
Explore Raspberry Pi's mission to revolutionize computing education through affordable hardware, open resources, and teacher training. Learn about their Python-focused approach and community engagement.

Learn to build a Raspberry Pi weather station using Python, covering sensor programming, data logging, UI creation, and web integration. Ideal for young programmers and schools.

Explore physical computing using Python on Raspberry Pi. Learn to control hardware, create interactive projects, and discover engaging applications in education and beyond.

Explore EEG experiments using Neurosky Mindwave, integrating with IPython Notebook and Raspberry Pi. Learn about brain waves, IoT applications, and data analysis techniques for real-time brainwave monitoring.

Learn to build a Python-powered robot using Raspberry Pi, OpenCV, and gpiozero. Explore hardware options, computer vision algorithms, and GPIO control for creating an interactive, people-recognizing robot.

Learn to program walking robots using Python, exploring remote control, onboard computers, and MicroPython. Discover solutions to common challenges and see real-world examples of custom-built walking robots.

Explore Deep Learning with Python and MXNet, including practical demonstrations on a Raspberry Pi for computer vision and natural language processing tasks.

Explore physical computing with Raspberry Pi and Python. Learn about GPIO pins, libraries, and hardware add-ons. Discover how to create interactive projects and leverage the Pi's capabilities for digital making and education.

Explore multi-paradigm programming for GPIO devices on Raspberry Pi, from simple scripts to complex interactions, using Pythonic code for IoT and physical computing applications.

Discover EduBlocks, a drag-and-drop Python 3 tool created by 14-year-old Josh Lowe to bridge the gap between block-based programming and Python, making coding more accessible for students and teachers worldwide.

Explore Python programming on the International Space Station with Astro Pi, a collaboration between Raspberry Pi Foundation and ESA, offering exciting opportunities for students to conduct space experiments.

Explore Swift development on Raspberry Pi: setup, challenges, and opportunities. Learn to create LED circuits and integrate with Vapor for server-side applications.

Explore Kubernetes on edge devices using K3s distribution. Learn challenges, solutions, and best practices for deploying machine learning on Raspberry Pi clusters at scale.

Explore building an advanced Kubernetes homelab with x86 hardware, autoscaling, networking, and stateful services. Learn to implement enterprise-grade components and automate setup for a DevOps-focused home infrastructure.

Explore Kubernetes on Raspberry Pi: past developments, current state, and future possibilities. Learn about ARM architecture, cluster building, and practical applications through live demos and expert insights.

Explore cloud-native server architectures with Racklet, an open-source Raspberry Pi-based scale model of hyperscaler datacenters. Learn through hands-on experience with reproducible hardware and software.

Explore deploying a production-grade K3s cluster on Raspberry Pi for edge computing, covering design, implementation, GitOps, and automatic updates through Kubernetes API.

Explore distributed systems concepts through a hands-on demonstration using Akka and Raspberry Pi's. Learn about cluster management, gossip protocols, and leader election in a gamified, interactive format.

Explore building IoT applications with Scala and Akka, using Lego trains as a practical example. Learn about remote actors, performance comparisons, and challenges in IoT development.

Explore IoT applications using Scala and Akka for Lego trains, comparing remote actors to REST endpoints. Includes live demo of a Raspberry Pi-controlled Lego train system with various IoT components.

Explore building an FM radio station using Go, covering radio wave basics, broadcasting techniques, and system components like Raspberry Pi and FM transmitters.