C++
Master C++ from first program to OOP, STL and data-structure fundamentals.
A structured, all-levels C++ programming course that takes learners from core syntax to object-oriented design, the Standard Template Library (STL), and the fundamentals of data structures and algorithms. The curriculum follows widely used industry and academic C++ learning paths (Google for Developers, freeCodeCamp, GeeksforGeeks) since this is a general skills course rather than a single examination board's syllabus. Ideal for school and early-college students building a strong programming foundation and preparing for computer science coursework or competitive programming.
What you'll learn
- ✓Write, compile and debug C++ programs using correct syntax and standard I/O
- ✓Apply control structures, functions and recursion to solve programming problems
- ✓Work confidently with arrays, strings, pointers and dynamic memory
- ✓Design object-oriented solutions using classes, inheritance and polymorphism
- ✓Use templates, exception handling and file handling for real-world programs
- ✓Use the STL containers, iterators and algorithms to manage data efficiently
- ✓Implement and reason about fundamental data structures and Big-O complexity
- ✓Build small projects that combine OOP, STL and file handling
Full syllabus
Mapped to the official Programming curriculum.
01Unit 1: C++ Foundations+
- Setting up a compiler and IDE; structure of a C++ program
- Tokens, keywords, identifiers and comments
- Variables, data types and the const qualifier
- Input/output with cin and cout; namespaces
- Operators: arithmetic, relational, logical, bitwise and assignment
- Type conversion and type casting
02Unit 2: Control Flow and Functions+
- Conditional statements: if, if-else, nested if, switch
- Loops: for, while, do-while; break and continue
- Defining and calling functions; parameters and return values
- Call by value vs call by reference
- Function overloading and default arguments
- Scope, storage classes and recursion
03Unit 3: Arrays, Strings and Pointers+
- One-dimensional and multi-dimensional arrays
- C-style strings and the std::string class
- Pointers and pointer arithmetic; references
- Dynamic memory allocation with new and delete
- Stack vs heap memory
- Structures (struct) and enumerations
04Unit 4: Object-Oriented Programming+
- Classes and objects; data members and member functions
- Access specifiers: public, private, protected; encapsulation
- Constructors, destructors and the this pointer
- Inheritance: single, multiple, multilevel and hierarchical
- Polymorphism: function and operator overloading, virtual functions
- Abstraction and abstract classes
05Unit 5: Templates, Exceptions and File Handling+
- Function templates and class templates (generics)
- Exception handling with try, catch and throw
- File streams: ifstream, ofstream and fstream
- Reading from and writing to text files
- Lambda functions and an introduction to modern C++ features
06Unit 6: STL and Data Structure Fundamentals+
- STL overview: containers, iterators and algorithms
- Sequence containers: vector, list, deque
- Associative containers: set, map, pair
- Container adapters: stack, queue, priority_queue
- STL algorithms: sort, find, count, binary_search
- DSA basics: linked lists, stacks, queues, searching and sorting; Big-O time complexity
Tools you'll use
Exam pattern
Skills-based course with no fixed external board exam. Progress is assessed through coding assignments, hands-on lab exercises and a capstone project rather than a theory/practical marks split.
Practical / project
Hands-on, lab-driven learning: each unit includes coding exercises and debugging practice, building up to mini-projects (such as a class-based management program and an STL-based data-handling tool) and a final capstone project that applies OOP, STL and file handling.
Who it's for
School students (Class 8 and above) and early-college learners who want a strong, structured C++ foundation for computer science coursework, board CS/IP subjects, or competitive programming.
What's included
- ✓Live, interactive online classes with Kajal Ma'am on a shared screen, with code typed and run in real time
- ✓Kwick Notes for every unit — concept summaries, syntax references and worked C++ examples
- ✓Hands-on coding assignments after each topic, with reviewed solutions
- ✓Lab exercises and debugging practice that build from basics to OOP, STL and file handling
- ✓Unit mini-projects (e.g. a class-based management program, an STL data-handling tool) plus a final capstone project
- ✓Regular one-on-one doubt-solving sessions so no concept is left unclear
- ✓Guidance for school board CS/IP practical exams and viva preparation where the language is C++
- ✓Available in both a small Group batch and a One-to-One mode (different fees)
Why study C++?
C++ is one of the most valuable languages a student can learn because it teaches how programs actually use memory, build objects and structure data — the exact foundation that computer science coursework, board CS/IP practicals and competitive programming all rely on. Unlike higher-level languages that hide these details, C++ forces clear thinking about pointers, classes and complexity, which makes every language learned afterward easier. Because it is taught from first program to OOP, STL and data-structure fundamentals, this course suits complete beginners as well as students who want a serious, scoring foundation for school exams and college entrance into CS. A strong C++ base is one of the most reliable ways to develop genuine problem-solving and coding confidence.
C++ remains heavily used in performance-critical fields such as systems and embedded programming, game and game-engine development, high-frequency trading and finance, and parts of AI and high-performance computing. Strong command of C++ together with data structures and algorithms is also what most technical interviews and competitive-programming contests test, making it a practical base for a computer science degree or a software engineering career. The course builds that DSA-and-OOP foundation without overpromising any specific job outcome.
Learn directly from Kajal Ma'am
An MCA who has taught computer subjects since 2006, Kajal Mehta personally mentors every batch — turning dense theory into clear, exam-ready understanding.
Course FAQs
Are the C++ classes live or recorded?+
Is this course for complete beginners or also for advanced students?+
Do you offer Group batches and One-to-One classes, and how do the fees differ?+
Is this C++ course tied to a specific board syllabus?+
Can you help with my school's C++ practical exam and project?+
Can I attend a demo class before joining?+
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