Components and suppliesArduino Nano 33 BLE Sense×1National Control Devices PCA9685 8-Channel 8W 12V FET Driver Proportional Valve Controller with I2C Interface×1SG90 Micro-servo motor×39V Battery Clip×1Necessary tools and machines3D Printer (generic)Soldering iron (generic)Ap

Components and suppliesDC Motor, 12 V×1Reed Switch, SPST‑NO×1Arduino UNO×1RGB LCD Shield Kit, 16x2 Character Display×1Necessary tools and machinesProBUDDY KitAbout this projectInspired by Arthur Ganson’s monumental “Machine with Concrete,” the Infinity Gears project condenses 12 stages of 1/50‑ratio

Components and suppliesRGB Diffused Common CathodeEyes×2SparkFun 7-Segment Serial Display - RedTimer×1Texas Instruments Shift Register- Parallel to Serial4 digit 7 segment display×1Alphanumeric LCD, 16 x 2Menu display×1IR receiver (generic)For remote control×1Arduino UN

Components and supplies Arduino Nano 33 IoTLow‑profile, Wi‑Fi enabled, ideal for compact cockpit panels.×1LED (generic)Bright, low‑power indicators for status LEDs.×4Switch Actuator, Head for spring return push‑buttonTactile push‑button with spring return for reliable control.×2Alp

Components & Materials Arduino UNO×1 Seeed Base Shield V2×1 NodeMCU ESP8266 Breakout Board×1 Seeed Loudness Sensor×1 Seeed Grove – Air Quality Sensor v1.3×1 Seeed Grove – Temperature & Humidity Sensor (DHT11)×1 Reyax LoRa Module×1 Seeed Small Solar Panel

Components & Supplies Arduino UNO×2MOSFET Transistor, Switching×2Speaker: 3W, 4 ohms×4Resistor 1k ohm0.25W Resistors×2SparkFun Breadboard Power Supply Stick 5V/3.3V×1Jumper wires (generic)×1 Necessary Tools and Machines Soldering iron (generic) Apps and Online Ser

Components and suppliesArduino Nano R3×1Digilent WS2812 Addressable LED Strip×1Pushbutton Switch, Momentary×2Rotary potentiometer (generic)×25 mm LED: Red×1Through Hole Resistor, 470 ohm×1Necessary tools and machinesSoldering iron (generic)Solder Wire, Lead FreeApps and online servicesArduino IDEAbo

Building a Low‑Cost Autonomous Lego Tank with NVIDIA Jetson Nano & Isaac SDK In this guide I demonstrate how to transform a standard LEGO EV3 kit into a fully autonomous tracked robot, powered by a NVIDIA Jetson Nano, the Isaac SDK, a YDLIDAR‑X4 LiDAR, and a Pixy2 vision camera. The result is a budg

Simple Pi Robot is a hands‑on guide that turns a Raspberry Pi into a fully‑functional autonomous mobile platform. Whether you’re a hobbyist or an educator, this tutorial walks you through every step—from selecting components to writing control code and streaming video in real time. Parts List Rasp

This simple, low‑cost mobile robot platform was created to give developers a practical, hands‑on way to learn embedded systems. As an embedded software engineer at a German automotive company, I started this project as a learning platform. Although the original project was canceled early, my enthusi

Introduction The Raspberry Pi 3 Model B is a versatile single‑board computer equipped with USB, Wi‑Fi, Bluetooth, Ethernet, HDMI, audio, and GPIO pins. In CS424 we’ll use this board to control an iRobot Create, leveraging its robust hardware: a 4‑core 1.2 GHz processor and 1 GB of RAM. The minimum

A. Objective Our goal was to embed a full‑featured software stack on the Sonbi robot’s Raspberry Pi, connect a Microsoft Kinect, and enable the robot to greet people by waving its arms when it detects a human standing in front of the sensor. B. Hardware System Raspberry Pi with 8 GB flash storage P

Advanced autonomous vehicles promise a safer, more efficient future for urban mobility. Yet, despite significant industry investment, no fully autonomous system has entered the consumer market. A key bottleneck is the lack of a robust, real‑time motion‑planning engine that can safely navigate comple

1. Introduction With the explosive growth of e‑commerce, warehouse operators face the challenge of handling vast inventories on a daily basis. Tasks such as storage, picking, scanning, and delivery become labor‑intensive and costly. Automation—ranging from semi‑autonomous to fully autonomous solutio

1. Introduction Infrastructure across the nation is aging rapidly, yet no comprehensive, automated inspection system exists for bridges, waste tanks, pipelines, reactors, ship hulls, or oil tankers. Manual inspections are hazardous, infrequent, and expensive. This project delivers a small, lightweig

IntroductionAs robotics technology advances, image‑processing has become a cornerstone in applications ranging from autonomous vehicles to commercial service robots. The Robogames Competition in San Mateo, California, invites students to design a robot that can pass and shoot a puck across a full‑sc

A hands‑on guide to turning an ARDrone 2.0 into a voice‑controlled companion using Amazon Alexa, a Raspberry Pi, and a Hologram Nova USB modem. Story Motivation After mastering the ARDrone 2.0 in a previous project, we sought to elevate the experience by integrating Alexa’s voice interface. The Ale

A straightforward ROS robot capable of navigating via simple terminal commands. This guide walks you through hardware setup, software installation, and live control to transform any generic robot platform into a smart, ROS‑enabled machine. Introduction The goal of this project is to demonstrate how

Embark on an exciting project that combines computer vision, voice commands, and real‑world robotics—all powered by Windows 10 IoT Core. With this hands‑on guide, you’ll create a robot that autonomously navigates using OpenCV object detection, and you’ll control it with Microsoft Speech API (SAPI).

Intellisaurus – Build a Walking Smart Dinosaur Robot Discover the Intellisaurus, an open‑source kit that lets you assemble an 8‑inch walking dinosaur robot in just a few hours. No soldering or programming is required for the basic build, but the design supports advanced AI integration and custom she