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Showing posts with the label #TechForGood

Designing Your Own Wearable Tech: Step-by-Step Tutorial

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  Designing Your Own Wearable Tech: Step-by-Step Tutorial           In the world of technology, wearables are the next big thing. From fitness trackers to smartwatches, these devices offer convenience, functionality, and a touch of futuristic flair. But did you know you can design and create your own wearable tech? In this step-by-step tutorial, we’ll guide you through the process of creating a basic wearable device that combines both fashion and function. Step 1: Conceptualize Your Wearable Before diving into the technical aspects, you need a clear idea of what you want your wearable to do. Here are some questions to consider: What is the primary function of your wearable? (e.g., fitness tracking, notifications, health monitoring) How will it be worn? (e.g., wristband, necklace, clip-on) What features will it have? (e.g., sensors, display, connectivity) Let’s say you decide to create a basic fitness tracker that monitors steps, heart rate, and calories bur...

DIY Club: Smart Glasses for the Blind (Without Arduino)

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  Hello DIY Enthusiasts!  Electronics Projects : Are you a first-year electronics student looking for an exciting project? Join our DIY Club as we explore how to create Smart Glasses for the Blind. This project focuses on enhancing the mobility and safety of visually impaired individuals, without the use of Arduino. Here’s how you can get started: Materials Needed: Ultrasonic sensors Vibrating motor 9V battery and connector Breadboard and jumper wires Sunglasses frame Basic tools (soldering iron, wire cutter, etc.) Step-by-Step Guide: 1. Mount the Ultrasonic Sensors: Attach two ultrasonic sensors to the sunglasses frame. One should be positioned to detect obstacles at head level, and the other at chest level. 2. Connect the Components: Use jumper wires to connect the ultrasonic sensors to the vibrating motor and the battery via the breadboard. Ensure the connections are secure and insulated. 3. Power Supply: Connect the 9V battery to power the circuit. A switch can be added to...