C++ Programming Basic to Advance
Total Duration: 293 Hours
Total Sessions: 98 Days
Class Duration: 3 Hours per Session
This C++ programming course is designed to provide students with a strong foundation in programming concepts, starting from basic programming principles and gradually progressing to advanced topics such as pointers, arrays, strings, and object-oriented programming. The course is structured over 14 weeks (98 sessions) to ensure that beginners with no prior programming knowledge can learn concepts step-by-step through theory, examples, and hands-on practice.
The course begins with an introduction to programming and C++ basics, where students learn about program structure, data types, variables, operators, and input/output operations. These fundamental topics help students understand how programs are written, compiled, and executed.
In the next phase, students learn decision-making statements, including if, if-else, and switch statements. These topics teach students how programs make logical decisions based on conditions.
After understanding conditional statements, the course introduces looping constructs, which allow programs to repeat tasks efficiently. Students learn different loop types such as while, do-while, and for loops. They also practice pattern programming and number-based problems to strengthen their logical thinking.
The course then focuses on loop control statements such as break, continue, and goto, which help control the execution flow of loops in various programming situations.
Once students gain confidence with loops, the course introduces arrays, which allow storage and manipulation of multiple data values using a single variable. Students learn array operations, searching techniques, and basic sorting algorithms.
Following arrays, students study multidimensional arrays and matrix operations, including matrix addition, matrix multiplication, and matrix transformations.
The course then moves to functions, which enable modular programming by dividing large programs into smaller reusable blocks. Students learn function declaration, parameter passing, return values, recursion, and scope of variables.
Next, the course introduces pointers, one of the most important concepts in C++. Students learn how pointers store memory addresses, how they interact with arrays and functions, and how dynamic memory allocation works using new and delete.
After pointers, students learn about strings, including string declaration, string input/output, string manipulation, and commonly used string functions.
Finally, the course introduces object-oriented programming (OOP) concepts in C++. Students learn about classes, objects, constructors, destructors, encapsulation, and access specifiers. These concepts help students understand how modern software systems are designed using object-oriented principles.
Throughout the course, students practice various programming exercises, pattern problems, and algorithmic challenges. The program concludes with revision sessions and a mini-project discussion, allowing students to apply the concepts learned during the course.
This course prepares students for advanced programming courses, software development, and competitive programming foundations.