Computer Science and Engineering (AI & ML)

Rohini College of Engineering & Technology

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COURSE MATERIALS & VIDEOS

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RCET - R - Regulation 2024

24ME301 ENGINEERING MECHANICS 24ME301 ENGINEERING MECHANICS 24EN101 English for Engineers 24EN101 English for Engineers 24MA101 & MATRICES AND CALCULUS 24PH101 ENGINEERING PHYSICS 24CY101 - ENGINEERING CHEMISTRY 24CY101-ENGINEERING CHEMISTRY 24CS201-PROGRAMMING FOR PROBLEM SOLVING USING C 24EE202 Fundamentals of Electrical and Electronics Engineering 24CS201 & Programming for problem solving using c 24ME201&ENGINEERING GRAPHICS AND DESIGN 24ME201& ENGINEERING GRAPHICS AND DESIGN 24EE101-FUNDAMENTAL OF ELECTRICAL ENGINEERING

Semester II

24EN201- PRESENTATION AND LANGUAGE SKILLS LAB

UNITS

COURSE MATERIALS & VIDEOS

UNIT II

Active Listening -Responding
English movie clips
English movie clips
2.2 Vocabulary Development through movies/Shortfilms/ Documentaries
2.2 Vocabulary Development through movies/Shortfilms/ Documentaries
2.3 Speaking- Just a minute talk and expressions for plans and decisions
2.3 Speaking- Just a minute talk and expressions for plans and decisions
2.4 Describing a Product
2.4 Describing a Product

UNIT III

Speaking and Presentation Skills
A Day in My Life
A Day in My Life

UNIT V

Writing Skill Development
5.1 Prepare Power Point Presentation
5.1 Prepare Power Point Presentation
5.2 Reading Newspaper Articles
5.2 Reading Newspaper Articles
5.3 Expanding a Proverb
5.3 Expanding a Proverb
5.4 Instructions
5.4 Instructions

24MA201- COMPLEX VARIABLES AND TRANSFORMS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

COMPLEX DIFFERENTIATION
1.1. ANALYTIC FUNCTIONS
1.1. ANALYTIC FUNCTIONS
1.2 CONSTRUCTION OF ANALYTIC FUNCTION
1.2 CONSTRUCTION OF ANALYTIC FUNCTION
1.3 CONFORMAL MAPPING
1.3 CONFORMAL MAPPING
1.4 BILINEAR TRANSFORMATION
1.4 BILINEAR TRANSFORMATION

UNIT II

COMPLEX INTEGRATION
2.1 Cauchy’s Integral Theorem
2.1 Cauchy’s Integral Theorem
2.2 TAYLORS AND LAURENTS SERIES
2.2 TAYLORS AND LAURENTS SERIES
2.3 CAUCHY RESIDUE THEOREM
2.3 CAUCHY RESIDUE THEOREM
2.4 Contour Integration
2.4 Contour Integration

UNIT III

LAPLACE TRANSFORMS
3.1LAPLACE TRANSFORMS AND PROPERTIES
3.1LAPLACE TRANSFORMS AND PROPERTIES
3.2 LAPLACE TRANSFORMS OF DERIVATIVES AND INTEGRALS
3.2 LAPLACE TRANSFORMS OF DERIVATIVES AND INTEGRALS
3.3 INVERSE LAPLACE TRANSFORM
3.3 INVERSE LAPLACE TRANSFORM
3.4 SOLUTION OF DIFFERENTIAL EQUATION BY LAPLACE TRANSFORM TECHNIQUE
3.4 SOLUTION OF DIFFERENTIAL EQUATION BY LAPLACE TRANSFORM TECHNIQUE

UNIT IV

Fourier Series and Fourier Transforms
4.1 Fourier Series
4.1 Fourier Series
4.2 Harmonic Analysis
4.2 Harmonic Analysis
4.3 Fourier Transform
4.3 Fourier Transform

UNIT V

PARTIAL DIFFERENTIAL EQUATIONS
5.1 One dimensional wave Equation
5.1 One dimensional wave Equation
5.2 One Dimensional Heat Equation
5.2 One Dimensional Heat Equation
5.3 Two Dimensional Heat Equation
5.3 Two Dimensional Heat Equation

24EC302-DIGITAL LOGIC CIRCUITS &DESIGN

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Boolean Algebra &Truth Table
Basic Gates & Theorems
Basic Gates & Theorems
K -Map
K -Map
Binary Addition & Subtraction
Binary Addition & Subtraction

UNIT II

Combinational Circuits & Logic Family
Magnitude Comparator
Magnitude Comparator
Multiplexers
Multiplexers
Priority Encoder
Priority Encoder

UNIT III

Sequential Logic
Flip Flops
Flip Flops
Registers
Registers
Moore Mealy model
Moore Mealy model

UNIT IV

State Machine Design
State Reduction & Minimization
State Reduction & Minimization
Analysis Of Asynchronous Sequential Circuits
Analysis Of Asynchronous Sequential Circuits

UNIT V

Programmable Logic & Memory Devices
Programmable Logic Devices, PLA &PAL
Programmable Logic Devices, PLA &PAL
Memory Devices
Memory Devices
CPLD &FPGA
CPLD &FPGA

