Lecturer Computer Science (BPS-17)

Course Content

1- Data Communication & Networking (Notes)

UNIT 1: INTRODUCTION TO DATA COMMUNICATIONS AND NETWORKING
UNIT 2: SIGNALS (DATA COMMUNICATION & NETWORKING)
UNIT 3: BANDWIDTH (DATA COMMUNICATION & NETWORKING)
UNIT 4: NETWORK MODELS (OSI MODEL)
UNIT 5: TCP/IP MODEL & ADDRESSING (IPv4)
UNIT 6: INFORMATION ENCODING
UNIT 7: ERRORS, DETECTION & CORRECTION
UNIT 8: SIGNAL ENCODING
UNIT 9: TRANSMISSION MODES & IMPAIRMENTS
UNIT 10: TRANSMISSION MEDIUM
Chapter 11: Network Topologies
Unit 12: Introduction to Routing
Unit 13: Switching Concepts
Unit 14: Introduction to IP Version 6 (IPv6)
Unit 15: IP Version 6 (IPv6) Configurations and Transitions

1- Data Communication & Networking (Quizzes)

UNIT 1: INTRODUCTION TO DATA COMMUNICATIONS AND NETWORKING
UNIT 2: SIGNALS (DATA COMMUNICATION & NETWORKING)
UNIT 3: BANDWIDTH (DATA COMMUNICATION & NETWORKING)
UNIT 4: NETWORK MODELS (OSI MODEL)
UNIT 5: TCP/IP MODEL & ADDRESSING (IPv4)
UNIT 6: INFORMATION ENCODING
UNIT 7: ERRORS, DETECTION & CORRECTION
UNIT 8: SIGNAL ENCODING
UNIT 9: TRANSMISSION MODES & IMPAIRMENTS
UNIT 10: TRANSMISSION MEDIUM
Chapter 11: Network Topologies
Unit 12: Introduction to Routing
Unit 13: Switching Concepts
Unit 14: Introduction to IP Version 6 (IPv6)
Unit 15: IP Version 6 (IPv6) Configurations and Transitions

1- Data Communication & Networking (Tests)

UNIT 1: INTRODUCTION TO DATA COMMUNICATIONS AND NETWORKING
UNIT 2: SIGNALS (DATA COMMUNICATION & NETWORKING)
UNIT 3: BANDWIDTH (DATA COMMUNICATION & NETWORKING)
UNIT 4: NETWORK MODELS (OSI MODEL)
UNIT 5: TCP/IP MODEL & ADDRESSING (IPv4)
UNIT 6: INFORMATION ENCODING
UNIT 7: ERRORS, DETECTION & CORRECTION
UNIT 8: SIGNAL ENCODING
UNIT 9: TRANSMISSION MODES & IMPAIRMENTS
UNIT 10: TRANSMISSION MEDIUM
Chapter 11: Network Topologies
Unit 12: Introduction to Routing
Unit 13: Switching Concepts
Unit 14: Introduction to IP Version 6 (IPv6)
Unit 15: IP Version 6 (IPv6) Configurations and Transitions

2- C/C++ Language (Notes)

Module-1: Lecture-1 Introduction to Programming Languages
Lecture-2 Object Oriented Programming (OOP)
Lecture-3 Basic Concepts of Object Oriented Programming
Lecture-4 Benefits and Applications of Object Oriented Programming
Lecture-5 Basics of C++
Lecture-6 Tokens in C++
Lecture-7 Basic Data Types in C++
Lecture-8 Symbolic Constants, Variable Declaration and Reference Variables in C++
Lecture-9: Operators in C++
Lecture-10: Control Structures in C++
Lecture-11: Functions in C++
Lecture-12: Function Overloading in C++
Module-2: Lecture-13 – Class in C++
Lecture-14 – Defining Member Functions in C++
Lecture-15 – Nesting of Member Functions & Private Member Functions
Lecture-16 – Arrays with Classes in C++
Lecture-17 – Static Members and Objects as Function Arguments in C++
Lecture-18 – Friend Functions in C++
Lecture-19 – Returning Objects & Pointers to Members in C++
Lecture-20: Constructors in C++
Lcture–21: Destructor (C++ Programming)
Lecture–22 & 23: Operator Overloading (C++ Programming)
Lecture–24: Type Conversions (C++ Programming)
Lecture–25: Class to Basic Type & Class to Class Type Conversion (C++ Programming)
Lecture–26: Inheritance (C++ Programming)
Lecture–27: Multilevel & Multiple Inheritance (C++ Programming)
Lecture–28: Hierarchical & Hybrid Inheritance (C++ Programming)
Lecture–29: Virtual Base Classes (C++ Programming)
Lecture–30: Polymorphism & Pointers In C++
Lecture–31: Virtual Functions (C++ Programming)
Lecture–32: Pure Virtual Functions And Object Slicing (C++ Programming)
Lecture–33: C++ Function Overriding And Abstract Classes
Lecture–34: Exception Handling In C++
Lecture-35: Exception Handling In C++
Module-03: Lecture-36-Containership in C++
Lecture-37:Templates in C++
Lecture-38: Class Templates in C++
Lecture-39: Virtual Destructors & Operator Overloading
Lecture-40: Managing Console I/O in C++
Lecture-41: Namespaces and Scope in C++
Lecture-42: New & Delete Operators in C++

