS MOMENT OF INERTIA

UNIT IV

FRICTION
4.1 INTRODUCTION TO FRICTION
4.1 INTRODUCTION TO FRICTION
4.2 WEDGE FRICTION
4.2 WEDGE FRICTION
4.3 WHEEL FRICTION
4.3 WHEEL FRICTION
4.4 ROLLING RESISTENCE
4.4 ROLLING RESISTENCE
4.5 LADDER FRICTION
4.5 LADDER FRICTION

UNIT V

DYNAMICS OF PARTICLES
5.1KINEMATICS RECTILINEAR AND CURVILINEAR MOTION
5.1KINEMATICS RECTILINEAR AND CURVILINEAR MOTION
5.2 KINETICS
5.2 KINETICS
5.3 ENERGY MOMENTUM METHOD
5.3 ENERGY MOMENTUM METHOD
5.4 PRINCIPLE OF IMPULSE AND MOMENTUM
5.4 PRINCIPLE OF IMPULSE AND MOMENTUM
5.5 IMPACT OF BODIES
5.5 IMPACT OF BODIES

CE3301 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 Pressure Measurements by Manometers
1.4 Pressure Measurements by Manometers
1.5 Buoyancy and Floatation
1.5 Buoyancy and Floatation

UNIT II

BASIC CONCEPTS OF FLUID FLOW
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 Linear momentum equation and its application to pipe bend.
2.4 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

UNIT IV

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

UNIT V

BOUNDARY LAYERS
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 Boundary Layer Separation and Control – Drag on Flat Plate
5.5 Boundary Layer Separation and Control – Drag on Flat Plate

CE3303 WATER SUPPLY AND WASTE WATER ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

WATER SUPPLY
1.1 SOURCES OF WATER
1.1 SOURCES OF WATER
1.2 CHARACTERISTICS OF WATER
1.2 CHARACTERISTICS OF WATER
1.3 WATER DEMAND
1.3 WATER DEMAND
1.4 STANDARDS OF WATER
1.4 STANDARDS OF WATER
1.5 INTAKE STRUCTURES
1.5 INTAKE STRUCTURES
1.6 PUMPS
1.6 PUMPS

UNIT II

WATER TREATMENT
2.1 UNIT OPERATIONS AND UNIT PROCESS
2.1 UNIT OPERATIONS AND UNIT PROCESS
2.2 AERATION PROCESS
2.2 AERATION PROCESS
2.3 FILTRATION OF WATER
2.3 FILTRATION OF WATER
2.4 WATER SOFTENING
2.4 WATER SOFTENING
2.5 IRON AND MANGANESE REMOVAL
2.5 IRON AND MANGANESE REMOVAL
2.6 DESALINATION PROCESS
2.6 DESALINATION PROCESS
2.7 DISINFECTION
2.7 DISINFECTION

UNIT III

WATER STORAGE AND DISTRIBUTION
3.1 PIPE MATERIALS
3.1 PIPE MATERIALS
3.2 SERVICE RESERVOIRS
3.2 SERVICE RESERVOIRS
3.3 METHODS OF DISTRIBUTION
3.3 METHODS OF DISTRIBUTION
3.4 LAYOUT OF DISTRIBUTION
3.4 LAYOUT OF DISTRIBUTION
3.5 APPURTENANCES IN DISTRIBUTION
3.5 APPURTENANCES IN DISTRIBUTION
3.6 HOUSE SERVICE CONNECTION
3.6 HOUSE SERVICE CONNECTION

UNIT IV

PLANNING AND DESIGN OF SEWERAGE SYSTEM
4.1 SOURCES OF SEWAGE
4.1 SOURCES OF SEWAGE
4.2 SYSTEMS OF SEWERAGE
4.2 SYSTEMS OF SEWERAGE
4.3 SEWER MATERIALS
4.3 SEWER MATERIALS
4.4 SEWER APPURTENANCES
4.4 SEWER APPURTENANCES
4.5 PLUMBING SYSTEM IN BUILDINGS
4.5 PLUMBING SYSTEM IN BUILDINGS

