| Duration: 24 Hours | Module: C++ | ||
| Sl no | Topic to be Covered | Theory | Practice sessions |
| 1 | This session covers the object-oriented approach and compares the benefits and drawback between Object Oriented Programming and the traditional approach. The session also discusses the concept of classes and objects along with encapsulation, abstraction, inheritance and polymorphism. | Theory | Practice sessions |
| 2 | This session covers the topics related to identifiers, variables, operators, the order of evaluation type casting and short hand operators. | Theory | Practice sessions |
| 3 | The student will write programs implementing the concepts of variables and operators learnt in the previous sessions. | Theory | Practice sessions |
| 4 | Selection constructs, looping constructs and simple control statement are the focus of this session. | Theory | Practice sessions |
| 5 | In this session, the student writes programs implementing the concept of iterations and conditional constructs | Theory | Practice sessions |
| 6 | This session deals with the concepts of functions, pointers and arrays. It also details the operations performed on them. | Theory | Practice sessions |
| 7 | In this session, the student writes programs implementing the concept of functions, arrays and pointers. | Theory | Practice sessions |
| 8 | Function and operator overloading and their operations are the topics dealt with in this session | Theory | Practice sessions |
| 9 | In this session, the student learns to write programs for function and operator overloading | Theory | Practice sessions |
| 10 | Implementation of Inheritance through the use of constructors and destructors, and the call to the member functions from the derived classes are the topics of discussion. | Theory | Practice sessions |
| 11 | In this session, the student practices to write programs implementing constructors, destructors and inheritance. | Theory | Practice sessions |
| 12 | This session explains multiple inheritance, polymorphism and virtual functions. The concept of dynamic and static polymorphism is also explained. | Theory | Practice sessions |
| 13 | This session explains data structures and exception handling In this session, the student learns to write programs implanting polymorphism and multiple inheritance. Linked lists and exception handling basics are practiced in this session. |
Theory | Practice sessions |
