Introduction to C
Programming:
An overview
of the C programming language, its historical significance, and its role in software
development.
Understanding
the basics of programming and the C environment.
Basic C Syntax and Structure:
Learning the
fundamental syntax, data types, and variables in C.
Writing and
compiling simple C programs.
Control Structures:
Understanding
control structures, including if statements, loops (for, while, and do-while),
and switch statements.
Using control
structures to make decisions and control program flow.
Functions and Modular
Programming:
Defining and
using functions in C for modular code organization.
Parameters,
return values, and function libraries.
Arrays and Pointers:
Introduction
to arrays and pointers in C.
Dynamic
memory allocation and manipulation.
File I/O:
Techniques
for reading from and writing to files in C.
File
handling, error checking, and file streams.
Structures and Unions:
Defining and
using structures and unions to organize data.
Complex data
structures and data abstraction.
Dynamic Memory Allocation:
Understanding
memory allocation functions like malloc, calloc, and free.
Memory
management and avoiding memory leaks.
C Preprocessor and Macros:
Exploring the
C preprocessor and macros for code optimization.
Using macros
to simplify and enhance code.
Error Handling and Debugging:
Techniques
for debugging C programs and handling errors.
Common
debugging tools and strategies.
Real-World Applications:
Hands-on
projects and practical programming assignments.
Applying C
programming to solve real-world problems.
Certification: Upon successful completion of the course,
participants will receive a certificate showcasing their proficiency in C
programming.