2- C/C++ Language (Quizzes)

Module-1: Lecture-1 Introduction to Programming Languages
Lecture-2 Object Oriented Programming (OOP)
Lecture-3 Basic Concepts of Object Oriented Programming
Lecture-4 Benefits and Applications of Object Oriented Programming
Lecture-5 Basics of C++
Lecture-6 Tokens in C++
Lecture-7 Basic Data Types in C++
Lecture-8 Symbolic Constants, Variable Declaration and Reference Variables in C++
Lecture-9: Operators in C++
Lecture-10: Control Structures in C++
Lecture-11: Functions in C++
Lecture-12: Function Overloading in C++
Module-2: Lecture-13 – Class in C++
Lecture-14 – Defining Member Functions in C++
Lecture-15 – Nesting of Member Functions & Private Member Functions
Lecture-16 – Arrays with Classes in C++
Lecture-17 – Static Members and Objects as Function Arguments in C++
Lecture-18 – Friend Functions in C++
Lecture-19 – Returning Objects & Pointers to Members in C++
Lecture-20: Constructors in C++
Lcture–21: Destructor (C++ Programming)
Lecture–22 & 23: Operator Overloading (C++ Programming)
Lecture–24: Type Conversions (C++ Programming)
Lecture–25: Class to Basic Type & Class to Class Type Conversion (C++ Programming)
Lecture–26: Inheritance (C++ Programming)
Lecture–27: Multilevel & Multiple Inheritance (C++ Programming)
Lecture–28: Hierarchical & Hybrid Inheritance (C++ Programming)
Lecture–29: Virtual Base Classes (C++ Programming)
Lecture–30: Polymorphism & Pointers In C++
Lecture–31: Virtual Functions (C++ Programming)
Lecture–32: Pure Virtual Functions And Object Slicing (C++ Programming)
Lecture–33: C++ Function Overriding And Abstract Classes
Lecture–34: Exception Handling In C++
Lecture-35: Exception Handling In C++
Module-03: Lecture-36-Containership in C++
Lecture-37:Templates in C++
Lecture-38: Class Templates in C++
Lecture-39: Virtual Destructors & Operator Overloading
Lecture-39: Virtual Destructors & Operator Overloading
Lecture-40: Managing Console I/O in C++
Lecture-41: Namespaces and Scope in C++
Lecture-42: New & Delete Operators in C++

2- C/C++ Language (Tests)

Module-1: Lecture-1 Introduction to Programming Languages
Lecture-2 Object Oriented Programming (OOP)
Lecture-3 Basic Concepts of Object Oriented Programming
Lecture-4 Benefits and Applications of Object Oriented Programming
Lecture-5 Basics of C++
Lecture-6 Tokens in C++
Lecture-7 Basic Data Types in C++
Lecture-8 Symbolic Constants, Variable Declaration and Reference Variables in C++
Lecture-9: Operators in C++
Lecture-10: Control Structures in C++
Lecture-11: Functions in C++
Lecture-12: Function Overloading in C++
Module-2: Lecture-13 – Class in C++
Lecture-14 – Defining Member Functions in C++
Lecture-15 – Nesting of Member Functions & Private Member Functions
Lecture-16 – Arrays with Classes in C++
Lecture-17 – Static Members and Objects as Function Arguments in C++
Lecture-18 – Friend Functions in C++
Lecture-19 – Returning Objects & Pointers to Members in C++
Lecture-20: Constructors in C++
Lcture–21: Destructor (C++ Programming)
Lecture–22 & 23: Operator Overloading (C++ Programming)
Lecture–24: Type Conversions (C++ Programming)
Lecture–25: Class to Basic Type & Class to Class Type Conversion (C++ Programming)
Lecture–26: Inheritance (C++ Programming)
Lecture–27: Multilevel & Multiple Inheritance (C++ Programming)
Lecture–28: Hierarchical & Hybrid Inheritance (C++ Programming)
Lecture–29: Virtual Base Classes (C++ Programming)
Lecture–30: Polymorphism & Pointers In C++
Lecture–31: Virtual Functions (C++ Programming)
Lecture–32: Pure Virtual Functions And Object Slicing (C++ Programming)
Lecture–33: C++ Function Overriding And Abstract Classes
Lecture–34: Exception Handling In C++
Lecture-35: Exception Handling In C++
Module-03: Lecture-36-Containership in C++
Lecture-37:Templates in C++
Lecture-38: Class Templates in C++
Lecture-39: Virtual Destructors & Operator Overloading
Lecture-40: Managing Console I/O in C++
Lecture-41: Namespaces and Scope in C++
Lecture-42: New & Delete Operators in C++

