Our Courses

Computer Basics, Operating System, MS Office, Programming Fundamentals, Algorithm & Flowchart, Introduction to C, Variables, Operators, Conditions, Loops, Arrays, Functions, Pointers, Strings, File Handling, Database Basics, SQL, Networking, Internet Safety, Practical Training, Mini Projects & Viva.

A complete 6-month journey from beginner to coder in Python. Covers basics, control flow, data structures, functions, OOP, file handling, and final projects with GitHub portfolio building.

📘 Course Description

Python Programming: Basics to Advanced Projects (6 Months) is a step-by-step course designed for beginners who want to become confident coders.
In this 180-day journey, students will learn Python programming from the ground up—starting with simple basics and moving towards advanced concepts like object-oriented programming, file handling, and project development.

Through hands-on practice, 20+ mini projects, and final projects, learners will not only understand Python but also build a portfolio to showcase on GitHub.
By the end of the course, students will have the skills to create real-world applications and be ready for career opportunities in programming.

📚 Course Syllabus

✅ Month 1: Python Basics (Weeks 1–4)

• What is Python & why use it?

• Installing Python & IDEs (Thonny, VS Code, Jupyter)

• First Program: print("Hello, World!")

• Variables & Data Types (int, float, str, bool)

• Input/Output (input, print)

• Basic Operators (+, -, *, /, %, //, **)

• Strings (concatenation, slicing, formatting, methods)

Mini Projects:

• Hello World Program

• Simple Calculator

• Greeting Program

✅ Month 2: Control Flow (Weeks 5–8)

• Conditional Statements (if, elif, else)

• Logical Operators (and, or, not)

• Loops (for, while)

• Loop Control (break, continue)

• Range function

Mini Projects:

• Even or Odd Checker

• Largest of Two Numbers

• Multiplication Table Generator

• Guess the Number Game

✅ Month 3: Data Structures (Weeks 9–12)

• Lists (create, access, update, delete)

• Tuples (immutable sequences)

• Sets (unique elements, operations)

• Dictionaries (key-value pairs)

• Iterating through collections

• Basic List Comprehensions

Mini Projects:

• Student Names List

• Country & Capital Dictionary

• Phonebook Dictionary

• Biggest Number Finder

✅ Month 4: Functions & File Handling (Weeks 13–16)

• Defining Functions (def)

• Parameters & Return Values

• Scope (local vs global variables)

• Recursion (intro)

• Importing and Using Libraries (math, random)

• File Handling (open, read, write, append)

Mini Projects:

• Function to Add Numbers

• Prime Number Checker Function

• Note Saver (Write to File)

• Read Notes from File

✅ Month 5: OOP & Small Projects (Weeks 17–20)

• Introduction to OOP

• Classes & Objects

• Attributes & Methods

• Constructors (__init__)

• Inheritance (basic intro)

• Error Handling (try-except)

Mini Projects:

• Calculator with Functions

• Student Marks System (Average & Grade)

• Contact Book (Add, Search, Delete)

• Guess the Word Game

✅ Month 6: Final Projects & Career Prep (Weeks 21–24)

• Combining All Concepts

• Using External Libraries (random, datetime, json)

• Project Planning & Execution

• Introduction to Git & GitHub

Final Projects (Choose 2–3):

• Expense Tracker

• Quiz Game

• To-Do List (Save Tasks in File)

• Weather App (using API)

• Mini Data Analysis with CSV

🎯 Learning Outcomes

By the end of this 6-month course, students will:

• Understand Python programming from basics to advanced topics.

• Write clean, efficient, and logical Python code.

• Work with data structures, functions, OOP, and file handling.

• Build 20+ mini projects and 2–3 final projects.

• Create a GitHub portfolio to showcase their work.

• Be prepared for internships, job opportunities, or further studies in coding.

Introduction to Programming and C Control Structures Functions and Modular Programming Arrays and Pointers Introduction to C++ Basic Software Development Practices

1. Introduction to Programming and C
2. Control Structures
3. Functions and Modular Programming
4. Arrays and Pointers
5. Introduction to C++
6. Basic Software Development Practices