Python, C, C++, Java, HTML programming by Shilpi Verma

1. Course Overview

Programming fundamentals form the backbone of computer science education. This course is designed to help learners understand how programming works across different languages while developing problem-solving and analytical thinking skills. Instead of focusing on a single language, the course introduces multiple widely used languages so students gain versatility and confidence in coding.

The curriculum begins with structured programming concepts using C and C++, moves into object-oriented programming with Java, introduces Python for logical thinking and data handling, and covers HTML for basic web page creation. Alongside programming languages, learners are also introduced to data structures, which are essential for writing efficient and optimized code.

2. What Students Will Learn

A. Programming Fundamentals

• Understanding how programming languages work

• Writing basic programs and logic building

• Syntax and structure common across languages

B. C & C++ Programming

• Introduction to C programming

• Variables, data types, and operators

• Control structures and loops

• Functions and modular programming

• Introduction to C++ and object-oriented concepts

• Basic data structures using C / C++

C. Java Programming

• Java programming fundamentals

• Object-oriented programming concepts

• Classes, objects, and methods

• Introduction to structured problem solving using Java

D. Python Programming

• Python basics and syntax

• Writing simple and readable programs

• Logical problem solving using Python

• Introduction to data handling concepts

E. Data Structures

• Understanding the role of data structures

• Arrays and basic data organization

• Conceptual understanding of structured data storage

• Application of data structures in programming problems

F. HTML for Web Basics

• Introduction to HTML

• Structuring web pages

• Understanding tags and elements

• Creating simple static web pages

G. Academic & Exam Support

• Alignment with A & AS Computer Science syllabus concepts

• Strengthening foundational programming knowledge for academics

3. Teaching Method

This online course follows a step-by-step and concept-clarity-focused teaching approach:

• Simple explanations with examples

• Language-by-language progression

• Practice-oriented coding sessions

• Focus on understanding logic rather than memorization

• Regular doubt clarification during sessions

The online mode allows learners from New Delhi and other locations to attend classes conveniently while maintaining structured learning.

4. Why Learn from Shilpi Verma

Shilpi Verma focuses on building strong programming fundamentals across multiple languages. The course structure reflects a balanced approach to logic building, syntax understanding, and academic relevance, making it suitable for beginners and students preparing for computer science subjects.

5. Location Context

Although the course is conducted online, it is offered by a tutor based in Patel Nagar, New Delhi, making it relevant for learners searching for programming tutors from Delhi who provide online classes.

6. Key Benefits & Outcomes

By completing this course, learners will:

• Understand multiple programming languages at a foundational level

• Develop strong logical and problem-solving skills

• Gain exposure to procedural and object-oriented programming

• Learn basic data structures and their applications

• Build confidence for advanced programming courses

• Strengthen academic performance in computer science subjects