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Fundamentals of C++ Training

Live Online & Classroom Enterprise Training

Fundamentals of C++ is an entry-level course designed to introduce learners to the core concepts of C++ programming. The course focuses on syntax, program structure, object-oriented principles, and basic problem-solving techniques to build a strong programming foundation.

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What is Fundamentals of C++ Training about?

This course provides a comprehensive introduction to C++ programming, covering essential language features such as data types, control structures, functions, and object-oriented programming concepts. Learners will gain hands-on experience in writing, compiling, and debugging C++ programs, preparing them for advanced programming and real-world application development.

What are the objectives of Fundamentals of C++ Training ?

  • Understand basic C++ syntax and program structure
  • Learn variables, data types, and operators
  • Apply control statements and loops effectively
  • Develop modular programs using functions
  • Gain an introduction to object-oriented programming concepts

Who is Fundamentals of C++ Training for?

  • Beginners with no prior programming experience
  • Students pursuing computer science or IT studies
  • Professionals transitioning into software development
  • Engineers needing C++ for system or application development
  • Anyone interested in learning foundational programming skills

What are the prerequisites for Fundamentals of C++ Training?

Prerequisites:

  • Basic understanding of computers
  • Familiarity with logical thinking and problem-solving
  • Knowledge of basic mathematics
  • Willingness to learn programming concepts
  • No prior C++ experience required


Learning Path:

  • Introduction to programming concepts
  • Fundamentals of C++ syntax and structure
  • Control flow and functions in C++
  • Basics of object-oriented programming
  • Progression to intermediate and advanced C++ topics


Related Courses:

  • Object-Oriented Programming with C++
  • Data Structures and Algorithms using C++
  • Advanced C++ Programming
  • STL and Modern C++

Available Training Modes

Live Online Training

3 Days

Course Outline Expand All

Expand All

  • C program structure and compilation flow
  • Data types, variables, and storage classes
  • Control statements and loops
  • Functions and header files
  • Pointers and memory basics
  • OOP principles: encapsulation, abstraction
  • Classes and objects in C++
  • Access specifiers and scope resolution
  • Differences between C and C++
  • Benefits of OOP in system design
  • C++ syntax and program structure
  • Namespaces and keywords
  • Data types and type modifiers
  • Operators and expressions
  • Control flow statements
  • Purpose of constructors and destructors
  • Default and parameterized constructors
  • Copy constructors
  • Destructor execution order
  • Resource initialization and cleanup
  • Reference variables and usage
  • References vs pointers
  • Passing parameters by reference
  • Constant references
  • Reference lifetime and scope
  • Function declaration and definition
  • Function overloading
  • Inline functions
  • Default arguments
  • Recursion basics
  • Implicit type conversion
  • Explicit type casting
  • Static, dynamic, and const cast
  • User-defined conversions
  • Conversion constructors
  • Operator overloading concepts
  • Overloading unary operators
  • Overloading binary operators
  • Rules and limitations
  • Best practices for readability
  • Base and derived classes
  • Types of inheritance
  • Access control in inheritance
  • Constructor invocation order
  • Code reuse and extensibility
  • Function overriding
  • Virtual functions
  • Base class pointers
  • Runtime vs compile-time polymorphism
  • Virtual destructors
  • Const objects and member functions
  • Const correctness principles
  • Mutable keyword
  • Const parameters and return types
  • Benefits of const usage
  • Function templates
  • Class templates
  • Template specialization
  • Generic programming concepts
  • Template limitations
  • Exception handling concepts
  • try, catch, and throw keywords
  • Standard exceptions
  • Custom exception classes
  • Exception safety principles
  • Stream-based I/O
  • cin, cout, cerr usage
  • File input and output
  • Stream manipulators
  • Formatting output
  • Common C++ runtime errors
  • Debugging techniques
  • Using debuggers and logs
  • Assertion handling
  • Memory leak detection
  • STL container overview
  • Sequence and associative containers
  • Iterators and ranges
  • Common STL algorithms
  • Algorithm efficiency considerations
  • Overview of SystemC framework
  • SystemC data types
  • Modules and processes
  • Event-driven simulation
  • Hardware modeling basics
  • Concept of equivalence checking
  • C++ models for verification
  • Functional vs structural equivalence
  • Verification workflows
  • Use cases in hardware validation

Who is the instructor for this training?

The trainer for this Fundamentals of C++ Training has extensive experience in this domain, including years of experience training & mentoring professionals.

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