UNIT V

SEWAGE TREATMENT AND DISPOSAL
5.1 ACTIVATED SLUDGE PROCESS
5.1 ACTIVATED SLUDGE PROCESS
5.2 EXTENDED AERATION SYSTEM
5.2 EXTENDED AERATION SYSTEM
5.3 SEQUENCING BATCH REACTOR
5.3 SEQUENCING BATCH REACTOR
5.4 TRICKLING FILTER
5.4 TRICKLING FILTER
5.5 UASB
5.5 UASB
5.6 WASTE STABILIZATION POND
5.6 WASTE STABILIZATION POND
5.7 STAGES IN SLUDGE DIGESTION
5.7 STAGES IN SLUDGE DIGESTION
5.8 SLUDGE DISPOSAL METHODS
5.8 SLUDGE DISPOSAL METHODS

CE3351 SURVEYING AND LEVELLING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

FUNDAMENTALS OF CONVENTIONAL SURVEYING AND LEVELLING
1.1 Classification of Survey
1.1 Classification of Survey
1.2 The Equipment’s and Accessories
1.2 The Equipment’s and Accessories
1.3 Ranging and Chaining
1.3 Ranging and Chaining
1.4 Compass Survey
1.4 Compass Survey
1.5 Plane Table Surveying
1.5 Plane Table Surveying

UNIT II

LEVELLING
2.1 LEVELLING TERMS
2.1 LEVELLING TERMS
2.2 TYPES OF LEVEL
2.2 TYPES OF LEVEL
2.3 RECIPROCAL LEVELLING
2.3 RECIPROCAL LEVELLING
2.4 CURVATURE AND REFRACTION
2.4 CURVATURE AND REFRACTION
2.5 CONTOURING
2.5 CONTOURING

UNIT III

THEODOLITE SURVEYING
3.1 THEODOLITE SURVEYING
3.1 THEODOLITE SURVEYING
3 2 MEASUREMENT OF HORIZONTAL ANGLE
3 2 MEASUREMENT OF HORIZONTAL ANGLE
3 3 TACHEOMETRY SURVEY
3 3 TACHEOMETRY SURVEY
3 4 TANGENTIAL METHOD
3 4 TANGENTIAL METHOD
3 5 TRIGNOMETRCAL LEVELLING
3 5 TRIGNOMETRCAL LEVELLING

UNIT IV

CONTROL SURVEYING AND ADJUSTMENT
4 1 HORIZONTAL CONTROL
4 1 HORIZONTAL CONTROL
4 2 TRIANGULATION SURVEY
4 2 TRIANGULATION SURVEY
4 3 GALE’S TRAVERSE TABLE
4 3 GALE’S TRAVERSE TABLE
4 4 ERROR PROPAGATION
4 4 ERROR PROPAGATION
4 5 TRIANGULATION ADJUSTMENT
4 5 TRIANGULATION ADJUSTMENT

UNIT V

MODERN SURVEYING
5.1 Total Station
5.1 Total Station
5 2 Field Procedures For a Total Station
5 2 Field Procedures For a Total Station
5 3 GPS Surveying
5 3 GPS Surveying
5 4 GPS Error Sources
5 4 GPS Error Sources
5 5 GPS Surveying Techniques
5 5 GPS Surveying Techniques

CE3302- CONSTRUCTION MATERIALS AND TECHNOLOGY

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

UNIT I -STONES - BRICKS - CONCRETE BLOCKS - LIME
1.1 Stone as building material – Criteria for selection – Tests on stones
1.1 Stone as building material – Criteria for selection – Tests on stones
1.2 Bricks – Classification – Manufacturing of clay bricks
1.2 Bricks – Classification – Manufacturing of clay bricks
1.3 Tests on bricks – Compressive strength – Water Absorption – Efflorescence
1.3 Tests on bricks – Compressive strength – Water Absorption – Efflorescence
1.4 Lime – Preparation of lime mortar
1.4 Lime – Preparation of lime mortar
1.5 Concrete hollow blocks – Lightweight concrete blocks
1.5 Concrete hollow blocks – Lightweight concrete blocks

UNIT II

UNIT II - OTHER MATERIALS
2.1 - Timber – Market forms – Plywood – Veneer – False ceiling materials
2.1 - Timber – Market forms – Plywood – Veneer – False ceiling materials
2.2 - Steel – Mechanical treatment – Aluminum – Uses – Market forms
2.2 - Steel – Mechanical treatment – Aluminum – Uses – Market forms
2.3- Glass – Ceramics – Refractories
2.3- Glass – Ceramics – Refractories
2.4- Composite Materials – Types and applications
2.4- Composite Materials – Types and applications
2.5- FRP – Fibre textiles
2.5- FRP – Fibre textiles
2.6- Geomembranes and Geotextiles for earth reinforcement
2.6- Geomembranes and Geotextiles for earth reinforcement

