STM32 with Matlab, KPR Institute Engineering and Technology, Autonomous Engineering Institution, Coimbatore, India

Title
STM32 with Matlab

Hybrid Event
STM32 with Matlab
Expert Talk Institutional
DATE
Apr 09, 2026
TIME
09:30 AM to 01:00 PM
DEPARTMENT
STM32 with Matlab
TOTAL PARTICIPATES
31
STM32 with Matlab
Summary

A half-day training session on STM32 with MATLAB/Simulink was organized for the students with the objective of enhancing their knowledge in embedded systems and model-based design. The session aimed to bridge the gap between theoretical concepts and practical implementation using industry-relevant tools.

Objectives of the Session

  • To introduce participants to the architecture and features of STM32 microcontrollers.

  • To familiarize students with MATLAB/Simulink for embedded system design.

  • To enable participants to develop and deploy real-time applications using STM32.

  • To provide hands-on exposure to hardware interfacing and model-based design.

Content Covered

The training session covered both theoretical and practical aspects, including:

  • Overview of STM32 microcontroller architecture and peripherals

  • Introduction to MATLAB and Simulink environment

  • Installation and use of STM32 hardware support packages

  • Interfacing STM32 with MATLAB/Simulink

  • Development of basic embedded applications (LED blinking, sensor interfacing)

  • Real-time data acquisition and visualization

  • Code generation and deployment on STM32 hardware

Outcomes of the Training

At the end of the session, participants were able to:

  • Understand STM32 microcontroller architecture and its applications

  • Use MATLAB/Simulink for embedded system design

  • Interface STM32 with MATLAB and perform real-time operations

  • Develop and deploy simple embedded applications

  • Utilize hardware support packages for peripheral control

  • Acquire and analyze real-time data

  • Apply model-based design techniques in embedded systems

The participants showed active involvement throughout the session. The hands-on component significantly improved their understanding of embedded system development. Students expressed interest in conducting advanced sessions on real-time applications and IoT integration.


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