24EE204-BASICS OF ELECTRICAL AND ELECTRONICS ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

DC Circuits
1.1 BASIC ELECTRICAL CIRCUIT COMPONENTS
1.1 BASIC ELECTRICAL CIRCUIT COMPONENTS
1.2 KIRCHHOFF LAWS
1.2 KIRCHHOFF LAWS
1.3 MESH ANALYSIS WITH INDEPENDENT SOURCES ONLY
1.3 MESH ANALYSIS WITH INDEPENDENT SOURCES ONLY
1.4 NODAL ANALYSIS
1.4 NODAL ANALYSIS

UNIT II

AC Circuits and Magnetic Circuits
2.1 STEADY STATE ANALYSIS OF RLC CIRCUIT
2.1 STEADY STATE ANALYSIS OF RLC CIRCUIT
2.2 RECTIFIER
2.2 RECTIFIER
2.3 FULL WAVE RECTIFIER
2.3 FULL WAVE RECTIFIER

UNIT III

DC Machines and Transformers
3.1 CONSTRUCTION AND WORKING PRINCIPLE OF DC MOTOR
3.1 CONSTRUCTION AND WORKING PRINCIPLE OF DC MOTOR
3.2 TYPES OF DC MOTOR
3.2 TYPES OF DC MOTOR
3.3 TRANSFORMER
3.3 TRANSFORMER
3.4 EMF EQUATION OF TRANSFORMER
3.4 EMF EQUATION OF TRANSFORMER

UNIT IV

UNIT IV – Electronic Devices
4.1 SEMICONDUCTOR AND ITS TYPES
4.1 SEMICONDUCTOR AND ITS TYPES
4.2 BIPOLAR JUNCTION TRANSISTOR
4.2 BIPOLAR JUNCTION TRANSISTOR
4.3 LIGHT EMITTING DIODE
4.3 LIGHT EMITTING DIODE
4.4 ZENER DIODE
4.4 ZENER DIODE
4.5 PN JUNCTION DIODE
4.5 PN JUNCTION DIODE

UNIT V

Sensors and its Applications
5.1 TEMPERATURE SENSOR
5.1 TEMPERATURE SENSOR
5.2 PIEZO ELECTRIC TRANSDUCER
5.2 PIEZO ELECTRIC TRANSDUCER

24EE404 IOT SENSORS AND DEVICES

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

Sensors for IoT
Active and Passive Sensors
Active and Passive Sensors
Different Types of Sensors
Different Types of Sensors
Resistive
Resistive
Surface Acoustic Wave Sensors
Surface Acoustic Wave Sensors
Toxic Gas
Toxic Gas
Humidity sensor
Humidity sensor

UNIT II

Microcontroller
Microprocessors
Microprocessors
Microcontrollers
Microcontrollers
Arduino
Arduino
ADC
ADC
DAC
DAC

UNIT III

Arduino Programming
Digital Pins as Input and Output
Digital Pins as Input and Output
PWM
PWM
Serial Communication
Serial Communication
Interfacing of DC Motor and Relay
Interfacing of DC Motor and Relay

UNIT IV

IoT System
IOT Levels
IOT Levels
IOT Protocols
IOT Protocols
Communication Protocols
Communication Protocols
Bluetooth and Wi-Fi Modules for Arduino
Bluetooth and Wi-Fi Modules for Arduino

UNIT V

IoT Applications
IOT in industry( Smart city)
IOT in industry( Smart city)
Logistics
Logistics
Health care
Health care
Agriculture
Agriculture

Semester III

24MA301 PROBABILITY, RANDOM PROCESS AND STATISTICS

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

PROBABILITY AND ONE DIMENSIONAL RANDOM VARIABLE
1.1 Probability & Random Variable
1.1 Probability & Random Variable
1.2 Binomial & Poisson Distribution
1.2 Binomial & Poisson Distribution
1.3 Geometric Distribution
1.3 Geometric Distribution
1.4 Normal & Uniform Distribution
1.4 Normal & Uniform Distribution

UNIT II

TWO DIMENSIONAL RANDOM VARIABE
2.1 Joint probability distribution function for discrete random variable
2.1 Joint probability distribution function for discrete random variable
2.2 Joint probability distribution function for continuous random variable
2.2 Joint probability distribution function for continuous random variable
2.3 correlation and regression
2.3 correlation and regression
2.4 transformation for random variables
2.4 transformation for random variables

UNIT III

RANDOM PROCESS AND POWER SPECTRAL DENSITY
3.1 random process
3.1 random process
3.2 wss and sss process
3.2 wss and sss process
3.3 joint wss process
3.3 joint wss process
3.4 poisson process
3.4 poisson process

UNIT IV

TESTING OF HYPOTHESIS
4.1TESTING OF HYPOTHESIS
4.1TESTING OF HYPOTHESIS
4.2SINGLE PROPORTION
4.2SINGLE PROPORTION
4.3Chi-Square Test
4.3Chi-Square Test
4.4 INDEPENDENCE OF ATTRIBUTES
4.4 INDEPENDENCE OF ATTRIBUTES
4.5 VARIANCE F-TEST
4.5 VARIANCE F-TEST