UNIT III

UNIT III- CONSTRUCTION PRACTICES & SERVICE REQUIREMENTS
3.1 Types of Foundations – Shallow and Deep Foundations
3.1 Types of Foundations – Shallow and Deep Foundations
3.2 Stone Masonry – Brick Masonry – - Brick Masonry -Plastering and Pointing
3.2 Stone Masonry – Brick Masonry – - Brick Masonry -Plastering and Pointing
3.3 Cavity Walls – Diaphragm Walls
3.3 Cavity Walls – Diaphragm Walls
3.4 Centering and Shuttering – Shoring – Scaffolding-Underpinning
3.4 Centering and Shuttering – Shoring – Scaffolding-Underpinning
3.5 Roofing – Flooring – Joints in concrete – Contraction Construction Expansion joints
3.5 Roofing – Flooring – Joints in concrete – Contraction Construction Expansion joints
3.6 Fire Protection – Thermal Insulation – Ventilation and Air conditioning
3.6 Fire Protection – Thermal Insulation – Ventilation and Air conditioning
3.7 Acoustics and Sound Insulation – Damp Proofing.
3.7 Acoustics and Sound Insulation – Damp Proofing.

UNIT IV

UNIT IV -CONSTRUCTION EQUIPMENT'S
4.1 Selection of equipment for earthwork excavation
4.1 Selection of equipment for earthwork excavation
4.2 Concreting equipment
4.2 Concreting equipment
4.3 Material handling and erection of structures
4.3 Material handling and erection of structures
4.4 Dewatering and pumping equipment
4.4 Dewatering and pumping equipment

UNIT V

UNIT V- CONSTRUCTION PLANNING
5.1 Introduction to construction planning-Scheduling for activities
5.1 Introduction to construction planning-Scheduling for activities
5.2 Critical path method (CPM) and PERT network modelling and time analysis
5.2 Critical path method (CPM) and PERT network modelling and time analysis
5.3 CPM and PERT network modelling and time analysis
5.3 CPM and PERT network modelling and time analysis
5.4 Basic Scheduling Computations in CPM
5.4 Basic Scheduling Computations in CPM

Semester IV

CE3401 APPLIED HYDRAULIC ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

UNIFORM FLOW
Uniform flow
Uniform flow
1.2 Non -uniform flow
1.2 Non -uniform flow
1.3 Most Economical rectangular Channel
1.3 Most Economical rectangular Channel
1.4 Most economical trapezoidal channel
1.4 Most economical trapezoidal channel
Specific energy and specific energy curve
Specific energy and specific energy curve

UNIT II

GRADUALLY VARIED FLOW
2.1 Dynamic Equations of Gradually Varied Flows
2.1 Dynamic Equations of Gradually Varied Flows
2.4 Computation by Direct Step Method and Standard Step Method
2.4 Computation by Direct Step Method and Standard Step Method
2.2 back water curve
2.2 back water curve

UNIT III

RAPIDLY VARIED FLOW
3.1 RAPIDLY VARIED FLOW
3.1 RAPIDLY VARIED FLOW
3.3 Hydraulic Jump Types
3.3 Hydraulic Jump Types
3.5 CELERITY
3.5 CELERITY

UNIT IV

TURBINES
4.1 CLASSIFICATION OF TURBINES
4.1 CLASSIFICATION OF TURBINES
4.2 PELTON WHEEL
4.2 PELTON WHEEL
4.3 FRANCIS TURBINE
4.3 FRANCIS TURBINE
4.4 KAPLAN TURBINE
4.4 KAPLAN TURBINE
4.5 DRAFT TUBE
4.5 DRAFT TUBE
4.6 CAVITATION
4.6 CAVITATION

UNIT V

PUMPS
Classification of Pumps
Classification of Pumps
5.2 MULTI-STAGE CENTRIFUGAL PUMP
5.2 MULTI-STAGE CENTRIFUGAL PUMP
5.3 HEAD OF THE CENTRIFUGAL PUMP
5.3 HEAD OF THE CENTRIFUGAL PUMP
5.4 NET POSITIVE SUCTION HEAD (NPSH)
5.4 NET POSITIVE SUCTION HEAD (NPSH)
5.6 RECIPROCATING PUMP
5.6 RECIPROCATING PUMP

