
Learn how to accept integer input in C using scanf, storing values in variables and printing the results with printf in a simple a plus b example.
Explore division and modulus in C by applying integer division, understanding floor division and remainders with the modulus operator, then use printf to show floating true division with floats.
Explore how to implement a factorial calculation in C using a for loop, including input scanning, initialization of fact to 1, and iterative multiplication from 1 to n.
Learn to read six numbers into an array, then use a for loop and an if statement to identify and print the largest value in embedded C.
Master char arrays and ascii operations in embedded C, from decimal ascii codes to printing with %c and %d. Learn how unsigned char stores characters and forms strings.
Discover how to work with character arrays in embedded C: accept and print single characters, build and print strings with null terminators, and manually scan input on embedded platforms.
Learn to convert integers and floats to text with sprintf for embedded displays, using formats like %f and %1.2 to print values.
Explore pointers in C by declaring pointers, using the address-of operator and dereferencing, then change and print values via pointers with printf.
Explore how to design C functions that accept multiple arguments and return a single value, with examples like factorial, and finding the largest and smallest of six numbers.
Explore reading function bodies in embedded C, implementing factorial and a largest-and-smallest program. Learn scanning input, using for loops, and updating results with comparisons.
Learn to return multiple values in embedded C by passing variable addresses to functions via pointers. Update results in place for operations like multiplication and division without returning values.
Compare global and local variables in C, see how globals interact with functions and arguments, and learn why minimizing globals is best for larger embedded programs.
Learn how to pass an array to a function and modify its elements by multiplying by two, using a simple C example with array indexing.
Explore how embedded c passes char arrays and strings to functions as pointers. Print characters using a loop until the null terminator, with embedded lcd or serial output.
Embedded C Programming – Crash Course
If you are learning embedded systems and feel stuck because of C programming basics, this course is designed for you.
This is a focused crash course on C programming tailored specifically for embedded systems learners. It is not a full-length academic C course. Instead, it concentrates only on the concepts that are most frequently used in microcontroller programming.
By the end of this course, you will be able to:
Understand core C programming fundamentals
Write structured C programs confidently
Use variables and data types effectively
Apply operators and conditional statements
Work with loops and arrays
Understand and use pointers
Write and call functions
Use preprocessor directives correctly
This course is practical and hands-on. The goal is to help you start coding quickly rather than spending hours on theory.
You will write your first C program within the first few lessons.
What You Will Learn
Introduction to C programming
Data types and variable usage in embedded systems
Operators and expressions
Conditional statements (if, if-else, switch-case)
Loops (for, while)
Arrays and their use in embedded systems
Integer and text arrays
Converting integers to strings
Pointers and their importance in embedded programming
Functions and modular coding
Preprocessor directives and macros
Who This Course Is For
Embedded systems beginners
Microcontroller learners
Students working with 8051, AVR, Arduino or similar platforms
Anyone who wants a quick and structured revision of C for embedded development
Who This Course Is Not For
Advanced C developers
Learners seeking deep computer science theory
Instructor
Hi, I’m Amit Rana — engineer, embedded systems developer and trainer.
With over 18 years of experience in embedded systems and programming, I focus on building strong technical foundations through clear explanations and practical coding.
A significant portion of this course is available as free preview lectures so you can evaluate the teaching style before enrolling.
30-Day Money Back Guarantee
Your enrollment is completely risk-free. If the course does not meet your expectations, Udemy offers a 30-day full money-back guarantee.
Enroll today and strengthen your Embedded C foundation.