UNIT V

DESIGN OF EXPERIMENTS
5.1 One way Calsaaification
5.1 One way Calsaaification
5.2 Randomized Block Design
5.2 Randomized Block Design
5.3 Latin Square
5.3 Latin Square

24EC501-MICROPROCESSORS, MICROCONTROLLERS AND INTERFACING TECHNIQUES

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO MICROPROCESSORS AND 8085 ARCHITECTURES
1.1.Overview of microprocessor systems
1.1.Overview of microprocessor systems
1.2.Evolution of microprocessor
1.2.Evolution of microprocessor
1.3.8-bit Microprocessor (8085): Features and Architecture
1.3.8-bit Microprocessor (8085): Features and Architecture
1.4.Addressing Modes
1.4.Addressing Modes
1.5.Instruction Set
1.5.Instruction Set
1.6.Timing Diagrams and Instruction Execution
1.6.Timing Diagrams and Instruction Execution

UNIT II

8086 MICROPROCESSOR ARCHITECTURE AND PROGRAMMING
2.1.16-bit Microprocessor (8086) Features and Architecture
2.1.16-bit Microprocessor (8086) Features and Architecture
2.2.Segmented Memory Model and Pin Diagram
2.2.Segmented Memory Model and Pin Diagram
2.3.Addressing Modes of 8086
2.3.Addressing Modes of 8086
2.4.8086- Instruction set
2.4.8086- Instruction set
2.5.ALP with MASM/TASM
2.5.ALP with MASM/TASM

UNIT III

MICROCONTROLLER 8051 ARCHITECTURE AND PROGRAMMING
3.1.Comparison of Microprocessor and Microcontroller
3.1.Comparison of Microprocessor and Microcontroller
3.2.Features and Architecture of 8051
3.2.Features and Architecture of 8051
3.3.Addressing Modes of 8051
3.3.Addressing Modes of 8051
3.4.Timer and Counter Programming
3.4.Timer and Counter Programming
3.5.Interrupts and Their Handling in 8051
3.5.Interrupts and Their Handling in 8051

UNIT IV

INTERFACING TECHNIQUES AND PERIPHERALS
4.1.Memory and I/O Interfacing Concepts
4.1.Memory and I/O Interfacing Concepts
4.2.Interfacing with LEDs, 7-segment displays, LCD
4.2.Interfacing with LEDs, 7-segment displays, LCD
4.3.Interfacing ADC and DAC
4.3.Interfacing ADC and DAC
4.4.Sensor Interfacing
4.4.Sensor Interfacing
4.5.Stepper Motor
4.5.Stepper Motor
4.6.Serial Communication Protocols
4.6.Serial Communication Protocols

UNIT V

ADVANCED MICROCONTROLLERS AND EMBEDDED INTERFACING
5.1.Writing and simulating assembly code for 8085/8086
5.1.Writing and simulating assembly code for 8085/8086
5.2.LED, LCD, and keypad interfacing with 8051
5.2.LED, LCD, and keypad interfacing with 8051
5.3.Timer-based delay generation
5.3.Timer-based delay generation
5.4.Serial communication between PC and 8051
5.4.Serial communication between PC and 8051
5.5.ADC-based sensor data acquisition
5.5.ADC-based sensor data acquisition

24CS301-DATA STRUCTURES AND ALGORITHM

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION AND FUNDAMENTAL DATA STRUCTURES
1.1.OVERVIEW OF ALGORITHMS AND REAL
1.1.OVERVIEW OF ALGORITHMS AND REAL
1.2. ARRAYS,STRINGS,STRUCTURES
1.2. ARRAYS,STRINGS,STRUCTURES
1.3.LINKED LIST ,SINGLR,DOUBLE ,CIRCULAR
1.3.LINKED LIST ,SINGLR,DOUBLE ,CIRCULAR
1.4.STACK.QUEUE
1.4.STACK.QUEUE
1.5.Real world use cases Balanced parentheses
1.5.Real world use cases Balanced parentheses

UNIT II

TREES AND THEIR APPLICATIONS
2.1.TREE
2.1.TREE
2.2.binary search tree
2.2.binary search tree
2.3.tree traversal
2.3.tree traversal
2.4.priority queue
2.4.priority queue
2.5.trie -prefix tree
2.5.trie -prefix tree
2.6.segment tree
2.6.segment tree

UNIT III

GRAPHS AND NETWORKED SYSTEMS
3.1.Graphs
3.1.Graphs
3.2.graph traversal
3.2.graph traversal
3.3.graph traversal DFS
3.3.graph traversal DFS
3.4.minimum spanning tree
3.4.minimum spanning tree
3.5. kurskals algorithm
3.5. kurskals algorithm
3.6.Application in social networking
3.6.Application in social networking

UNIT IV

SEARCHING, SORTING, AND PROBLEM SOLVING TECHNIQUES
4.1.Searching Binary search and variants
4.1.Searching Binary search and variants
4.2.quick sort
4.2.quick sort
4.3.Merge Sort
4.3.Merge Sort
4.4.Greedy Algorithms
4.4.Greedy Algorithms
4.5.backtracking
4.5.backtracking
4.6.dynamic programming
4.6.dynamic programming

