Raspberry Pint : Raspberry Pi and other Digital Making Fun -Arduino, ESP32, etc.

This is Raspberry Pint, where we share our digital making experiences.
Most of our presentations are about building personal or professional projects with Raspberry Pis, Arduinos, ESP32s, Microbits, etc. We also welcome presentations about skills and techniques such as website design, PCB design, SW development, 3D printing, soldering, etc. Occasionally, we have had presentations about deep learning, big data, IoT, etc. and would love to hear about what you do in your hobby or professional life. All makers and all digital making welcome. The quirkier, the better.

We are available online and In Real Life. IRL is much better as you get to meet us in 3D! Venue is Computacenter 100 Blackfriars Road, London, SE1 8HL. Enter via the Computacenter main entrance, they're glass doors. The security staff will be aware that Raspberry Pint is being organised there. Michael Turner is the contact for Computacenter

Whilst more of our presentations are put onto an agenda, ad hoc presentations also happen, as well as people just bringing stuff to show.

Everyone is welcome to take part - we have no lower or upper age limit and all content is suitable for everyone.

Joining information is available on this page once you register.

Check out our Facebook page (https://www.facebook.com/groups/raspberrypint/) where the Raspberry Pint continues in between meetups.

We are also on YouTube, just search for Raspberry Pint.

19:00 Ruben Aszkenasy - River Brent Pollution Monitoring using the Raspberry Pi RP2040 Chip
Ruben is going to talk about a citizen’s science project. They’re developing river pollution detectors using the Raspberry Pico for a project funded by the Environmental Agency.

20:00 Miloš Rašić - Measuring blood pressure using a Raspberry Pi Pico
This is an open-source cardiography signal-measuring device built around the Raspberry Pi Pico W. It provides a transparent and DIY-friendly approach to understanding how blood pressure monitors and cardiography devices work. The project includes hardware design, signal processing, and software implementation, making it an accessible platform for researchers, engineers, and enthusiasts interested in biomedical signal measurement.