C++ for Non C Programmers Course Overview

Target Audience for C++ for Non C Programmers

This C++ course is designed for individuals with no prior experience in C programming, aiming to build a solid foundation in C++.

• Professionals seeking a career transition into software development or programming
• Students or fresh graduates interested in learning C++ as a stepping stone into the IT industry
• Analysts or data scientists who want to enhance their programming skill set for better data manipulation
• Technical writers or product managers needing to understand C++ to improve communication with development teams
• QA testers looking to expand their expertise into development roles
• Non-programming IT staff who wish to gain a better understanding of the development process
• Hobbyists or enthusiasts eager to learn a new programming language for personal projects or self-improvement
• Educators or instructors requiring knowledge of C++ to teach programming concepts

Learning Objectives - What you will Learn in this C++ for Non C Programmers?

Introduction

Gain a foundational understanding of C++ programming, tailored for those without prior C experience. Learn to write, debug, and maintain C++ code effectively through hands-on lessons and practical examples.

Learning Objectives and Outcomes

• Understand the basics of C++ syntax and write your first C++ program.
• Learn about C++ data types, variables, and constants to store and manipulate data.
• Utilize operators and expressions to perform arithmetic, relational, and logical operations.
• Control the flow of a program using conditional statements and loops.
• Define and use functions for structured code and reusability, understanding scope and lifetime of variables.
• Grasp the concepts of pointers, arrays, and their relationship, and how to manage memory.
• Create and use structures and classes to organize and encapsulate data.
• Implement object-oriented programming principles including constructors, destructors, and copy constructors.
• Understand inheritance and polymorphism to design extensible software.
• Master error handling with exception handling mechanisms.
• Use the Standard Template Library (STL) for efficient data storage and manipulation.
• Apply advanced features such as overloading functions and operators to enhance class functionality.
• Explore dynamic memory management with the new and delete operators.
• Learn about casting in C++ and how to safely convert between types.
• Develop the ability to write robust, maintainable, and efficient C++ code.