Embedded C Programming Course from Zero to Hero

Course Curriculum

Chapter 1: Understanding the Basics

Lecture 1: What is a computer program..?

Lecture 2: C Program Standardisation

Lecture 3: File generation sequence in C Program

Lecture 4: Host and Target Machine Explained

Lecture 5: Hardware and software used

Lecture 6: Installing software's in PC

Lecture 7: Binary to Decimal & Decimal to Binary format Conversion Explained

Lecture 8: Binary to Hexadecimal & Hexadecimal to Binary format Conversion Explained

Lecture 9: How Computers Store Number's and why do they use 0's and 1's?

Chapter 2: Escape Sequence's in C

Lecture 1: Escape Sequence's in C Explained

Chapter 3: Comments in C Language

Lecture 1: Comments in C Language

Chapter 4: Variables in C Language

Lecture 1: Variables in C Language Explained

Chapter 5: Datatypes in C

Lecture 1: Datatypes in C Explained

Chapter 6: Char Datatype in C

Lecture 1: Char Datatype in C Explained

Chapter 7: ASCII Standard

Lecture 1: ASCII Explained

Chapter 8: Variables naming rules in C

Lecture 1: Variable naming rules in C

Chapter 9: Local and Global Variables

Lecture 1: What are Local and Global variables

Chapter 10: Int Datatype in C

Lecture 1: int Datatype in C Explained

Chapter 11: Float datatype in C

Lecture 1: Float datatype in C

Chapter 12: Variable typecasting in C

Lecture 1: Typecasting in C Explained

Chapter 13: ARM Architecture

Lecture 1: RISC Architecture Explained

Lecture 2: ARM Architecture Fundamentals

Lecture 3: ARM Buses & types Explained

Lecture 4: Introduction to ARM Cortex-M Processor

Lecture 5: Arm Cortex M Architecture Explained

Lecture 6: Little and Big Endian Concept Explained

Chapter 14: Microcontroller Architecture's Explained

Lecture 1: STM32F446RE Architecture Walkthrough

Lecture 2: TM4C123GH6PM Architecture Walkthrough

Lecture 3: Load Store Architecture in ARM Cortex-M Explained

Chapter 15: Hello World Program in Embedded C

Lecture 1: Hello World Program in Embedded C in Keil uVision IDE

Chapter 16: CPU Operations Explained

Lecture 1: How Counting Operation is performed inside CPU

Lecture 2: Program Counter in Arm Cortex-M Explained

Chapter 17: Operators in C

Lecture 1: Arithmetic Operators in C

Lecture 2: Logical Operators in C

Lecture 3: Relational Operators inC

Lecture 4: Bitwise Operators in C

Lecture 5: Unary Operators in C

Lecture 6: Ternary Operator in C

Chapter 18: Pointers in C

Lecture 1: Pointers in C Language Explained

Lecture 2: Accessing Memory in microcontroller using pointers in C

Chapter 19: LED Blink Using Pointer's in C

Lecture 1: LED Blink Program using pointers in C (STM32F446RE)

Chapter 20: Bitwise Techniques for register bit setting and clearing

Lecture 1: Bitwise Techniques for register bit setting and clearing

Chapter 21: Structures in C

Lecture 1: Structures in C Explained

Lecture 2: Structure padding Explained

Lecture 3: Structure Bitfields Explained

Lecture 4: Pointers to structure in C

Chapter 22: CMSIS (Cortex Microcontroller Software Interface Standards)

Lecture 1: Introduction to CMSIS

Lecture 2: Modifying LED Blink program to be CMSIS complaint part -1

Lecture 3: Modifying LED Blink program to be CMSIS complaint part -2

Chapter 23: Preprocessor Directives in C

Lecture 1: Preprocessor Directives in C

Lecture 2: Modifying LED Blink program with preprocessor directives

Chapter 24: Interfacing Input devices with STM23F4

Lecture 1: Bitwise Techniques for reading register bit

Lecture 2: Interfacing pushbuttons with STM23F4

Chapter 25: Union in C

Lecture 1: Union in C Explained

Chapter 26: Type Qualifiers in C

Lecture 1: Const type qualifier explained

Lecture 2: Volatile type qualifier in C Explained

Chapter 27: Tiva C Series Launchpad

Lecture 1: LED Blink Using Pointers in C (TM4C123GH6PM)

Lecture 2: Using Preprocessor's in LED Blink program using pointer's

Lecture 3: Using Texas Instrument Header file

Lecture 4: Understanding and Creating CMSIS for LED Bilink in Tiva C Microcontroller

Lecture 5: Using CMSIS from Silicon Vendor ->Texas Instrument

Lecture 6: Interfacing LED with TM4C123

Lecture 7: Interfacing Push Buttons with TM4C123