CE3402-Strength of Materials

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

SIMPLE AND COMPOUND STRESSES
1.1.Stresses in simple and strains
1.1.Stresses in simple and strains
1.2.Thermal stress
1.2.Thermal stress
1.3.Thin cylinders and spherical shells
1.3.Thin cylinders and spherical shells
1.4.Principle stresses and principle planes
1.4.Principle stresses and principle planes
1.5.Torsion on circular shafts
1.5.Torsion on circular shafts
1.6.Elastic constants
1.6.Elastic constants
1.7.Mohrs circle of stresses
1.7.Mohrs circle of stresses

UNIT II

Bending of Beams
2.1.Inrtoduction
2.1.Inrtoduction
2.2.SFD & BMD for cantilever Beams
2.2.SFD & BMD for cantilever Beams
2.3.SFD & BMD for Simply supported Beams
2.3.SFD & BMD for Simply supported Beams
2.4.SFD & BMD for Over hanging Beams
2.4.SFD & BMD for Over hanging Beams
2.5.Shear and Bending stress
2.5.Shear and Bending stress
2.6.Theory of simple bending
2.6.Theory of simple bending

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 method
3.5.Congugate Beam method

UNIT IV

Indeterminate Beams
4.1.Propped Cantilever and Fixed beams
4.1.Propped Cantilever and Fixed beams
4.2.Fixed end moments reactions
4.2.Fixed end moments reactions
4.3.Theoem of three moments
4.3.Theoem of three moments
4.4.SF & BM Diagrams
4.4.SF & BM Diagrams

UNIT V

Advanced Topics
Unsymmetrical beaning of beams
Unsymmetrical beaning of beams
Thick cylinders
Thick cylinders
Theories of failures
Theories of failures
Principle stress,strain& strain energy
Principle stress,strain& strain energy

CE3403 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

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 Water Proofers
2.4 Water Proofers
2.5 Mineral Admixtures
2.5 Mineral Admixtures

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 MIX DESIGN EXAMPLES
3.6 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

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

CE3404 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

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

CE3405 HIGHWAY AND RAILWAY ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

HIGHWAY ENGINEERING
1.1 DIFFERENT MODES OF TRANSPORTATION
1.1 DIFFERENT MODES OF TRANSPORTATION
1.2HIGHWAY ALIGNMENT
1.2HIGHWAY ALIGNMENT
1.3 ENGINEERING SURVEYS FOR HIGHWAY ALIGNMENT
1.3 ENGINEERING SURVEYS FOR HIGHWAY ALIGNMENT
1.4 CLASSIFICATION OF ROADS
1.4 CLASSIFICATION OF ROADS

UNIT II

DESIGN OF HIGHWAY ELEMENTS
2.1 HIGHWAY CROSS SECTION ELEMENTS
2.1 HIGHWAY CROSS SECTION ELEMENTS
2.2 SIGHT DISTANCE
2.2 SIGHT DISTANCE
2.3 Transition Curves
2.3 Transition Curves
2.5 Vertical Curves
2.5 Vertical Curves

UNIT III

HIGHWAY CONSTRUCTION AND MAINTENANCE
3.1 HIGHWAY CONSTRUCTION MATERIALS
3.1 HIGHWAY CONSTRUCTION MATERIALS
3.2 TEST ON AGGREGATE
3.2 TEST ON AGGREGATE
3.3 TESTS FOR BITUMEN
3.3 TESTS FOR BITUMEN
3.4 HIGHWAY DRAINAGE
3.4 HIGHWAY DRAINAGE

UNIT IV

RAILWAY PLANNING AND CONSTRUCTION
4.1 Permanent way
4.1 Permanent way
4.2 Gauge Selection
4.2 Gauge Selection
4.3 Track Stress
4.3 Track Stress
4.4 Creep
4.4 Creep
4.5 Defect in Rails
4.5 Defect in Rails
4.6 Route Alignment Survey
4.6 Route Alignment Survey
4.7 Crossing
4.7 Crossing

