Meet Rocco Marco Guglielmi, a team-oriented professional with a solid educational background in electrical engineering. Rocco graduated summa cum laude from the University of Salerno with a Bachelor’s and Master’s degree. In 2016, he joined STMicroelectronics as a collaborator and later as a GNSS Application Engineer. He has also been an active member of the ChibiOS open-source community since March 2016.
In 2015, he founded PLAY Embedded, where he wrote and edited articles and tutorials on C and embedded systems. In 2019, he moved to Germany and took on the role of Senior Application Engineer Board Market at Analog Devices. There, he provided technical support to customers, trained new college graduates on embedded systems, digital interfaces, and precision converters, and held periodical seminars on embedded software, python, and web technologies for colleagues interested in these topics.
Rocco then became a Senior Field Application Engineer in June 2021 and was promoted to Staff Field Application Engineer in April 2022. He is at the forefront of shaping the future of transportation, working closely with key German Automotive OEMs. Rocco and his team of skilled engineers are actively driving the transition from combustion to electric engines by providing expert technical support for Battery Management Systems and related software. He brings a wealth of knowledge and experience to the table, fluent in C, Assembly, Python, PHP, HTML, CSS, and JS, and always looking for new ways to help his colleagues understand the software world through training, seminars, and speeches. With the help of the same graduates he trained before and the great team around him, they are making a real impact in the industry.
The HD44780 is a de-facto standard controller for display. We have already use it providing a source code to use a 16×2 LCD with a STM32. In this article we will step over introducing an I2C backpack for that display. Of course we will explain how to edit old code in order to get it work with ...
First time I started to deal with a software a little bit more complicated than the one used to print “Hello World”, I have encountered some words like “versioning”, “revision”, “diff”, “branch”, “trunk”, “checkout” and I heard about certain software like “svn”, “git”, “mercurial”.
Do you keep ...
In the article “A close look to ChibiOS demos for STM32” we have briefly explained how multithreading works but in this article we want to discuss more in detail the mechanisms behind ChibiOS/RT. This article is addressed to those developers already experienced with this RTOS.
A single thread ...
In our minds, we have always seen SEGGER debugging solutions like a professional but costly tools: a debugger to perform advanced operations but definitely too much for a student. Some time ago we heard about a new version of SEGGER, the J-Link EDU, which is cheaper and addressed virtually to ...
The STM32 Nucleo-144 is a new series of development board by STMicroelectronics. It is the third announced series titled Nucleo. Each Nucleo-144 share the same pin map for each board and features a new connector named ST ZIO which is compatible with Arduino Uno Rev3 connector.
This new series ...
BUZZ Click is a click board with a mikroBus form factor. It is substantially composed of a piezoelectric speaker having a resonant frequency at 3.8 kHz: this means we should expect best performances at this frequency. Let’s take a look to the principle of operation of DC and AC buzzer.
A ...
In this tutorial we are going to see how to connect a STLink v2 debugger to a Clicker 2 for STM32 enabling users to do debugging which could be very useful in development phases. A debugger is a computer program which is used to test and debug another program usually named Target.
In embedded ...
The Clicker 2 for STM32 is a compact development kit by mikroe (also known as MikroElektronika). This board is equipped with 2 mikroBUS socket that allow to connect the Click Boards. These boards, designed by mikroe, are small add-ons that allow to easily connect most common devices to your ...
In past, building OpenOCD under Windows was really complicated since it has a lot of dependencies and not was easily available under windows. With MSYS2 this task has become very simple and, if you need to use the latest stable version of OpenOCD in MSYS2, it is available as binary and could be ...
The joystick proposed here is much known between makers. It provides two axis and a key button and every axis is actually a potentiometer: that means axis data is analogue and we need to use ADC to read its positioning.
Potentiometers are provided of springs so, without forcing, wipers are ...
We have already introduced MAX7219 in STM32, ChibiOS and a 8×8 LED Matrix, so we are going to jump directly to code section. For convenience we just report link to documentation:
MAX7219 Datasheet
Note that even if pins are arranged in a different way, pin-out remains the same of the 8×8 LED ...
Using Infra-Red for remote control is a technology born in the 70’s and after 40 years it is still used because the good ratio performances-costs and low power consumption. IR remote require a line of sight, because of that latest remote includes bluetooth technology.
Today it is possible to ...