C/C++ Programming Course
Master Core Programming Concepts with Industry-Focused C and C++ Training
Why Learn C/C++?
- Beginner to Advanced
C and C++ are the base of all modern programming languages and system-level applications.
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C/C++ Course
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- Highly Qualified Trainer
Learn from industry experts with
real-world experience.
- Flexible Batch Timings
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- Interactive Learning
Engaging live sessions, hands-on
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- Career Support
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C/C++ Course Overview
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WHAT IS C/C++ AND WHY USE IT?
C is a structured programming language widely used in system-level software, operating systems, and embedded systems. C++ builds on C with object-oriented features like classes and inheritance. These languages form the foundation for mastering other languages like Java, Python, and C#. Learning C/C++ develops your logic-building, memory handling, and efficient coding practices—making it essential for all computer science students and aspiring developers.
WHY CHOOSE C/C++ COURSE?
This course is designed for students and professionals who want to build a strong programming base. C develops logic, memory-level understanding, and structured thinking, while C++ introduces object-oriented programming concepts. With this training, you’ll confidently write programs, solve problems, and build small projects. Whether you want to crack coding interviews or pursue embedded programming, this course is the right start.
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Whether you want to crack coding interviews or pursue embedded programming, this course is the right start.
Course Curriculum
Our FAQ section gives you quick solutions to frequent questions, simplifying your search for information
- Introducation Of C
- C History
- Structure of C programming
- Keyword and identifier
- Rules for identifiers
- Variable in C
- Declaration of variable
- Constants in C
- Real constant
- Integer constant
- Character constant
- String constant
- Data types
- Managing input and output operations
- single character input
- Declaration of storage classes
- Types of storage classes
- Auto storage class
- Register storage class
- Static storage class
- External storage class
- Defining symbolic constants
- Volatile variable
- Types of operator
- Assignment
- Arithmetic
- Logical
- Relational
- Shorthand
- Unary
- Conditional
- Size of operator
- Type conversation
- Implicit conversation
- Explicit conversation
- Decision making
- Branching
- Control statements
- If statement
- If else statement
- Nested if statement
- Else if ladder statement
- Switch statement
- Break statement
- Iteration
- Type of Loops
- While loop
- Do…while loop
- For loop
- Jumping statement
- GoTo statement
- Break statement
- Continue statement
- Array
- Declaration of array
- Initialization of array
- Multi-dimensional of array
- string in C
- Initializing in C
- Reading string from terminal
- String operations
- String input and output
- Functions
- Type of function
- Built-in function User Defined function
- Recursive function
- Structure and union
- Pointers
- Address operator
- Pointer arithmetic
- Pass by value
- pass by reference
- Pointers to array
- Dynamic memory allocation
- Linked list
- file handling
- pre-processor
- command line argument
- History of C++
- Structure of c++
- Comments
- keywords
- identifiers
- scope of variable
- Declaration of variable
- constants
- Data types
- Integer data type
- Float data type
- Character data type
- Storage classes
- Automatic
- External
- Static
- Operators
- C++ character functions
- Array
- Null-terminated string
- OOP’s feature
- class
- object
- Data
- Data hiding
- Encapsulation
- Inheritance
- Polymorphism
- Overloading
- Member function
- Inline function
- Constructor and destructor
- Data hiding
- Inheritance
- polymorphism and overloading
- Virtual functions
- Friend functions
- Static
- Memory management
- Command line argument
- Templates
- File I/O
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What You’ll Get in This Course
Unlock the full potential of C/C++ with our comprehensive training! Gain hands-on experience, expert
guidance, real-world projects, and career support to kickstart your journey as a C/C++ professional.
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C/C++ Course FAQs –
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FAQs
Explore our frequently asked questions to clear your doubts about the C/C++ course, learning process, career opportunities, and more.
Yes, the course is beginner-friendly and starts with the fundamentals of C and C++.
Yes, you will learn C for structure and logic, and C++ for object-oriented programming.
Yes, you’ll build small console-based projects using both C and C++.
Absolutely. C/C++ is often asked in interviews and technical rounds, especially for CS students.
Yes, you’ll get a recognized certificate upon completion of assignments and final project.
ITbase offers comprehensive C/C++ interview preparation specifically designed for fresh graduates entering the software development field. Our experienced instructors, with extensive industry background, provide targeted guidance to help candidates excel in technical interviews and secure their desired positions.
Our program includes access to current industry resources and advanced C/C++ training modules to ensure candidates stay current with modern programming practices. Our dedicated support team remains available to address questions and provide personalized assistance throughout the preparation process.
A skilled C/C++ developer utilizes these programming languages to create robust software solutions. They must demonstrate solid understanding of object-oriented programming principles, software design patterns, and fundamental data structures including arrays, linked lists, and trees. Additionally, proficiency with external libraries and frameworks such as SQLite, Boost, Qt, and OpenCV is highly valuable.
Core competencies that C/C++ developers should master include:
Comprehensive computer science fundamentals
Object-oriented programming (OOP) methodology expertise
Software design pattern implementation knowledge
Advanced data structure manipulation skills
External library integration and third-party framework utilization capabilities
Absolutely! C++ allows function definitions directly within class declarations. Functions defined inside classes are automatically treated as inline functions, enabling the compiler to potentially substitute function calls with actual code implementation for performance optimization. However, overusing inline functions can result in increased executable size.
Shallow Copy: Duplicates member values directly, including pointer addresses. This approach can cause multiple objects to reference identical memory locations, potentially leading to data conflicts.
Deep Copy: Creates independent copies of dynamically allocated memory for each object. This ensures complete data isolation between objects, preventing accidental data modification and memory management issues.
The explicit keyword prevents automatic type conversions when applied to constructors. It ensures objects are only created through intentional, explicit instantiation rather than unintended implicit conversions. This keyword enhances code reliability and prevents subtle bugs, particularly when used with single-parameter constructors that might otherwise allow unexpected type conversions.
Interview Questions
Explore our interview questions to clear your doubts about the Python course, learning process, career opportunities, and more.
C is procedural; C++ adds object-oriented features like classes and inheritance.
A pointer stores the memory address of another variable, useful for dynamic memory and arrays.
A constructor initializes objects automatically when a class object is created.
Function overloading allows multiple functions with the same name but different parameters in a class.
Struct members are public by default; class members are private by default.
Hybrid inheritance combines multiple inheritance patterns (such as hierarchical, multilevel, and multiple inheritance) within a single class structure. This creates sophisticated inheritance relationships that may introduce complexity and potential ambiguities. Developers often use virtual base classes and careful architectural planning to manage these intricate inheritance patterns effectively.
Encapsulation bundles data members and their associated methods within a single class structure while controlling external access through visibility modifiers (private, protected, public). This principle protects object integrity by hiding internal implementation details and providing controlled access to class functionality through well-defined public interfaces.
Abstraction conceals complex implementation details while presenting simplified, essential functionality to users. C++ implements abstraction through abstract base classes containing pure virtual functions and interface designs. This approach allows developers to interact with complex systems through straightforward, standardized methods without understanding underlying complexity.
Static members belong to the class itself rather than individual object instances. Static data members maintain a single, shared copy across all class instances, while static member functions can be invoked without creating any objects. These members provide class-level functionality and data storage that persists throughout the program's execution, independent of object creation or destruction.
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