UNIT V

UNIT V – HASHING, MEMORY MANAGEME
5.3.Disjoint set(union-find) connected components
5.3.Disjoint set(union-find) connected components
5.4.Social Network & memory management
5.4.Social Network & memory management
5.5.GARBAGE COLLECTION LOGIC
5.5.GARBAGE COLLECTION LOGIC
5.6.DATA STRUCTURES USE IN OS &DBMS
5.6.DATA STRUCTURES USE IN OS &DBMS

24CS302-OBJECT ORIENTED PROGRAMMING USING JAVA

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO JAVA PROGRAMMING & FUNDAMENTALS
1.1 Overview of Java platform and features, Java program structure, Java compiling and running.
1.1 Overview of Java platform and features, Java program structure, Java compiling and running.
1.2 Data types, variables, operators, type casting
1.2 Data types, variables, operators, type casting
1.3 Control structures: if-else, switch, loops (for, while, do-while)
1.3 Control structures: if-else, switch, loops (for, while, do-while)
1.4 Arrays – single and multidimensional.
1.4 Arrays – single and multidimensional.
1.5 String handling and built-in functions (String, StringBuffer, StringBuilder)
1.5 String handling and built-in functions (String, StringBuffer, StringBuilder)
1.6 Introduction to Exception Handling (try, catch, finally, throw, throws)
1.6 Introduction to Exception Handling (try, catch, finally, throw, throws)

UNIT II

CLASSES, OBJECTS AND CONSTRUCTORS
Constructor
Constructor
Access Modifiers
Access Modifiers
Method Overload
Method Overload

UNIT III

INHERITANCE AND POLYMORPHISM
3.1 Types of inheritance in Java (Single, Multilevel, Hierarchical)
3.1 Types of inheritance in Java (Single, Multilevel, Hierarchical)
3.2 Method overriding and runtime polymorphism, super keyword and constructor chaining
3.2 Method overriding and runtime polymorphism, super keyword and constructor chaining
3.3 Abstract classes and methods
3.3 Abstract classes and methods
3.4 Interfaces
3.4 Interfaces
3.5 Multiple inheritance through interfaces
3.5 Multiple inheritance through interfaces
3.6 Introduction to packages and access control
3.6 Introduction to packages and access control

UNIT IV

COLLECTIONS, EXCEPTION HANDLING, AND FILE I/O
4.1 Advanced Exception Handling (User-defined exceptions, try-catch nesting)
4.1 Advanced Exception Handling (User-defined exceptions, try-catch nesting)
4.2 Java Collections Framework: List, Set, Map (ArrayList, LinkedList, HashSet, TreeSet, HashMap)
4.2 Java Collections Framework: List, Set, Map (ArrayList, LinkedList, HashSet, TreeSet, HashMap)
4.3 Iterators and Enhanced for loop
4.3 Iterators and Enhanced for loop
4.4. Introduction to File I/O: FileReader, FileWriter, BufferedReader, BufferedWriter
4.4. Introduction to File I/O: FileReader, FileWriter, BufferedReader, BufferedWriter
4.5. Reading and writing objects using Serialization
4.5. Reading and writing objects using Serialization

UNIT V

MULTITHREADING, GUI PROGRAMMING & EVENT HANDLING
5.1 Thread lifecycle, thread creation (Thread class, Runnable interface), Thread synchronization, Inter-thread communication
5.1 Thread lifecycle, thread creation (Thread class, Runnable interface), Thread synchronization, Inter-thread communication
5.2 Java GUI basics: Introduction to AWT and Swing
5.2 Java GUI basics: Introduction to AWT and Swing
5.3 Layout Managers
5.3 Layout Managers
5.4 Event Delegation Model, Handling GUI Events: ActionListener, Mouse Listener, Building basic forms and interfaces with buttons, labels, text fields
5.4 Event Delegation Model, Handling GUI Events: ActionListener, Mouse Listener, Building basic forms and interfaces with buttons, labels, text fields

24CS303-COMPUTER ARCHITECTURE AND ORGANIZATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

FUNDAMENTALS OF COMPUTER SYSTEMS AND ISAS
1.1 VONNEUMANN ARCHITECTURE
1.1 VONNEUMANN ARCHITECTURE
1.2 CISC & RISC ARCHITECTURE
1.2 CISC & RISC ARCHITECTURE
1.3 INSTRUCTION FORMATS
1.3 INSTRUCTION FORMATS
1.4 ADDRESSING MODES
1.4 ADDRESSING MODES
1.5 COMPONENTS OF COMPUTER
1.5 COMPONENTS OF COMPUTER
1.6 ARM PROCESSOR
1.6 ARM PROCESSOR

