Red Pitaya for Academia
When it comes to teaching tools for electrical engineering and programming, you’d be hard-pressed to find a tool better than Red Pitaya.
Our FPGA-powered boards can not only replace most of the equipment found in electrical engineering laboratories for a fraction of the cost but also empower students to work on their own projects and take the first steps towards becoming real engineers.
Replace Your Lab Instruments
Why spend thousands of dollars to have your students crammed in front of bulky machines when they could each use their own instrument in the form of a Red Pitaya? Take a look at which instruments you can replace with our boards:
Keep it simple with the Web Interface
Because Red Pitaya uses a web interface and all the software is running on the board, there’s no need to install any proprietary software to get started. All you have to do is open your web browser, connect to the board and select which application you want to run.
Teaching materials
To make your job easier, Red Pitaya offers a growing collection of teaching materials and video tutorials.
Teaching Fields
You can use Red Pitaya in these following subjects:
Red Pitaya for Research
Red Pitaya is an essential component of many scientific research projects and can also be used while writing a PhD thesis. Here are some examples:
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Explore Red Pitaya for Academia
STEMlab 125-14
STEMlab 125-14 is our most versatile product and offers additional performance for more advanced users in mind.
Read more and find out how Red Pitaya can help you prepare for your classes more efficiently
Bring your lab to students - a guide for professors
The transition to remote learning has made it impossible to bring students to university laboratories to let them learn through experimentation and hands-on measurements of various phenomena. While Red Pitaya cannot return students back to laboratories, we can put a laboratory in their hands.
How do universities around the world cope with remote work?
Following the unprecedented COVID-19 spread, universities around the world were faced with a unique challenge – how to keep up with the classes without being physically present. The move to distance learning had to be done quickly and at once. This also started a vast re-organization of the universities and re-evaluation of existing processes. Furthermore, professors faced a new challenge on how to remotely support their students.
5 reasons why Red Pitaya is the perfect measurement & control tool for remote teaching
Device functionalities and data can be accessed through Matlab, Labview, Scilab and Python API’s. The time to develop new applications is short thanks to the intuitive software design, many useful examples and detailed documentation. Here's a more detailed description of each tool with examples like MATLAB, LABview and Jupyter/Python.
Red Pitaya boards for Professors and Students
See the main benefits of STEMlab 125-14.
Our customers' testimonials
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We have been making extensive use of Red Pitaya, which has become an essential part of our activities as we conduct educational activities on radiation measurement targeted at middle and high school students. The range of research made possible by fast data collection is broad, and in this respect, Red Pitaya has become an important and easily accessible tool for middle and high school students.
Red Pitayas in the classroom will offer university students an introduction to not only a wide variety of scientific and analytical instruments, but the electronics design, DSP (digital signal processing), FPGA and basic programming logic which is at the heart of many fields today.
Red Pitaya is a student's dream. Affordable and portable. I like the community aspect that encourages students to stretch themselves and explore new options – an inherent trait required for every budding engineer.
At IIT we have been using Red Pitayas for several years, and I’m very familiar with using them via both their internal API and the much more flexible Pyrpl API. We have six of them, which we use to lock our lasers to optical cavities, and to develop code. As they are digital devices, they are much more stable than our old analog controllers. They’re also on the network, which makes them VASTLY more flexible – we can even monitor and control them from home (via VPN into the lab).
I have been investigating the Red Pitaya board for the past few months and we've been very impressed with its accessibility and usefulness for research.