C Programming Syllabus

C programming syllabus

• Introduction to C Programming:

  • Lesson 1. History of C, features, structure of a C program.
    02 Hrs.
  • Lesson 2. Constants, variables, data types, and operators.
    02 Hrs.
  • Lesson 3. Basic C programming Practical.
    02 Hrs.
  • Lesson 4.Assesment based on Basic C programming.
    01 Hrs.

• Control Structures:

  • Lesson 1. Decision making: if, if-else, nested if-else.
    04 Hrs.
  • Lesson 2. Looping: while, do-while, for loop, nested loops.
    06 Hrs.
  • Lesson 3. C programming Practical based on if-else & Loop.
    04 Hrs.
  • Lesson 4. Assesment based on if-else & Loop.
    01 Hrs.

• Arrays:

  • Lesson 1. Declaration, initialization, and accessing elements.
    02 Hrs.
  • Lesson 2. Array operations: sorting, searching.
    06 Hrs.
  • Lesson 3. Multi-dimensional arrays.
    02 Hrs.
  • Lesson 4. C programming Practical based on Arrays.
    04 Hrs.
  • Lesson 5. Assesment based on Arrays.
    01 Hrs.

• Functions and Recursion:

  • Lesson 1. Function definition and declaration.
    02 Hrs.
  • Lesson 2. Function arguments and return values.
    06 Hrs.
  • Lesson 3. Recursion and its applications.
    02 Hrs.
  • Lesson 4. C programming Practical based on Functions and Recursion.
    04 Hrs.
  • Lesson 5. Assesment based on Functions and Recursion.
    01 Hrs.

• Pointers:

  • Lesson 1. Pointer basics: declaration, initialization, and accessing.
    02 Hrs.
  • Lesson 2. Pointer arithmetic.
    02 Hrs.
  • Lesson 3. Pointers and arrays.
    02 Hrs.
  • Lesson 4. C programming Practical based on Pointers and arrays.
    04 Hrs.
  • Lesson 5. Assesment based on Pointers and arrays.
    01 Hrs.

• Structures and Unions:

  • Lesson 1. Defining structures and unions.
    02 Hrs.
  • Lesson 2. Accessing structure members.
    02 Hrs.
  • Lesson 3. Nested structures and unions.
    02 Hrs.
  • Lesson 4. C programming Practical based on Structures and Unions.
    04 Hrs.
  • Lesson 5. Assesment based on Structures and Unions.
    01 Hrs.

• File Handling:

  • Lesson 1. Opening, reading, writing, and closing files.
    02 Hrs.
  • Lesson 2. Error handling in file operations.
    02 Hrs.
  • Lesson 3. Sequential and random access files.
    02 Hrs.
  • Lesson 4. C programming Practical based on Files.
    02 Hrs.
  • Lesson 5. Assesment based on Files.
    01 Hrs.

• Dynamic Memory Allocation:

  • Lesson 1. malloc, calloc, realloc, and free functions.
    02 Hrs.
  • Lesson 2. Memory management techniques.
    02 Hrs.
  • Lesson 4. C programming Practical based on Dynamic Memory Allocation.
    02 Hrs.
  • Lesson 5. Assesment based on Dynamic Memory Allocation.
    01 Hrs.

• Preprocessor Directives:

  • Lesson 1. Macros, conditional compilation.
    02 Hrs.
  • Lesson 2. Header files and their usage.
    02 Hrs.

• Miscellaneous Concepts::

  • Lesson 1. Enumerations.
    01 Hrs.
  • Lesson 2. Error handling and debugging techniques.
    01 Hrs.

• Final Assesment:

  • Theory
    03 Hrs.
  • Practical
    03 Hrs.