
Learn to transmit data from Arduino to Python, enabling advanced 3D visualizations and sophisticated data processing for IMU sensors. Explore code implementation and data handling techniques.

Explore GAPflow: transform neural networks into optimized C code for ultra-low-power GAP processors. Learn quantization, validation, and memory allocation for efficient AI deployment on energy-constrained devices.

Explore IBM Research's holistic approach to AI acceleration, covering low-precision DNN models, scalable hardware techniques, and efficient software methodologies for optimal performance.

Explore cloud-based Arm Cortex-M models for accelerated ML development, featuring Virtual Hardware integration, Python-scriptable peripherals, and TensorFlow optimizations.

Explore the evolution of programming by comparing Commodore 64 BASIC with modern Python, covering key concepts and techniques from both eras.

Learn to integrate the VL53L0X Time of Flight sensor with Raspberry Pi Pico using MicroPython. Includes setup, library usage, and practical demonstrations for robotics applications.

Learn to control multiple servos using Raspberry Pi Pico, PCA9685, and MicroPython for robotics projects. Covers I2C communication, troubleshooting, and practical implementation with a robot example.

Learn to use HC-SR04 Range Finder with Raspberry Pi Pico, including voltage adjustment, wiring, and MicroPython programming. Hands-on demos and practical examples included.

Learn to create smooth servo motion using easing algorithms in MicroPython on Raspberry Pi Pico. Practical examples and real-world applications for robotics projects, including OpenCat implementation.

Learn to build an OpenCat robot using Raspberry Pi Pico and MicroPython. Covers modeling, motion, inverse kinematics, balancing, and servo upgrades. Includes live coding and demonstrations.

Explore the powerful, affordable Raspberry Pi Pico microcontroller for robotics projects. Learn its features, capabilities, and how to program it using MicroPython, comparing it to other popular boards.

Learn face detection using OpenCV and Python on Raspberry Pi Zero. Explore object detection, AI, neural networks, and computer vision fundamentals. Practical implementation and insights provided.

Explore air quality monitoring with the Pimoroni Enviro+ Environment Hat. Learn to measure temperature, light, sound, humidity, and pressure using Raspberry Pi and Python.

Learn to build an AI assistant using Python, TensorFlow, and Google Colab for object classification. Covers neural networks, image processing, and hands-on demos for practical implementation.

Learn to integrate Bluetooth with Raspberry Pi Pico using MicroPython. Covers UART, serial communications, and Bluetooth modules for enhanced project connectivity and control.

Learn to use MPU9250 sensor with Raspberry Pi Pico and MicroPython for robot positioning. Covers sensor functionality, calibration, data processing, and practical implementation with code examples.

Learn to integrate SSD1306 displays with Raspberry Pi Pico using MicroPython. Covers display basics, frame buffers, bit depth, animation, image conversion, and practical demonstrations.

Learn to create your own AI assistant using Python and Raspberry Pi. Covers architecture, hardware/software setup, and implementation of key features like speech recognition and natural language processing.

Master SQL Server Reporting Services: Learn to extend functionality, create mobile reports, and design KPIs. Gain hands-on skills in data analysis, report customization, and mobile-friendly visualizations.

Learn to analyze Wi-Fi wardriving data using Google Colab. Explore captured data, detect access points, and gain insights into wireless device mapping with this hands-on tutorial led by security researcher Alex Lynd.

Learn to build an Arduino-powered hexapod robot resembling an ant, complete with functional eyes, antennas, and mandibles. Covers 3D modeling, assembly, circuit design, PCB creation, and Arduino programming.