UNIT V

RAILWAY TRACK CONSTRUCTION MAINTENANCE AND OPERATION
5.1 Stabilisation of Track on Poor Soil
5.1 Stabilisation of Track on Poor Soil
5.2 Track Drainage
5.2 Track Drainage
5.3 Construction and Maintenance of Track
5.3 Construction and Maintenance of Track
5.4 Railway Station
5.4 Railway Station
5.5 Railway Yard
5.5 Railway Yard
5.6 Passenger Amenities and Services
5.6 Passenger Amenities and Services
5.7 Signalling
5.7 Signalling

GE 3451 Environmental Sciences & Sustainability

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Environment & Biodiversity
1.Introduction to Biodiversity
1.Introduction to Biodiversity
2.Ecosystem
2.Ecosystem
3.Energy flow
3.Energy flow
4.Bio diversity Values
4.Bio diversity Values
5.Conservation of Biodiversity
5.Conservation of Biodiversity

UNIT II

Environmental Pollution
1.Water and Soil Pollution
1.Water and Soil Pollution
2. Air Pollution
2. Air Pollution
3. Solid waste management
3. Solid waste management
4. Noise pollution
4. Noise pollution
5. Environmental acts
5. Environmental acts

UNIT III

New Energy Sources
1.Energy management and Energy Conservation -PDF
1.Energy management and Energy Conservation -PDF
2.New Energy Sources
2.New Energy Sources
3.Geothermal Power plant
3.Geothermal Power plant

UNIT IV

Sustainability & Management
1. Development & GDP
1. Development & GDP
2. Sustainability Concepts
2. Sustainability Concepts
3. Sustainable Development Goals
3. Sustainable Development Goals
4. Climate Change
4. Climate Change
5. Carbon Foot Print
5. Carbon Foot Print

UNIT V

Sustainability Practices
1.Zero waste concept
1.Zero waste concept
2. 3-R concept
2. 3-R concept
3.Sustainable practices
3.Sustainable practices

Semester V

CE3501 Design of Reinforced Concrete Structural Elements

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

METHODS OF DESIGN OF CONCRETE STRUCTURES
Concept of Elastic method Concept of Elastic method, ultimate load method and limit state method
Concept of Elastic method Concept of Elastic method, ultimate load method and limit state method
Design of Singly Reinforced beam by working stress method
Design of Singly Reinforced beam by working stress method
Limit State philosophy as detailed in IS code
Limit State philosophy as detailed in IS code
Advantages of Limit State Method over other methods
Advantages of Limit State Method over other methods
Analysis and design of singly and doubly reinforced rectangular beams by limit State Method.
Analysis and design of singly and doubly reinforced rectangular beams by limit State Method.

UNIT II

UNIT II LIMIT STATE METHOD - FLANGED BEAM, SHEAR & TORSION
Analysis and design of flanged beams Use of design aids for Flexure
Analysis and design of flanged beams Use of design aids for Flexure
Behaviour of RC beams in shear and torsion
Behaviour of RC beams in shear and torsion
Design of RC members for combined bending, shear and torsion - serviceability.
Design of RC members for combined bending, shear and torsion - serviceability.

UNIT III

UNIT III LIMIT STATE DESIGN OF SLABS AND STAIRCASE
Analysis and design of cantilever,
Analysis and design of cantilever,
Analysis and design of one way Slab
Analysis and design of one way Slab
Analysis and design of Two way slab
Analysis and design of Two way slab
continuous slabs subjected to uniformly distributed load for various boundary conditions
continuous slabs subjected to uniformly distributed load for various boundary conditions
Types of Staircases Design of dog-legged Staircase –Introduction to Flat Slab.
Types of Staircases Design of dog-legged Staircase –Introduction to Flat Slab.

UNIT IV

UNIT IV LIMIT STATE DESIGN OF COLUMNS
Types of columns
Types of columns
Design of short Rectangular
Design of short Rectangular
circular columns for uniaxial
circular columns for uniaxial
biaxial bending.
biaxial bending.

UNIT V

UNIT V LIMIT STATE DESIGN OF FOOTING
Design of wall footing
Design of wall footing
Design of axially and eccentrically loaded rectangular pad and sloped footings
Design of axially and eccentrically loaded rectangular pad and sloped footings

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Civil Engineering

COURSE MATERIALS & VIDEOS

Developed by RCET Faculties

For Admission +91 8531088888

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

Regional office:

Kerala: +91 8344883888 | 9526154775

Manipur: +91 9485244288 | 8344883888

Recognized Under Section 2(f) of University Grants Commission, UGC Act 1956

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Developed by RCET Faculties