Crash Course on Embedded C Programming
Quickly Learn Embedded C Concepts with this hands on driven Course
Requirements
Interested in Embedded Systems
Windows 10 Computer
Desire to learn Embedded C
Description
You started learning embedded systems in excitement but stumble on some basic C programming concepts? Would you like a quick revision to C Coding to understand embedded systems better? Then this course is perfect for you.
This is a Crash Course on C Programming targeted specially for embedded systems learners. This is not to be considered as a full C Programming course but a crash course. Only those topics are included which are mostly used in embedded Systems. Please check entire curriculum before you enroll.
This course won't dwell on theory, you can get it from many sources, I have kept this course purely for those who want to start some C Practice right away.
You'll create your first program within 30 minutes of joining this course
This course covers
C Programming Introduction
Types of Variables and which to use when in embedded systems
Type of operators in C
Writing simple C Programs
Input and Output in C and its correlation to embedded systems
Conditional Executions (If / if-else / nested if)
Conditional Executions (switch-case)
Loops in C (for loop / while loop)
Understanding various programming scenarios
Arrays in C
Integer arrays
Text Arrays
Use of arrays in Embedded Systems
Converting integers to strings
Pointers in C
Use of Pointers in Embedded Systems
Various different ways to use Pointers
Functions in C Programming
Preprocessor directives and their usages in C Programming
You'll create your first program within 30 minutes of joining this course
As mentioned before, this is not to be considered as a complete C Programming but a crash course for Embedded Systems People
So if you're like one of us who is working on Microcontrollers and circuit programming, join this course now
Thank you :)
Who this course is for:
Students
Working Professionals
Embedded System Enthusiasts
Anyone Who is Complete Beginners in Embedded Systems
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