C Programming
C is the foundation of computing — from operating systems to embedded firmware. This rigorous course teaches you to think in memory, master pointers and structures, and write efficient code that runs anywhere. Ideal for engineering students and anyone serious about a long career in software.
C is the foundation of computing — from operating systems to embedded firmware. This rigorous course teaches you to think in memory, master pointers and structures, and write efficient code that runs anywhere. Ideal for engineering students and anyone serious about a long career in software.
Syllabus
- Variables, Operators & Control Flow
- Functions & Recursion
- Pointers & Memory
- Arrays, Strings & Structures
- File I/O
- Dynamic Memory Allocation
- Data Structures (Linked List, Stack, Queue)
- Project: Mini Compiler / OS Simulator
What you will learn
- Reason about memory and pointers fluently
- Implement core data structures from scratch
- Debug with GDB confidently
- Read and contribute to open-source C projects
Tools you will use
- GCC
- VS Code
- GDB Debugger
- Make
Projects
- Mini banking system with file storage
- Dynamic library implementation
- Custom shell program
- Hash table from scratch
Career paths
- Systems Programmer
- Embedded Developer
- Firmware Engineer
Who should join
- CS / Engineering freshers
- Self-taught coders building fundamentals
- Embedded systems aspirants
Prerequisites
- Basic computer skills
- Logical thinking
- No prior coding required
Certificate
Industry-recognized programming certificate with hands-on project portfolio.
Syllabus
- Variables, Operators & Control Flow
- Functions & Recursion
- Pointers & Memory
- Arrays, Strings & Structures
- File I/O
- Dynamic Memory Allocation
- Data Structures (Linked List, Stack, Queue)
- Project: Mini Compiler / OS Simulator
Learning outcomes
- Reason about memory and pointers fluently
- Implement core data structures from scratch
- Debug with GDB confidently
- Read and contribute to open-source C projects
Tools
- GCC
- VS Code
- GDB Debugger
- Make
Projects
- Mini banking system with file storage
- Dynamic library implementation
- Custom shell program
- Hash table from scratch
Career paths
- Systems Programmer
- Embedded Developer
- Firmware Engineer
Who should join
- CS / Engineering freshers
- Self-taught coders building fundamentals
- Embedded systems aspirants
Prerequisites
- Basic computer skills
- Logical thinking
- No prior coding required
Frequently asked questions
Why learn C in 2025?
Because every great engineer should understand the machine — and embedded, IoT and OS work all run on C.
What will I be able to do by the end?
By the end you can: Reason about memory and pointers fluently; Implement core data structures from scratch; Debug with GDB confidently; Read and contribute to open-source C projects.
Who is this course designed for?
It is designed for: CS / Engineering freshers; Self-taught coders building fundamentals; Embedded systems aspirants.