3. Visual Basic (Notes)

Chapter 1 –Introduction to Visual Programming and Event-Driven Model
Chapter 2: Events and Event-Driven Programming Concepts
Chapter 3: Request-Response vs Event-Driven Architecture
Chapter 4: Introduction to C# and .NET Framework
Chapter 5: C# Data Types, Control Structures, and Methods
Chapter 6: Namespaces, Classes, Inheritance, and Polymorphism in C#
Chapter 7: Advanced C# Concepts (Properties, Indexers, Structs, and Interfaces)
Chapter 8: Delegates, Events, and Exception Handling in C#
Chapter 9: Finally Block, Attributes, Enums, Operator Overloading, and Generic Collections in C#
Chapter 10: Anonymous Methods
Chapter 11: Extension Methods, File Handling, and Reflection in C#
Chapter 12: Introduction to WPF and XAML
Chapter 13: XAML Structure, Elements, and Advanced Features
Chapter 14: Advanced XAML Concepts and Integration with Code
Chapter 15: BAML, XAML Internals, and WPF Fundamentals
Chapter 16: Dependency Properties in WPF
Chapter 17: Attached Properties and Layout in WPF
Chapter 18: Introduction to Layout and Transformations in WPF
Chapter 19: Introduction to Layout Panels in WPF
Chapter 20: Introduction to Advanced Grid Concepts in WPF
21: Dockable UI and Routed Events in WPF
Chapter 22 (WPF Events, Input Handling, and Interaction)
Chapter 23 (Touch and Manipulation Events in WPF)
Chapter 24 (Commands in WPF)
Chapter 25 (Structuring and Deploying WPF Applications)
Chapter 26 (Navigation-Based Applications in WPF)
Chapter 27 (XBAP and Resource Management in WPF)
Chapter 28 (Localization and Resources in WPF)
Chapter 29 (Data Binding in WPF)
Chapter 30 (Collection Views and Advanced Data Binding in WPF)
Chapter 31 – Advanced Data Binding: Hierarchical Templates, Data Providers, Modes & Validation
Chapter 32 – Concurrency and Multithreading in .NET (WPF/C#)
Chapter 33 – Task-Based Asynchronous Programming, Thread Marshaling & Task Parallelism
Chapter 34: Hierarchical Data Binding, Object/XML Providers & Advanced Data Views (WPF)
Chapter 35: Advanced Async Programming, Parallelism, Cancellation & Progress in C# (TAP Model)