UNIT II

ARITHMETIC AND LOGIC UNIT
2.1 DATA PATH
2.1 DATA PATH
2.2 COMPUTER ARITHMETIC
2.2 COMPUTER ARITHMETIC
2.3 BOOTH’S ALGORITHM
2.3 BOOTH’S ALGORITHM
2.4 FLOATING POINT ARITHMETIC
2.4 FLOATING POINT ARITHMETIC
2.5 IEEE 754
2.5 IEEE 754

UNIT III

MEMORY SYSTEM ARCHITECTURE
3.1 MEMORY HIERARCHY
3.1 MEMORY HIERARCHY
3.2 CACHE MAPPING
3.2 CACHE MAPPING
3.3 VIRTUAL MEMORY
3.3 VIRTUAL MEMORY
3.4 TLB
3.4 TLB

UNIT IV

PROCESSOR PERFORMANCE AND PIPE LINING
4.1 PIPE LINING
4.1 PIPE LINING
4.2 PIPELINING HAZARDS
4.2 PIPELINING HAZARDS
4.3 SUPERSCALAR ARCHITECTURE
4.3 SUPERSCALAR ARCHITECTURE
4.4 OUT OF ORDER EXECUTION
4.4 OUT OF ORDER EXECUTION
4.5 MULTICORE PROCESSOR
4.5 MULTICORE PROCESSOR

UNIT V

I/O SYSTEMS AND FUTURE TRENDS
5.1 INPUT OUTPUT INTERFACE
5.1 INPUT OUTPUT INTERFACE
5.2 MODES OF TRANSFER
5.2 MODES OF TRANSFER
5.3 DMA
5.3 DMA
5.4 PCLe
5.4 PCLe
5.5 DEVICE DRIVER
5.5 DEVICE DRIVER

24CS304 -DATABASE MANAGEMENT SYSTEM

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO DATABASES AND DATA MODELING
1.1 INTRODUCTION TO DATABASE
1.1 INTRODUCTION TO DATABASE
1.2 DATA MODELS
1.2 DATA MODELS
1.3 TYPES OF DATABASE
1.3 TYPES OF DATABASE
1.4 E-R Modelling
1.4 E-R Modelling

UNIT II

RELATIONAL MODEL AND SQL
2.1 Relational Data Model
2.1 Relational Data Model
2.2 Nested query in SQL
2.2 Nested query in SQL
2.3 SQL Joins
2.3 SQL Joins
2.4 SQL Constraints
2.4 SQL Constraints

UNIT III

RELATIONAL DATABASE DESIGN AND NORMALIZATION
3.1 ER and EER-to-Relational mapping
3.1 ER and EER-to-Relational mapping
3.2 Update anomalies Functional dependencies
3.2 Update anomalies Functional dependencies
3.3 Inference rules – Minimal cover
3.3 Inference rules – Minimal cover
3.4 Normalization
3.4 Normalization

UNIT IV

TRANSACTION
4.1 Deadlock in DBMS
4.1 Deadlock in DBMS
4.2 Deadlock Concurrency Control
4.2 Deadlock Concurrency Control
4.3 Deadlock Detection and Recovery
4.3 Deadlock Detection and Recovery
4.4 Transaction in DBMS
4.4 Transaction in DBMS

24CS305 -DATABASE MANAGEMENT SYSTEM

UNITS

COURSE MATERIALS & VIDEOS

UNIT V

STORAGE, INDEXING, QUERY PROCESSING, AND EMERGING TRENDS
5.1 Amazon RDS - Introduction to Amazon Relational Database System
5.1 Amazon RDS - Introduction to Amazon Relational Database System
5.2 Difference between SQL and NoSQL
5.2 Difference between SQL and NoSQL
5.3 Fire Base_DataLakeVsDataWarehouse
5.3 Fire Base_DataLakeVsDataWarehouse
5.5 NoSQL Database
5.5 NoSQL Database

Semester IV

24MA402-DISCRETE MATHEMATICS AND LINEAR ALGEBRA

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

LOGIC AND PROOFS
1.1 PROPOSITIONAL LOGIC
1.1 PROPOSITIONAL LOGIC
1.2 PROPOSITIONAL EQUIVALENCE
1.2 PROPOSITIONAL EQUIVALENCE
1.3 QUANTIFIERS
1.3 QUANTIFIERS
1.4 THEORY OF INFERENCE
1.4 THEORY OF INFERENCE
1.5 PREDICATE CALCULUS
1.5 PREDICATE CALCULUS

UNIT II

COMBINATORICS
2.1 MATHEMATICAL INDUCTION
2.1 MATHEMATICAL INDUCTION
2.2 PIGEON HOLE PRINCIPLE
2.2 PIGEON HOLE PRINCIPLE
2.3 RECURRENCE RELATION
2.3 RECURRENCE RELATION
2.4 PERMUTATION
2.4 PERMUTATION
2.5 PRINCIPLE OF INCLUSION - EXCLUSION
2.5 PRINCIPLE OF INCLUSION - EXCLUSION

UNIT III

GRAPHS
3.1 GRAPH MODELS
3.1 GRAPH MODELS
3.2 TYPES OF GRAPHS
3.2 TYPES OF GRAPHS
3.3 EULER AND HAMILTON GRAPH
3.3 EULER AND HAMILTON GRAPH
3.4 CONNECTIVITY
3.4 CONNECTIVITY
3.5 DIRECTED GRAPHS
3.5 DIRECTED GRAPHS

