Module 1: Introduction to Programming Concepts
Overview of Programming
Definition and importance of programming
Brief history of programming languages
Applications and impact of programming in various fields
Basic Programming Concepts
Algorithms and flowcharts
Understanding compilers and interpreters
Syntax and semantics of programming languages
Getting Started with a Programming Environment
Setting up the programming environment (e.g., Python, Java)
Writing and running your first program
Basic input and output operations
Lab Activities
Installing and configuring a programming environment
Writing and executing simple programs
Practicing basic input/output operations
Module 2: Data Types and Variables
Understanding Data Types
Primitive data types (integers, floats, characters, booleans)
Compound data types (strings, lists/arrays, dictionaries)
Type conversion and casting
Variables and Constants
Declaring and initializing variables
Variable naming conventions
Understanding and using constants
Basic Operators
Arithmetic operators
Relational and logical operators
Assignment operators
Lab Activities
Declaring and using variables in programs
Performing operations with different data types
Writing programs using arithmetic and logical operations
Module 3: Control Structures
Conditional Statements
Understanding if, else-if, and else statements
Nested conditional statements
Practical examples of conditional logic
Loops
Introduction to loops: for and while loops
Nested loops
Loop control statements: break and continue
Boolean Logic
Understanding boolean expressions
Combining conditions using logical operators
Practical applications of boolean logic
Lab Activities
Writing programs with conditional statements
Creating programs with loops for repetitive tasks
Implementing nested loops and boolean logic in programs
Module 4: Functions and Modular Programming
Introduction to Functions
Definition and purpose of functions
Function declaration and definition
Function parameters and return values
Modular Programming
Importance of modularity in programming
Creating and using function libraries
Scope and lifetime of variables
Recursive Functions
Understanding recursion
Writing recursive functions
Examples and applications of recursion
Lab Activities
Defining and calling functions in programs
Creating modular programs with multiple functions
Implementing and testing recursive functions
Module 5: Data Structures
Arrays and Lists
Declaring and initializing arrays/lists
Accessing and modifying elements
Common operations on arrays/lists
Strings
String declaration and manipulation
Common string functions and methods
Working with multi-line strings
Dictionaries and Hashmaps
Understanding key-value pairs
Declaring and using dictionaries/hashmaps
Common operations on dictionaries
Lab Activities
Manipulating arrays and lists in programs
Writing programs to perform string operations
Implementing and using dictionaries in programs
Module 6: File Handling
Introduction to File Handling
Types of files: text and binary
Opening and closing files
Reading from and writing to files
File Operations
Reading entire files vs. reading line-by-line
Writing data to files
Working with file paths and directories
Error Handling
Understanding exceptions
Using try, except, and finally blocks
Handling common file I/O errors
Lab Activities
Writing programs to read from and write to files
Implementing error handling in file operations
Practicing file manipulation tasks
Module 7: Object-Oriented Programming (OOP)
Introduction to OOP
Principles of object-oriented programming
Classes and objects
Encapsulation, inheritance, and polymorphism
Defining Classes
Creating and using classes
Constructors and destructors
Attributes and methods
Advanced OOP Concepts
Method overloading and overriding
Abstract classes and interfaces
Working with multiple inheritance
Lab Activities
Creating and using classes in programs
Implementing inheritance and polymorphism
Writing programs using advanced OOP concepts
Module 8: Debugging and Testing
Debugging Techniques
Common programming errors
Using debugging tools and techniques
Reading and interpreting error messages
Writing Test Cases
Importance of testing in software development
Writing and running test cases
Using testing frameworks (e.g., unittest in Python)
Code Review and Refactoring
Importance of code quality and maintainability
Techniques for code review
Refactoring code for improvement
Lab Activities
Debugging programs to identify and fix errors
Writing test cases for functions and programs
Practicing code review and refactoring
Module 9: Capstone Project and Review
Project Planning and Proposal
Choosing a project topic related to programming
Defining project objectives and scope
Developing a project plan and timeline
Implementation and Development
Writing and testing code
Applying programming concepts and techniques
Creating a comprehensive final project (e.g., application, game, tool)
Final Presentation and Evaluation
Preparing a project presentation
Demonstrating findings and skills learned
Receiving and incorporating feedback
Review and Reflection
Reviewing key concepts from the course
Identifying areas for further study and improvement
Reflecting on the learning experience
Lab Activities
Developing a project proposal and plan
Working on the final project
Preparing and delivering the final presentation
Admission Open for this course
Contact Number: 03307615544