3. Visual Basic (Quizzes)

Chapter 1 –Introduction to Visual Programming and Event-Driven Model
Chapter 2: Events and Event-Driven Programming Concepts
Chapter 3: Request-Response vs Event-Driven Architecture
Chapter 4: Introduction to C# and .NET Framework
Chapter 5: C# Data Types, Control Structures, and Methods
Chapter 6: Namespaces, Classes, Inheritance, and Polymorphism in C#
Chapter 7: Advanced C# Concepts (Properties, Indexers, Structs, and Interfaces)
Chapter 8: Delegates, Events, and Exception Handling in C#
Chapter 9: Finally Block, Attributes, Enums, Operator Overloading, and Generic Collections in C#
Chapter 10: Anonymous Methods
Chapter 11: Extension Methods, File Handling, and Reflection in C#
Chapter 12: Introduction to WPF and XAML
Chapter 13: XAML Structure, Elements, and Advanced Features
Chapter 14: Advanced XAML Concepts and Integration with Code
Chapter 15: BAML, XAML Internals, and WPF Fundamentals
Chapter 16: Dependency Properties in WPF
Chapter 17: Attached Properties and Layout in WPF
Chapter 18: Introduction to Layout and Transformations in WPF
Chapter 19: Introduction to Layout Panels in WPF
Chapter 20: Introduction to Advanced Grid Concepts in WPF
21: Dockable UI and Routed Events in WPF
Chapter 22 (WPF Events, Input Handling, and Interaction)
Chapter 23 (Touch and Manipulation Events in WPF)
Chapter 24 (Commands in WPF)
Chapter 25 (Structuring and Deploying WPF Applications)
Chapter 26 (Navigation-Based Applications in WPF)
Chapter 27 (XBAP and Resource Management in WPF)
Chapter 28 (Localization and Resources in WPF)
Chapter 29 (Data Binding in WPF)
Chapter 30 (Collection Views and Advanced Data Binding in WPF)
Chapter 31 – Advanced Data Binding: Hierarchical Templates, Data Providers, Modes & Validation
Chapter 32 – Concurrency and Multithreading in .NET (WPF/C#)
Chapter 33 – Task-Based Asynchronous Programming, Thread Marshaling & Task Parallelism
Chapter 34: Hierarchical Data Binding, Object/XML Providers & Advanced Data Views (WPF)
Chapter 35: Advanced Async Programming, Parallelism, Cancellation & Progress in C# (TAP Model)

3. Visual Basic (Tests)

Chapter 1 –Introduction to Visual Programming and Event-Driven Model
Answer Key
Chapter 2: Events and Event-Driven Programming Concepts
Answer Key
Chapter 3: Request-Response vs Event-Driven Architecture
Answer Key
Chapter 4: Introduction to C# and .NET Framework
Answer Key
Chapter 5: C# Data Types, Control Structures, and Methods
Answer Key
Chapter 6: Namespaces, Classes, Inheritance, and Polymorphism in C#
Answer Key
Chapter 7: Advanced C# Concepts (Properties, Indexers, Structs, and Interfaces)
Answer Key
Chapter 8: Delegates, Events, and Exception Handling in C#
Answer Key
Chapter 9: Finally Block, Attributes, Enums, Operator Overloading, and Generic Collections in C#
Answer Key
Chapter 10: Anonymous Methods
Answer Key
Chapter 11: Extension Methods, File Handling, and Reflection in C#
Answer Key
Chapter 12: Introduction to WPF and XAML
Answer Key
Chapter 13: XAML Structure, Elements, and Advanced Features
Answer key
Chapter 14: Advanced XAML Concepts and Integration with Code
Answer Key
Chapter 15: BAML, XAML Internals, and WPF Fundamentals
Answer Key
Chapter 16: Dependency Properties in WPF
Answer Key
Chapter 17: Attached Properties and Layout in WPF
Answer key
Chapter 18: Introduction to Layout and Transformations in WPF
Answer key
Chapter 19: Introduction to Layout Panels in WPF
Answer key
Chapter 20: Introduction to Advanced Grid Concepts in WPF
Answer Key
21: Dockable UI and Routed Events in WPF
Answer Key
Chapter 22 (WPF Events, Input Handling, and Interaction)
Answer Key
Chapter 23 (Touch and Manipulation Events in WPF)
Answer Key
Chapter 24 (Commands in WPF)
Answer Key
Chapter 25 (Structuring and Deploying WPF Applications)
Answer Key
Chapter 26 (Navigation-Based Applications in WPF)
Answer Key
Chapter 27 (XBAP and Resource Management in WPF)
Answer Key
Chapter 28 (Localization and Resources in WPF)
Answer Key
Chapter 29 (Data Binding in WPF)
Answer Key
Chapter 30 (Collection Views and Advanced Data Binding in WPF)
Answer Key
Chapter 31 – Advanced Data Binding: Hierarchical Templates, Data Providers, Modes & Validation
Answer Key
Chapter 32 – Concurrency and Multithreading in .NET (WPF/C#)
Answer Key
Chapter 33 – Task-Based Asynchronous Programming, Thread Marshaling & Task Parallelism
Answer Key
Chapter 34: Hierarchical Data Binding, Object/XML Providers & Advanced Data Views (WPF)
Answer Key
Chapter 35: Advanced Async Programming, Parallelism, Cancellation & Progress in C# (TAP Model)
Answer Key

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Course Content

1- Data Communication & Networking (Notes)

UNIT 1: INTRODUCTION TO DATA COMMUNICATIONS AND NETWORKING

UNIT 2: SIGNALS (DATA COMMUNICATION & NETWORKING)

