Part I: Core Syntax & Logic
Module 1: The Anatomy of a C Program
Duration: 3 Hours
- Environment setup: GCC, Makefiles, and Terminal commands
- The compilation process: Preprocessor, Compiler, Assembler, Linker
- Understanding standard I/O (printf, scanf) and header files
Module 2: Data Types & Bitwise Operations
Duration: 4 Hours
- Primitive types, size_t, and architecture dependencies (32 vs 64-bit)
- Type casting, limits.h, and overflow/underflow
- Deep dive into Bitwise operators (&, |, ^, ~, <<, >>) for hardware manipulation
Module 3: Control Flow & Functions
Duration: 5 Hours
- Branching (if-else, switch) and iteration (for, while, do-while)
- Writing modular code: Function declarations vs definitions
- Scope, static variables, extern, and register keywords
- Mastering Recursion and call stack visualization
Part II: Memory, Pointers & Systems
Module 4: Arrays & String Manipulation
Duration: 5 Hours
- Memory layout of 1D and multi-dimensional arrays
- Strings as null-terminated character arrays
- Implementing standard string.h functions from scratch (strlen, strcpy)
Module 5: Pointer Demystification
Duration: 8 Hours
- Memory addresses, referencing (&), and dereferencing (*)
- Pointer arithmetic and array-pointer equivalence
- Pointers to pointers (**) and passing by reference
- Function pointers and callback mechanisms
Module 6: Dynamic Memory Allocation
Duration: 6 Hours
- Stack vs. Heap memory architecture
- Using malloc(), calloc(), realloc(), and free() safely
- Identifying, debugging, and preventing Memory Leaks
- Using Valgrind to analyze memory errors
Module 7: Structs, Unions & File I/O
Duration: 6 Hours
- Defining composite data types with Structs and Typedef
- Memory alignment, padding, and Unions
- File handling: opening, reading, writing, and appending (fopen, fread, fwrite)
- Building a complete CLI Database application (Capstone)
About the Mentor
Susheel Singh
Systems & Embedded Engineer
He has spent the last 15 years writing high-performance, low-level code for embedded systems, operating system kernels, and game engines. He believes that to be a truly elite programmer in any language, you must first understand how memory works at the bare-metal level. His teaching focuses heavily on the "why" behind the code, ensuring you never fear a Segmentation Fault again.
Enrollment Options
Basic Tier
₹ 5000
Perfect for computer science students.
- Lifetime access to 37 hours of HD video
- Over 100+ raw algorithm challenges
- Downloadable source code
- Official Certificate of Completion
Best
Advanced Tier
₹ 8000
Best for aspiring systems engineers.
- Everything in the Hacker Tier
- Private Discord community access
- Code review on your Capstone Project
- Bonus: Introduction to x86 Assembly
- Bonus: Data Structures in C (Trees/Graphs)
Frequently Asked Questions
Why learn C in 2026? Isn't it outdated?
C is the foundation of modern computing. Operating systems (Linux, Windows, macOS), game engines, embedded devices (IoT), and even compilers for other languages are written in C. Understanding C makes you a drastically better programmer in higher-level languages like Python, Java, or C#.
Do I need a Linux machine to take this course?
No. While C is native to UNIX-like environments, you can easily code along using Windows (via WSL - Windows Subsystem for Linux, or MinGW) or macOS. We have a dedicated setup video for all three operating systems.
I've heard Pointers are impossible to understand. Is that true?
Pointers have a reputation for being difficult, but it usually stems from poor teaching. Module 5 dedicates 8 full hours to breaking down pointers visually, step-by-step, explaining exactly what is happening in your computer's RAM. You will master them.
Does this course cover C++?
No, this is a pure C programming masterclass. C++ introduces Object-Oriented paradigms (Classes, Polymorphism) which fundamentally changes how you write code. We focus purely on procedural, highly-optimized C.
Ready to understand the machine?
Stop relying on garbage collectors. Learn to manage your own memory.
Start Coding in C