After the training program is over, the trainee should be able to:-

Understand C Programming Fundamentals: Have a solid grasp of the C programming language basics, including data types, variables, operators, and control structures such as if-else and switch-case statements.

Develop C Programs: Write, compile, and execute C programs on a Linux environment, starting from simple programs to more complex ones involving functions, recursion, arrays, strings, and advanced data structures.

Use Linux for Development: Set up a development environment on Linux, navigate and manage files using basic Linux commands, and utilize the terminal for development tasks.

Implement Control Structures and Functions: Use C's control structures for decision making and loops, define and call functions, understand the scope and lifetime of variables, and explore the concept of recursion.

Work with Arrays, Strings, and Pointers: Manipulate arrays and strings, understand multi-dimensional arrays, and gain proficiency in using pointers for direct memory access, pointer arithmetic, and dynamic memory allocation.

Understand Advanced Data Structures: Implement and understand the workings of advanced data structures such as linked lists, stacks, queues, trees, and graphs within C programs.

Manage Structured Data: Define and utilize structures and unions to manage complex data types and perform basic file input/output operations for data persistence and manipulation.

Leverage Linux Development Tools: Use GCC (GNU Compiler Collection) for compiling C programs, write Makefiles for efficient project management, and debug programs using GDB (GNU Debugger).

Complete a Comprehensive Final Project: Integrate the concepts learned throughout the course to develop a comprehensive C program, which will demonstrate the ability to solve real-world problems and solidify their understanding of C programming and Linux development tools.

Apply Best Practices and Debugging Techniques: Apply best programming practices, debugging techniques, and problem-solving skills to write efficient, maintainable, and error-free code.

Upon completion of this training, the trainee will be equipped to contribute to projects requiring C programming, particularly in environments where Linux is used. They will also be prepared for further learning in areas such as system programming, embedded systems, and software development that requires a strong foundation in C and familiarity with Linux-based development tools and environments.