Training Module Title: Comprehensive C & C++ Programming

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Target Audience: Beginner to intermediate users of C & C++

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Module: Introduction to C and C++ Programming

Part 1: Introduction to C Programming

• Introduction to the C programming language

• Setting up the development environment

• Structure of a C program

• Basic syntax and data types

• Variables and operators

• Input and output operations

Part 2: Control Flow and Functions in C

• Conditional statements (if/else, switch)

• Looping structures (for, while, do-while)

• Functions and their importance

• Function declaration and definition

• Passing arguments to functions

• Scope and storage classes

Part 3: Arrays, Strings, and Pointers in C

• Working with arrays (declaration, initialization, and manipulation)

• Strings and string manipulation functions

• Pointers and their role in C

• Pointer arithmetic

• Dynamic memory allocation (malloc, calloc, realloc, free)

Part 4: Structures and File Handling in C

• Introduction to structures and typedef

• Working with structures (declaration, initialization, and manipulation)

• File handling operations (opening, reading, writing, closing files)

• Sequential and random file access

• Error handling in file operations

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Module: Introduction to C++ Programming

Part 1: Introduction to C++

• Introduction to the C++ programming language

• Key differences between C and C++

• Object-oriented programming (OOP) concepts

• Basic syntax and data types in C++

Part 2: Classes and Objects in C++

• Defining classes and objects

• Member functions and data members

• Constructors and destructors

• Encapsulation and data hiding

• Access specifiers (public, private, protected)

• Friend functions and classes

Part 3: Inheritance and Polymorphism in C++

• Inheritance and its types (single, multiple, multilevel, hierarchical)

• Base classes and derived classes

• Function overriding and virtual functions

• Polymorphism and runtime polymorphism

• Abstract classes and pure virtual functions

Part 4: Templates and Standard Template Library (STL) in C++

• Introduction to templates and generic programming

• Function templates and class templates

• Standard Template Library (STL) overview

• STL containers (vector, list, map, etc.)

• STL algorithms and iterators

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Please note that the duration and depth of each part can be adjusted based on the needs of the learners and the desired level of proficiency. Additionally, it's essential to incorporate hands-on exercises, coding examples, and projects throughout the modules to reinforce the concepts learned and provide practical experience with C and C++ programming.

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Delivery Method: This training module will be delivered in a hands-on, interactive workshop format. Participants will be provided with laptops (optional) equipped with C / C ++ and an integrated development environment (IDE) and will be guided through a series of exercises and activities to reinforce their learning. The trainer will also provide real-world examples and scenarios to demonstrate the practical applications of C / C ++.

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Assessment: Participants will be assessed through a series of quizzes and practical exercises throughout the training to gauge their understanding and application of the concepts taught. At the end of the workshop, participants will complete a final assessment to evaluate their overall proficiency in C / C++.