UNIT 3: BANDWIDTH (DATA COMMUNICATION & NETWORKING)

UNIT 4: NETWORK MODELS (OSI MODEL)

UNIT 5: TCP/IP MODEL & ADDRESSING (IPv4)

UNIT 6: INFORMATION ENCODING

UNIT 7: ERRORS, DETECTION & CORRECTION

UNIT 8: SIGNAL ENCODING

UNIT 9: TRANSMISSION MODES & IMPAIRMENTS

UNIT 10: TRANSMISSION MEDIUM

Chapter 11: Network Topologies

Unit 12: Introduction to Routing

Unit 13: Switching Concepts

Unit 14: Introduction to IP Version 6 (IPv6)

Unit 15: IP Version 6 (IPv6) Configurations and Transitions

1- Data Communication & Networking (Quizzes)

UNIT 1: INTRODUCTION TO DATA COMMUNICATIONS AND NETWORKING

UNIT 2: SIGNALS (DATA COMMUNICATION & NETWORKING)

UNIT 3: BANDWIDTH (DATA COMMUNICATION & NETWORKING)

UNIT 4: NETWORK MODELS (OSI MODEL)

UNIT 5: TCP/IP MODEL & ADDRESSING (IPv4)

UNIT 6: INFORMATION ENCODING

UNIT 7: ERRORS, DETECTION & CORRECTION

UNIT 8: SIGNAL ENCODING

UNIT 9: TRANSMISSION MODES & IMPAIRMENTS

UNIT 10: TRANSMISSION MEDIUM

Chapter 11: Network Topologies

Unit 12: Introduction to Routing

Unit 13: Switching Concepts

Unit 14: Introduction to IP Version 6 (IPv6)

Unit 15: IP Version 6 (IPv6) Configurations and Transitions

1- Data Communication & Networking (Tests)

UNIT 1: INTRODUCTION TO DATA COMMUNICATIONS AND NETWORKING

UNIT 2: SIGNALS (DATA COMMUNICATION & NETWORKING)

UNIT 3: BANDWIDTH (DATA COMMUNICATION & NETWORKING)

UNIT 4: NETWORK MODELS (OSI MODEL)

UNIT 5: TCP/IP MODEL & ADDRESSING (IPv4)

UNIT 6: INFORMATION ENCODING

UNIT 7: ERRORS, DETECTION & CORRECTION

UNIT 8: SIGNAL ENCODING

UNIT 9: TRANSMISSION MODES & IMPAIRMENTS

UNIT 10: TRANSMISSION MEDIUM

Chapter 11: Network Topologies

Unit 12: Introduction to Routing

Unit 13: Switching Concepts

Unit 14: Introduction to IP Version 6 (IPv6)

Unit 15: IP Version 6 (IPv6) Configurations and Transitions

2- C/C++ Language (Notes)

Module-1: Lecture-1 Introduction to Programming Languages

Lecture-2 Object Oriented Programming (OOP)

Lecture-3 Basic Concepts of Object Oriented Programming

Lecture-4 Benefits and Applications of Object Oriented Programming

Lecture-5 Basics of C++

Lecture-6 Tokens in C++

Lecture-7 Basic Data Types in C++

Lecture-8 Symbolic Constants, Variable Declaration and Reference Variables in C++

Lecture-9: Operators in C++

Lecture-10: Control Structures in C++

Lecture-11: Functions in C++

Lecture-12: Function Overloading in C++

Module-2: Lecture-13 – Class in C++

Lecture-14 – Defining Member Functions in C++

Lecture-15 – Nesting of Member Functions & Private Member Functions

Lecture-16 – Arrays with Classes in C++

Lecture-17 – Static Members and Objects as Function Arguments in C++

Lecture-18 – Friend Functions in C++

Lecture-19 – Returning Objects & Pointers to Members in C++

Lecture-20: Constructors in C++

Lcture–21: Destructor (C++ Programming)

Lecture–22 & 23: Operator Overloading (C++ Programming)

Lecture–24: Type Conversions (C++ Programming)

Lecture–25: Class to Basic Type & Class to Class Type Conversion (C++ Programming)

Lecture–26: Inheritance (C++ Programming)

Lecture–27: Multilevel & Multiple Inheritance (C++ Programming)

Lecture–28: Hierarchical & Hybrid Inheritance (C++ Programming)

Lecture–29: Virtual Base Classes (C++ Programming)

Lecture–30: Polymorphism & Pointers In C++

Lecture–31: Virtual Functions (C++ Programming)