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ProgrammingPopular course
C++ Programming
Learn C++ programming focusing on object-oriented programming, STL, and modern C++ features for system and application development.
- Duration
- 10 weeks
- Level
- Advanced
- Category
- Programming
- Instructor
- Mr. Manoj Upadhyaya
Course focus
Topics at a glance
- Programming
- OOP
- System Development
What you should be able to do
- Write well-structured C++ programs using variables, operators, and control flow statements
- Define and use functions to modularize your code effectively
- Work with arrays and strings to store and manipulate data
- Design and implement object-oriented programs with inheritance and polymorphism concepts
- Understand and utilize pointers for memory management (optional)
- Perform basic and advanced input/output operations using console streams and files
- (Optional) Explore advanced features like templates, exceptions, and friend functions
Curriculum
Detailed syllabus
13 sections in this course
- Briefly revisit the core programming concepts (if applicable, assuming some prior programming knowledge)
- History and evolution of C++ from C
- Key features of C++ (object-oriented programming, object encapsulation, inheritance, polymorphism)
- Setting up your development environment (compiler, IDE)
- Basic program structure (main function, input/output)
- Variables and Data Types (int, float, char, bool, etc.)
- Operators (Arithmetic, Relational, Logical, Assignment)
- Conditional statements (if, else if, else)
- Looping statements (for, while, do-while)
- Nested statements
- Switch statements (multi-way branching)
- Defining and calling functions
- Function arguments and return values (including passing by value and reference)
- Local vs. global variables
- Function overloading (optional, for advanced learners)
- Declaring and initializing arrays
- Accessing elements using indexes
- Multi-dimensional arrays
- String manipulation (using C++ strings)
- Defining classes (blueprint for objects)
- Creating objects (instances of classes)
- Member variables and functions (public, private, protected)
- Encapsulation and data hiding
- Constructors and Destructors (special member functions)
- Inheritance (simple and multilevel inheritance concepts)
- Polymorphism:
- Function overloading (compile-time polymorphism)
- Virtual functions and function overriding (runtime polymorphism) (optional, for advanced learners)
- Abstract classes and interfaces (optional, for advanced learners)
- Templates: Introduction to generic programming using templates (function templates, class templates)
- Exceptions for error handling
- Using standard input/output streams (cin, cout) for user interaction
- Formatting output with manipulators (e.g., endl, setw)
- Reading user input with extraction operators (>>)
- Introduction to file I/O concepts (reading from and writing to files)
- File streams (ifstream, ofstream) for reading and writing files
- Error handling techniques for file operations
- Friend functions (optional, for advanced learners)
- Introduction to the Standard Template Library (STL) (optional)
- Recommended textbooks, online tutorials, and practice exercises
- Projects and assignments to test your understanding
- Midterm and final exams (if applicable)
Before you begin
Prerequisites
- Basic C Programming Knowledge
- A laptop with at least 8GB RAM, i5 (or equivalent) processor, SSD storage, and a stable internet connection (minimum 10 Mbps).
Planning your enrollment
Current batch dates, schedule, delivery format, fees, availability, and included materials are confirmed when you submit a course inquiry.
Course toolkit
Technologies and tools
Technologies
- C++
- STL
- Modern C++
Tools
- VS Code
- GDB
- Valgrind
Course instructor
Mr. Manoj Upadhyaya
Ask about instructor availability for the current batch when requesting course information.