Welcome to Team Academy's C & C++ Programming Course—a comprehensive, hands-on learning program designed to build a strong foundation in programming, problem-solving, and software development using two of the world's most influential programming languages: C and C++.
The program begins with the fundamentals of procedural programming using C, where participants learn how programs are structured, how data is processed, and how memory is managed. It then progresses to C++, introducing Object-Oriented Programming (OOP) concepts that enable learners to design scalable, reusable, and maintainable software applications.
Through practical coding exercises, programming assignments, debugging sessions, and real-world examples, participants develop the skills required to write efficient programs, work with files, manage memory, implement data structures, and build object-oriented applications.
Whether you are a beginner starting your programming journey, a student preparing for technical interviews, or a professional looking to strengthen your programming fundamentals, this program provides the knowledge and practical experience needed to become a confident C & C++ developer.
Program Structure Overview
The program is organized into three progressive learning domains, taking learners from programming fundamentals to advanced C programming concepts and finally to Object-Oriented Programming using C++.
Domain 1: Programming Fundamentals with C
This domain introduces the core concepts of programming using the C language. Participants learn how programs are written, compiled, executed, and debugged while building a strong understanding of variables, operators, decision-making, loops, arrays, and functions.
Module 1: Introduction to Programming and C Language
Participants begin by understanding the fundamentals of programming and the evolution of the C programming language.
Key topics include:
Types of programming languages
Evolution of C language
Structure of a C program
Program development life cycle
Compiling, executing, and debugging C programs
Module 2: C Programming Fundamentals
This module introduces the building blocks used in every C program.
Key topics include:
Keywords and identifiers
Variables and constants
Data types
Operators
Operator precedence
Variable scope and lifetime
Module 3: Decision Making and Expressions
Participants learn how programs make decisions and evaluate expressions.
Key topics include:
if statements
if-else statements
Nested if statements
switch statement
Arithmetic expressions
Expression evaluation
goto statement
Module 4: Looping Techniques
This module focuses on repeating tasks efficiently using loops.
Key topics include:
for loop
while loop
do-while loop
Nested loops
break statement
continue statement
Module 5: Arrays and Strings
Participants learn how to store and manipulate collections of data.
Key topics include:
One-dimensional arrays
Two-dimensional arrays
Multidimensional arrays
Dynamic arrays
Strings
String handling functions
Module 6: Functions
This module introduces modular programming using functions.
Key topics include:
User-defined functions
Library functions
Function declaration and definition
Function parameters
Call by value
Parameter passing techniques
Domain 2: Advanced Programming with C
This domain focuses on memory management, complex data structures, file handling, and advanced programming concepts used in real-world C applications.
Module 7: Pointers
Participants learn one of the most powerful concepts in C programming.
Key topics include:
Pointer fundamentals
Pointer types
Pointer expressions
Arrays of pointers
Pointers and functions
Module 8: Structures and Unions
This module explains how related data can be grouped together.
Key topics include:
Structures
Structure variables
Arrays of structures
Nested structures
Unions
Difference between structures and unions
Module 9: File Handling in C
Participants learn how applications read and write data using files.
Key topics include:
Opening and closing files
Reading from files
Writing to files
Random file access
Command-line arguments
Module 10: Dynamic Memory Allocation
This module explains how memory can be allocated while a program is running.
Key topics include:
Dynamic memory allocation
malloc()
calloc()
free()
Memory management best practices
Module 11: Storage Classes and Preprocessor Directives
Participants learn how variables behave during program execution and how preprocessing improves program organization.
Key topics include:
Storage classes
auto
static
extern
register
Preprocessor directives
Macros
Header file inclusion
Domain 3: Object-Oriented Programming with C++
The final domain transitions from procedural programming to Object-Oriented Programming using C++, enabling participants to build scalable and reusable software applications.
Module 12: Introduction to C++
Participants explore the fundamentals of Object-Oriented Programming and the structure of C++ applications.
Key topics include:
Object-Oriented Programming concepts
Features of OOP
Introduction to C++
Structure of C++ programs
Compiling and debugging C++ applications
Module 13: C++ Programming Fundamentals
This module revisits programming fundamentals within the C++ environment.
Key topics include:
Variables
Data types
Operators
Constants
Scope and lifetime
Type casting
Module 14: Classes and Objects
Participants learn how to design applications using classes and objects.
Key topics include:
Classes
Objects
Data members
Member functions
Arrays of objects
Console input/output
Stream classes
Manipulators
Module 15: Functions in C++
This module introduces advanced function concepts available in C++.
Key topics include:
Call by reference
Return by reference
Function overloading
Default arguments
Inline functions
Static members
Friend functions
Virtual functions
Module 16: Constructors and Destructors
Participants learn how object creation and destruction are managed.
Key topics include:
Constructors
Types of constructors
Dynamic memory using new and delete
Destructors
Module 17: Operator Overloading
This module demonstrates how operators can be customized for user-defined classes.
Key topics include:
Unary operator overloading
Binary operator overloading
Friend function operator overloading
Module 18: Inheritance
Participants learn how classes can inherit properties and behaviors from other classes.
Key topics include:
Types of inheritance
Base and derived classes
Virtual base classes
Abstract base classes
Constructors and destructors in derived classes
Module 19: File Handling in C++
This module extends file management concepts using C++ streams.
Key topics include:
File operations
File pointers
Random access files
File updates
Module 20: Exception Handling
The final module teaches participants how to build reliable applications by handling runtime errors effectively.
Key topics include:
Exception handling concepts
Exception classes
try block
catch block
throw keyword
Who Should Join This Program?
This program is designed for:
Beginners with no prior programming experience
School and college students
Computer Science and IT students
Engineering students
Software development aspirants
Backend development beginners
Embedded systems learners
Technical interview candidates
Professionals transitioning into software development
Anyone interested in learning programming from the ground up
Career & Business Value
C and C++ continue to play an important role in software development, operating systems, embedded systems, gaming, networking, and performance-critical applications. Building a strong foundation in these languages also makes it easier to learn modern programming languages and software engineering concepts.
By completing this program, participants gain practical experience in procedural programming, memory management, file handling, object-oriented programming, and application development. These skills provide a solid foundation for careers in software development, embedded programming, system programming, application development, and computer science.
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