I describe creating an automated desk light using a servo motor and ultrasonic sensor. I designed a simple system to turn the light on when I’m at my desk and off when I’m not, using an Arduino Nano for control. It’s a cool, DIY approach to everyday convenience and energy saving
I talk about creating a handy home IoT system for monitoring temperature and humidity. Using ESP32 and NodeMCU with sensors, it feeds data to a Raspberry Pi for real-time climate stats. Simple, smart, and super useful for keeping my space just right.
I outline automating my washing machine using 3D-printed parts and servo motors, cleverly avoiding any tweaks to the original system. It’s a tech-savvy, non-invasive upgrade for hassle-free laundry days.
I hit on a lazy day solution: a Bluetooth remote light switch controller. No rewiring needed, it lets me turn off the lights from my bed via Arduino and servo magic. It’s classic switch meets tech convenience, making chill days even chiller.
I explore merging art and robotics, creating a system that guides a robotic arm to paint like the masters. It’s about turning sketches into robotic motion, making art with a tech twist.
I recount cobbling together a CNC clock from salvaged tech during my time in Tokyo. Inspired by Iron Man, I turned recycled parts into a time-scribing machine with a cool, industrial edge
I dive into using the Caffe library for deep learning, testing it on a compact system with the heavyweight ImageNet database. It’s about pushing the limits of image classification on small-scale computers.
