Embedded System Design with ARM
The “Embedded System Design with ARM (STM32F401RE)” is a free online course that offers a comprehensive learning experience for individuals interested in embedded systems development. The course focuses on using the ARM Cortex-M4 based STM32F401RE microcontroller for hands-on projects.
Through this course, participants will gain a strong foundation in embedded systems concepts, microcontroller architecture, and programming in C/C++ language. They will learn how to set up the development environment, interface with peripherals, and implement various communication protocols like UART, SPI, and I2C.
The course provides practical examples and step-by-step instructions, allowing students to apply their knowledge to real-world projects and gain valuable experience in designing and building embedded systems. Whether for hobbyists or aspiring professionals, this course is a great opportunity to explore the exciting field of embedded systems design with a focus on ARM technology and the STM32F401RE microcontroller.
It will be a little difficult to understand the new IDE Arm Keil Studio because the old Mbed Compiler has retired. If you are following this tutorial series then for the development environment have to use Arm Keil Studio instead of Mbed. If you are facing an issue understanding the Arm Keil Studio then follow the below Arm Keil Studio video series for your reference.
Embedded System Design with ARM (Course Overview)
Lecture 01: Introduction to Embedded Systems
Lecture 02: Design Considerations of Embedded Systems
Lecture 03: Microprocessors and Microcontrollers
Lecture 04: Architecture of ARM Microcontroller (Part I)
Lecture 05: Architecture of ARM Microcontroller (Part II)
Lecture 06: Architecture of ARM Microcontroller (Part III)
Lecture 07: ARM INSTRUCTION SET (PART I)
Lecture 08: ARM Instruction Set (Part II)
Lecture 09: ARM INSTRUCTION SET (PART III)
Lecture 10: ABOUT THE STM32F401 NUCLEO BOARD
Lecture 11: PWM AND INTERRUPT on STM32F401
Lecture 12: Digital to Analog Conversion
Lecture 13: Analog to Digital Conversion (Part I)
Lecture 14: Analog to Digital Conversion (Part II)
Lecture 15:Output Devices, Sensors and Actuators (Part I)
Lecture 16:Output Devices, Sensors and Actuators (Part II)
Lecture 17: Output Devices, Sensors and Actuators (Part III)
Lecture 18: Microcontroller Development Boards
Lecture 19: Mbed C Programming Environment
Lecture 20: Interfacing With STM32F401 Board
Lecture 21: Interfacing with Arduino UNO
Lecture 22: Interfacing 7-Segment LED and LCD Displays (PART I)
Lecture 23: Interfacing 7-Segment LED and LCD Displays (PART II)
Lecture 24: Serial Port Terminal Application (Coolterm)
Lecture 25: Experiment with Temperature Sensor
Lecture 26: Experiment With LDR Light Sensor (PART I)
Lecture 27: Experiment With LDR Light Sensor (PART II)
Lecture 28: Experiment with Speaker
Lecture 29: Experiment with Microphone
Lecture 30: Design of Control System
Lecture 31: Experiments with Relay
Lecture 32: Experiments on Speed Control of DC Motor
Lecture 33: Experiment with Multiple Sensors and Relay
Lecture 34: Introduction to Internet of Things
Lecture 35: GSM and Bluetooth
Lecture 36: Design of a Home Automation System
Lecture 37: Design of a Simple Alarm System Using Touch Sensor
Lecture 38:Accelerometer
Lecture 39: Experiment using Accelerometer
Lecture 40: Experiment using Bluetooth
Lecture 41: Experiment with Gas Sensor
Lecture 42: Summarization of the Course