UNIT IV

VECTOR SPACES
4.1 VECTOR SPACES
4.1 VECTOR SPACES
4.2 SUBSPACES
4.2 SUBSPACES
4.3 LINEAR COMBINATION
4.3 LINEAR COMBINATION
4.4 LINEARLY INDEPENDENT
4.4 LINEARLY INDEPENDENT

UNIT V

LINEAR TRANSFORMATION AND INNER PRODUCT SPACES
5.1 LINEAR TRANSFORMATION
5.1 LINEAR TRANSFORMATION
5.2 NULL SPACE AND RANGES
5.2 NULL SPACE AND RANGES
5.3 INNER PRODUCT SPACE
5.3 INNER PRODUCT SPACE
5.4 GRAMS SCHMIDT ORTHOGONALISATION PROCESS
5.4 GRAMS SCHMIDT ORTHOGONALISATION PROCESS

24CS403-THEORY OF COMPUTATION

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

AUTOMATA AND REGULAR EXPRESSIONS
1.1 INTRODUCTION TO FORMAL PROOF & ADDITIONAL FORMS OF PROOF
1.1 INTRODUCTION TO FORMAL PROOF & ADDITIONAL FORMS OF PROOF
1.2 FINITE AUTOMATA
1.2 FINITE AUTOMATA
1.3 DETERMINISTIC FINITE AUTOMATA
1.3 DETERMINISTIC FINITE AUTOMATA
1.4 NON DETERMINISTIC FINITE AUTOMATA
1.4 NON DETERMINISTIC FINITE AUTOMATA
1.5 FINITE AUTOMATA WITH EPSILON TRANSITIONS
1.5 FINITE AUTOMATA WITH EPSILON TRANSITIONS

UNIT II

REGULAR EXPRESSIONS AND LANGUAGES
2.1 REGULAR EXPRESSION
2.1 REGULAR EXPRESSION
2.2 CONVERSION OF REGULAR EXPRESSION TO FINITE AUTOMATA
2.2 CONVERSION OF REGULAR EXPRESSION TO FINITE AUTOMATA
2.3 PROVING LANGUAGES NOT TO BE REGULAR
2.3 PROVING LANGUAGES NOT TO BE REGULAR
2.4 CLOSURE PROPERTIES OF REGULAR LANGUAGES
2.4 CLOSURE PROPERTIES OF REGULAR LANGUAGES

UNIT III

CONTEXT FREE GRAMMAR AND PUSH DOWN AUTOMATA
3.1 CONTEXT - FREE GRAMMAR
3.1 CONTEXT - FREE GRAMMAR
3.2 DERIVATION AND PARSE TREES
3.2 DERIVATION AND PARSE TREES
3.3 AMBIGUITY IN GRAMMAR
3.3 AMBIGUITY IN GRAMMAR
PUSHDOWN AUTOMATA
PUSHDOWN AUTOMATA
3.4 LANGUAGES OF PDA
3.4 LANGUAGES OF PDA

UNIT IV

NORMAL FORMS AND TURING MACHINES
4.1 NORMAL FORMS FOR CFG
4.1 NORMAL FORMS FOR CFG
4.2 PUMPING LEMMA FOR CFL
4.2 PUMPING LEMMA FOR CFL
4.3 CLOSURE PROPERTIES OF CFL
4.3 CLOSURE PROPERTIES OF CFL
4.4 TURING MACHINE
4.4 TURING MACHINE

UNIT V

UNDECIDABILITY
RECURSIVE ENUMERABLE LANGUAGES
RECURSIVE ENUMERABLE LANGUAGES
POST CORRESPONDENCE PROBLEM
POST CORRESPONDENCE PROBLEM
P,NP AND NP COMPLETE PROBLEMS
P,NP AND NP COMPLETE PROBLEMS
KRUSKALS ALGORITHM
KRUSKALS ALGORITHM

24CS404-OPERATING SYSTEM

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

OPERATING SYSTEM FOUNDATIONS AND SYSTEM PROGRAMMING
1.1.Role of OS IN Modern Computing
1.1.Role of OS IN Modern Computing
1.2.system architecture .kernel vs user space,Monolithic vs microkernal
1.2.system architecture .kernel vs user space,Monolithic vs microkernal
1.3.OS interface ,System calls,Shell
1.3.OS interface ,System calls,Shell
1.4.Tools,STRACE,MAN,GCC,GDB
1.4.Tools,STRACE,MAN,GCC,GDB

UNIT II

UNIT II – PROCESS AND MEMORY MANAGEMENT IN PRACTICE
2.1.Process Life Cycle in Linux
2.1.Process Life Cycle in Linux
2.2.POSIX threads
2.2.POSIX threads
2.3.scheduling Policies
2.3.scheduling Policies
2.4.nter-process communication (pipes, shared memory, semaphores)
2.4.nter-process communication (pipes, shared memory, semaphores)
2.5. Virtual memory, paging, segmentation, page faults
2.5. Virtual memory, paging, segmentation, page faults

