Introduce students to the principles and concepts of object-oriented programming using C++.
Help students understand the benefits of object-oriented programming over procedural programming.
Equip students with the fundamental skills required for C++ programming.
Demonstrate the importance of C++ in career growth and self-employment opportunities.
Allow flexibility in course content to accommodate learner preferences and regional variations.
Course Overview:
This 20-day part-time course is designed to provide Indian students with a strong foundation in C++ programming, focusing on object-oriented principles. The curriculum covers essential topics such as classes, objects, constructors, operator overloading, inheritance, and polymorphism. The course aims to empower students with practical programming skills that can be applied in a variety of self-employment opportunities or career paths.
Course Teaching Methodology:
Lectures: Theoretical instruction on C++ concepts and principles.
Hands-On Coding: Practical coding exercises and projects.
Code Reviews: Reviewing and optimizing students' code.
Group Discussions: Encouraging peer learning and problem-solving.
Quiz and Assessments: Periodic assessments to gauge understanding.
Importance for Learner in Career Growth and Self-Employment:
C++ is a widely used programming language in software development, offering numerous career opportunities.
Proficiency in C++ can lead to self-employment as a freelance programmer, software developer, or consultant.
Understanding object-oriented programming principles is essential for modern software development.
Course Contents:
Day 1-2: Introduction to Programming Concepts
Principles of programming.
Procedural programming vs. object-oriented programming.
Benefits of object-oriented programming.
Introduction to C++.
Day 3-4: Classes and Objects
Understanding classes and objects.
Creating classes and objects in C++.
Member functions and data members.
Day 5-6: Constructors and Destructors
Constructors and their types.
Destructors and their purpose.
Constructor overloading.
Day 7-8: Operator Overloading and Function Overloading
Overloading operators in C++.
Function overloading.
Inline functions and type conversions.
Day 9-10: Data Structures in C++
Arrays, vectors, and linked lists in C++.
Implementing data structures.
Day 11-14: Inheritance
Inheritance and its types.
Base and derived classes.
Access specifiers and inheritance.
Constructors in inherited classes.
Day 15-18: Polymorphism
Understanding polymorphism.
Function overloading vs. function overriding.
Virtual functions and dynamic binding.
Abstract classes and pure virtual functions.
Day 19-20: Final Project
Apply C++ concepts learned throughout the course to complete a practical project.
Code optimization and review.
Upon completing this C++ Programming Fundamentals course, students will have acquired essential programming skills and a solid understanding of object-oriented principles. They will be well-prepared for a career in software development or self-employment as a C++ programmer or consultant.
Course Title: C++ (Skill Development Course)
Duration: 20 Days (Part-Time)
Course Objectives:
Introduce students to the principles and concepts of object-oriented programming using C++.
Help students understand the benefits of object-oriented programming over procedural programming.
Equip students with the fundamental skills required for C++ programming.
Demonstrate the importance of C++ in career growth and self-employment opportunities.
Allow flexibility in course content to accommodate learner preferences and regional variations.
Course Overview:
This 20-day part-time course is designed to provide Indian students with a strong foundation in C++ programming, focusing on object-oriented principles. The curriculum covers essential topics such as classes, objects, constructors, operator overloading, inheritance, and polymorphism. The course aims to empower students with practical programming skills that can be applied in a variety of self-employment opportunities or career paths.
Course Teaching Methodology:
Lectures: Theoretical instruction on C++ concepts and principles.
Hands-On Coding: Practical coding exercises and projects.
Code Reviews: Reviewing and optimizing students' code.
Group Discussions: Encouraging peer learning and problem-solving.
Quiz and Assessments: Periodic assessments to gauge understanding.
Importance for Learner in Career Growth and Self-Employment:
C++ is a widely used programming language in software development, offering numerous career opportunities.
Proficiency in C++ can lead to self-employment as a freelance programmer, software developer, or consultant.
Understanding object-oriented programming principles is essential for modern software development.
Course Contents:
Day 1-2: Introduction to Programming Concepts
Principles of programming.
Procedural programming vs. object-oriented programming.
Benefits of object-oriented programming.
Introduction to C++.
Day 3-4: Classes and Objects
Understanding classes and objects.
Creating classes and objects in C++.
Member functions and data members.
Day 5-6: Constructors and Destructors
Constructors and their types.
Destructors and their purpose.
Constructor overloading.
Day 7-8: Operator Overloading and Function Overloading
Overloading operators in C++.
Function overloading.
Inline functions and type conversions.
Day 9-10: Data Structures in C++
Arrays, vectors, and linked lists in C++.
Implementing data structures.
Day 11-14: Inheritance
Inheritance and its types.
Base and derived classes.
Access specifiers and inheritance.
Constructors in inherited classes.
Day 15-18: Polymorphism
Understanding polymorphism.
Function overloading vs. function overriding.
Virtual functions and dynamic binding.
Abstract classes and pure virtual functions.
Day 19-20: Final Project
Apply C++ concepts learned throughout the course to complete a practical project.
Code optimization and review.
Upon completing this C++ Programming Fundamentals course, students will have acquired essential programming skills and a solid understanding of object-oriented principles. They will be well-prepared for a career in software development or self-employment as a C++ programmer or consultant.
