• How to use C++ language in action
• What is compiler / IDE / Variables / types of variables etc.
• How to work with files – fstream library (i/o operation on files)
• operators – arithmetic, assigment, logical, bitwise
• conditions like if / else / switch
• arrays / multi-dimensional arrays
• loops – for / while / do-while
• functions, overloading functions, passing variables to functions etc.
• structures
• referencers
• pointers
• dynamic allocation of memory
• creating project in IDE
• classes
• object oriented programming
• class and function templates
• namespaces
• exceptions
• input / output streams and validation of data
• STL: vector+++====

Module 1:

– Object-oriented Fundamentals

• Programming Paradigms
• Conquering Complexity

– C++ Basics

• Comments, Keywords, I/O Streams
• Built-in operators and control constructs
• Built-in types, Arrays, and pointers
• Dynamic Free Store operators

– C++ Functions

• Definition and prototypes
• Inline Functions

– Structures and References

Module 2:

– encapsulation

• Private and Public
• Data Members, Member Function

– Constructors and Destructors

• Default Arguments
• Storage Allocation and Deallocation
• Copy Constructors
• This Pointer

Module 3:

– Overloading

• Overloading Operators
• Overloading Functions
• Unary and Binary OperstorsA
• Stream Input and Output
• Initialization vs. Assignment

Module 4:

– Polymorphic programming

Inheritance

• Public inheritance and subtyping
• Constructors and destructors
• Base and derived classes
• Base class initialization 
• Using protected keyword

– Virtual functions

• Base class pointers and references

– Dynamic Binding

• Pure virtual functions
• Abstract base classes
• Virtual destructors

Module 5:

Code reuse in C++

– Private inheritance

• Access declarations
• Base and derived relationship

– Containment

• Member Initialization
• Objects as data members

Module 6:

Designing with C++

– Templates

• Template classes
• Template functions

– Exceptions

• Try, catch, throw
• Exception hierarchies