
A program is a set of instructions a computer follows to perform tasks, created with high-level languages like C, C++, or Java and compiled into machine code by a compiler.
Trace the history of C standardization from Dennis M Ritchie at Bell Laboratories in 1972 to 1990 ISO/IEC standard (C89/C90, ANSI C), with C99 and C11 revisions and backward compatibility.
Explore the c program file generation sequence from a hello world source (.c) through the preprocessor expanding stdio.h to .i, then assembly (.s) and object (.o) files.
Discover how the host machine and target machine differ in embedded programming, using a standalone IDE and cross-compiler to write on the host and execute on the microcontroller.
Explore hardware and software components for embedded C on ARM Cortex-M, using the diva c series launch pad, stm32 nucleo f w 46 board, and keil microvision five ide.
Download and install keil microvision and its packs, install stellaris icd drivers for the tiva c launchpad, and install st-link drivers for the nuclear f446e board, enabling embedded c development.
Explore the decimal and binary numbering systems and master decimal-to-binary and binary-to-decimal conversions, using divide-by-two and bit-weight summation with 82 turning into 1010010.
Convert between binary and hexadecimal numbers using four-bit groups, the 0x prefix, MSB/LSB, and the eight-bit byte concept with step-by-step table-based conversions.
Explore how binary encodes numbers using two states 0 and 1, and why computers store data in bits and bytes, 8, 16, 32, and 64 bit architectures.
Explore the escape sequences in C and how they work with printf to control output, including newline, backspace, tab, quotes, and the backslash character.
Explore how to use comments in C to describe code, exclude sections for debugging, and distinguish between single-line // and multi-line /* ... */ comments, with practical examples.
Learn how variables in C work by naming memory locations, choosing data types and sizes, and using variables to store and retrieve values for simple or complex operations.
Learn the data types in C, including signed and unsigned integers and real types. See how compiler differences affect sizes and how to declare variables accordingly.
Learn how the C char datatype uses one byte to store ASCII codes and numeric values, with signed and unsigned ranges of -128 to 127 and 0 to 255.
Explore how ASCII encodes characters in C using 7-bit values, mapping 0–127 to letters, digits, and symbols. Learn to store and print characters with unsigned char and %c.
Learn the rules for naming variables in C, including allowed characters and starting with a letter or underscore, and distinguish declaration from definition and memory storage.
Explore local versus global variables in embedded C programming, detailing scope, lifetime, and initialization, including garbage values for locals and zero-initialized globals.
Learn the int datatype in C as a 16-bit signed and unsigned type, with ranges -32768 to 32767 and 0 to 65535, including how to declare and print.
Over a 64+ lecture videos, 15+ Hours of Full HD Content that will take you in an interactive learning to not only master the coding of C Programming from basics each and every concepts but also TM4C123 & STM32F446 Microcontroller based out of Arm Cortex M processor, And it will make you familiar and capable for writing drivers and building applications as per your requirement with similar controllers with same ARM Cortex M processor, but also learn the very basics of TM4C123GH6PM & STM32F446RE Microcontroller internal structure and hardware schematics along with basics of TM4C123GH6PM & STM32F446RE for writing peripheral drivers required for building your own products out of microcontroller, how it really works, it’s parts and how your code is working inside the CPU of a Microcontroller.
Hi, welcome you all to this course on Embedded C Programming Course from Zero to Hero (STM32F4 & TM4C123).
The course is structured for the need of learners to understand C programming concepts and microcontrollers from scratch till you master your skills. This course is the outcome of the experience I gained after training many of graduate students and working professionals in person, and with my expertise in the field of embedded systems..
SM Training Academy invites you all to enroll in this course and explore the world of embedded systems with step by step guidance by own expert trainers to excel in their career. There is no better way to master and understand the concepts than joining this course. Whatever you want to learn is available in this course and also we will be updating the course with new lectures in a periodical manner. So join the course and enjoy learning.