UNIT III

FILE SYSTEMS, I/O AND DEVICE MANAGEMENT
3.1.FILE SYSTEM
3.1.FILE SYSTEM
3.2.DISK IO OPERATION
3.2.DISK IO OPERATION
3.3.BUFFERING AND CATCHING
3.3.BUFFERING AND CATCHING
3.4.DMA
3.4.DMA
3.5.DEVICE DRIVER
3.5.DEVICE DRIVER

UNIT IV

VIRTUALIZATION AND CONTAINER TECHNOLOGIES
4.1 Virtualization
4.1 Virtualization
4.2.DOCKER
4.2.DOCKER
4.3 Resource limits and process isolation
4.3 Resource limits and process isolation
4.4.TOOLS
4.4.TOOLS
4.5.USE CASES
4.5.USE CASES

UNIT V

OPERATING SYSTEMS IN MOBILE, EMBEDDED, AND CLOUD SYSTEMS
5.1Android OS Architecture
5.1Android OS Architecture
5.1Android OS Architecture
5.1Android OS Architecture
5.3 Cloud OS
5.3 Cloud OS
5.4 Security Mechanisms
5.4 Security Mechanisms

24AI302-ARTIFICIAL INTELLIGENCE

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO ARTIFICIAL INTELLIGENCE
1.1 DEFINITION AND SCOPE
1.1 DEFINITION AND SCOPE
1.2HISTORY OF AI
1.2HISTORY OF AI
1.3 Application of AI
1.3 Application of AI
1.4 Types of Agents
1.4 Types of Agents

UNIT II

PROBLEM SOLVING AND SEARCH TECHNIQUES
UNIT 2.1 PROBLEM FORMULATION
UNIT 2.1 PROBLEM FORMULATION
UNIT 2.2 Search strategies in AI, Uninformed search
UNIT 2.2 Search strategies in AI, Uninformed search
UNIT 2.3 Informed search strategies
UNIT 2.3 Informed search strategies
UNIT 2.4 MINIMAX
UNIT 2.4 MINIMAX

UNIT III

KNOWLEDGE REPRESENTATION AND REASONING
3.1 Propositional Logic
3.1 Propositional Logic
3.2 Inference in First-Order Predicate Logic (FOPL)
3.2 Inference in First-Order Predicate Logic (FOPL)
3.3 Forward chaining and Backward chaining
3.3 Forward chaining and Backward chaining
3.4 Semantic Networks
3.4 Semantic Networks

UNIT IV

PLANNING AND LEARNING
UNIT 4.1 Components of Planning Systems
UNIT 4.1 Components of Planning Systems
UNIT 4.2 Classical Planning
UNIT 4.2 Classical Planning
UNIT 4.3 Introduction to machine learning
UNIT 4.3 Introduction to machine learning
UNIT 4.4 Reinforcement Learning Basics
UNIT 4.4 Reinforcement Learning Basics

UNIT V

APPLICATIONS OF AI
5.1 Natural Language Processing
5.1 Natural Language Processing
5.2 Computer vision (overview)
5.2 Computer vision (overview)
5.3 parsing
5.3 parsing
5.4 semantics
5.4 semantics

24CS405-APPLIED SOFTWARE ENGINEERING WITH DESIGN AND DEVOPS PRACTICES

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

INTRODUCTION TO SOFTWARE ENGINEERING
1.1 Software Engineering, SDLC – Phases
1.1 Software Engineering, SDLC – Phases
1.2 Traditional vs agile Models (Waterfall, Agile, DevOps)
1.2 Traditional vs agile Models (Waterfall, Agile, DevOps)
1.3 Scrum Basics – Roles, Sprint, Backlog
1.3 Scrum Basics – Roles, Sprint, Backlog
1.4 Version Control using Git and GitHub
1.4 Version Control using Git and GitHub

UNIT II

SOFTWARE DESIGN AND UML DIAGRAMS
2.1 Design Principles and Classification
2.1 Design Principles and Classification
2.2 UML Diagram
2.2 UML Diagram
2.3 Design Pattern
2.3 Design Pattern
2.4 Layered Client Server
2.4 Layered Client Server

UNIT III

DEVOPS AND CI/CD CONCEPTS
3.1 Devops & CI/CD Model
3.1 Devops & CI/CD Model
3.2 Introduction to Jenkins
3.2 Introduction to Jenkins
3.3 Introduction to Docker
3.3 Introduction to Docker
Docker Image
Docker Image

UNIT IV

TESTING AND QUALITY IN SOFTWARE
4.1 TYPES OF TESTING
4.1 TYPES OF TESTING
4.2 AUTOMATED TESTING-JUNIT AND PYTEST
4.2 AUTOMATED TESTING-JUNIT AND PYTEST
4.3 INTRODUCTION TO SELENIUM
4.3 INTRODUCTION TO SELENIUM
4.4 CODE QUALITY TOOLS - SONARQUBE AND SONARLINT
4.4 CODE QUALITY TOOLS - SONARQUBE AND SONARLINT

