O D Y S S E Y 3 . 0 – T R A I N I N G S E R I E S 16 feb

#WIE #insat #IEEEDay #ras #introduction #arduino

TOPICS COVERED: STM32 COMMUNICATION PROTOCOLS, C
EMBEDDED, IOT FOR STM32, IOT WITH RASPBERRY PI
TRAINERS: EXPERTS FROM CSF TRAINING CENTER

The first session of the Odyssey 3.0 training series served
as an introduction to the topics covered throughout the
workshops. Trainers from CSF presented an overview of
STM32 microcontrollers, embedded C programming, IoT
applications, and Raspberry Pi integration. The session
focused on the fundamentals of these technologies and
their relevance in industrial and academic fields.

Time: 9:00 AM - 1:00 PM (Including a 15-minute coffee break)

Workshops & Locations:

Room 165: Introduction to STM32 Communication Protocols

Overview of different communication protocols: UART, SPI, I2C, and CAN.

Explanation of their importance in embedded systems.

Demonstration of basic communication between STM32 microcontrollers.
Hands-on activity: Configuring UART and SPI using STM32CubeIDE.

Room 171: Basics of Embedded C

Introduction to Embedded C vs. standard C.

Key differences: memory management, register manipulation, and low-
level programming.

Writing and compiling simple embedded programs for STM32.
Practical exercise: Writing a basic LED blinking program using GPIO.

Room 169: Overview of IoT with STM32 & Raspberry Pi
Introduction to IoT concepts and their applications.

Overview of STM32 and Raspberry Pi capabilities in IoT projects.
Hands-on demonstration: Connecting sensors to STM32 and sending

data to Raspberry Pi.

Setting up basic IoT communication using MQTT.

Room 159: Introduction to Real-Time Systems

Explanation of real-time operating systems (RTOS) and their

advantages.

Differences between hard and soft real-time systems.

Overview of FreeRTOS and how to implement simple real-time tasks.
Hands-on session: Writing and executing a real-time task on STM32.

Room 167: Fundamentals of Embedded Systems
Overview of embedded systems architecture.

Key components: microcontrollers, sensors, actuators, and power management.

Understanding interrupts and timers in embedded systems.
Hands-on activity: Writing an interrupt-driven application on STM32.

• Add Event to Calendar
  iCal
  Google Calendar

• 676 centre Urbain Nord Bp, Tunis
• tunis, Tunis
• Tunisia 1080

---

• Contact Event Hosts