Embedded Systems

• 1: Introduction to Embedded Systems
• 2: Microcontrollers
• 2.1: Arduino
• 2.2: Raspberry Pi Pico
• 3: Embedded C/C++
• 4: Real-Time Operating Systems (RTOS)
• 5: Embedded Hardware
• 6: Communication Protocols
• 7: Embedded Security
• 8: Embedded System Design
• 9: Internet of Things (IoT)

1 - Introduction to Embedded Systems

What are embedded systems? Embedded system architecture Applications of embedded systems

2 - Microcontrollers

Arduino: arduino Arduino board setup Arduino programming (C/C++) Arduino projects Raspberry Pi Pico: pico Pico board setup MicroPython programming Pico projects Other microcontrollers (AVR, ARM, PIC)

2.1 - Arduino

Arduino board setup Arduino programming (C/C++) Arduino projects

2.2 - Raspberry Pi Pico

Pico board setup MicroPython programming Pico projects

3 - Embedded C/C++

C programming for embedded systems C++ programming for embedded systems Memory management Interrupts and timers Peripheral interfacing (I2C, SPI, UART)

4 - Real-Time Operating Systems (RTOS)

RTOS concepts and fundamentals FreeRTOS Zephyr Embedded Linux

5 - Embedded Hardware

Microcontroller architecture Sensors and actuators Interfacing with displays (LCD, OLED) Motor control Power management

6 - Communication Protocols

Serial communication (UART, USB) I2C and SPI CAN bus Wireless protocols (Bluetooth, Wi-Fi)

7 - Embedded Security

Secure coding practices Cryptography in embedded systems Hardware security modules

8 - Embedded System Design

Embedded system design process Software development lifecycle Testing and debugging Performance optimization

9 - Internet of Things (IoT)

IoT architectures and protocols Embedded IoT applications Cloud integration for IoT