UNIT V

DEPLOYMENT AND CLOUD BASICS
5.1 DEPLOYING SOFTWARE IN REAL LIFE AND CLOUD COMPUTING
5.1 DEPLOYING SOFTWARE IN REAL LIFE AND CLOUD COMPUTING
5.2 HOSTING A WEB APP ON CLOUD AWS EC2
5.2 HOSTING A WEB APP ON CLOUD AWS EC2
5.3 HOSTING A WEB APP ON CLOUD HEROKU
5.3 HOSTING A WEB APP ON CLOUD HEROKU
5.4 DOCKER COMPOSE AND INTRODUCTION TO MONITORING TOOLS
5.4 DOCKER COMPOSE AND INTRODUCTION TO MONITORING TOOLS

24EN451-SOFT SKILLS DEVELOPMENT

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

LESSONS OF EXCELLECE
1.1 Reflective Writing on Personal Moral Decisions and Ethical Frameworks Used
1.1 Reflective Writing on Personal Moral Decisions and Ethical Frameworks Used
1.2 Analyze personal habits using the Cue-Routine-
1.2 Analyze personal habits using the Cue-Routine-

UNIT II

EMOTIONAL INTELLIGENCE
2.1 Use empathy maps to chart feelings, thoughts and responses
2.1 Use empathy maps to chart feelings, thoughts and responses
2.2 Solve real life problems involving percentages and proportions
2.2 Solve real life problems involving percentages and proportions

UNIT III

TEAM SKILLS
. Activities to Improve Team Communication, Planning and Creativity
. Activities to Improve Team Communication, Planning and Creativity
Group Problem Solving and Decision Making Tasks
Group Problem Solving and Decision Making Tasks

UNIT IV

GOAL SETTING
Set SMART goals and identify steps and obstacles for achievement
Set SMART goals and identify steps and obstacles for achievement

24EN451- Soft Skills Development

UNITS

COURSE MATERIALS & VIDEOS

UNIT V

BUSINESS SKILLS
Brain Storming
Brain Storming
Business Proposal Writing
Business Proposal Writing

24CY401 - ENVIRONMENTAL SCIENCE & ENGINEERING

UNITS

COURSE MATERIALS & VIDEOS

UNIT I

ECOLOGY & BIODIVERSITY
1.1 Syllabus & Intro
1.1 Syllabus & Intro
1.2 COMPONENTS OF ECO SYSTEM
1.2 COMPONENTS OF ECO SYSTEM
1.3 ENERGY FLOW
1.3 ENERGY FLOW
1.4 BIODIVERSITY VALUES
1.4 BIODIVERSITY VALUES
1.5 THREATS TO BIODIVERSITY
1.5 THREATS TO BIODIVERSITY

UNIT I

ECOLOGY & BIODIVERSITY
1.1 Syllabus & Intro
1.1 Syllabus & Intro
1.2 COMPONENTS OF ECO SYSTEM
1.2 COMPONENTS OF ECO SYSTEM
1.3 ENERGY FLOW
1.3 ENERGY FLOW
1.4 BIO DIVERSITY VALUES
1.4 BIO DIVERSITY VALUES
1.5 THREATS TO BIO DIVERSITY
1.5 THREATS TO BIO DIVERSITY

UNIT II

ECOLOGY & BIODIVERSITY
21. WATER RESOURCES
21. WATER RESOURCES
2.2 DAMS
2.2 DAMS
2.3 CONFLICT OVER WATER
2.3 CONFLICT OVER WATER
2.4 HYDROPHONICS
2.4 HYDROPHONICS
2.5 MICRO ORGANISMS
2.5 MICRO ORGANISMS

UNIT III

AIR AND NOISE POLLUTION
3.1 AIR POLLUTION & AIR POLLUTANTS
3.1 AIR POLLUTION & AIR POLLUTANTS
3.2 CONTROL METHODS
3.2 CONTROL METHODS
3.3 NOISE POLLUTION
3.3 NOISE POLLUTION
3.4 CASE STUDIES
3.4 CASE STUDIES
3.5 ACTS
3.5 ACTS

UNIT IV

Solid waste and Hazardous waste management
4.1 SOLD WASTE MANAGEMENT
4.1 SOLD WASTE MANAGEMENT
4.2 PLASTIC WASTE MANAGEMENT
4.2 PLASTIC WASTE MANAGEMENT
4.3 BIO MEDICAL WASTE MANAGEMENT
4.3 BIO MEDICAL WASTE MANAGEMENT
4.4 HAZARDOUS WASTE MANAGEMENT
4.4 HAZARDOUS WASTE MANAGEMENT
4.5 E-WASTE
4.5 E-WASTE

UNIT V

Environmental management and Sustainable development
5.1 Renewable & Nonrenewable Energy Sources
5.1 Renewable & Nonrenewable Energy Sources
5.2 GDP
5.2 GDP
5.3 R-CONCEPT
5.3 R-CONCEPT
5.4 LCA
5.4 LCA
5.5 SUSTAINABILITY
5.5 SUSTAINABILITY

Semester V

Semester VI
Semester VII
Semester VIII

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
Semester III
Semester IV
Semester V
Semester VI
Semester VII
Semester VIII

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