Educational Engineering’s Substack

Educational Engineering’s Substack

Home
Podcast
Notes
Booking
Arduino
Archive
Leaderboard
About

Arduino

🛠️ Weekly Embedded Systems Challenge: “Smart Plant Monitor”
Design and prototype a battery-powered embedded device that monitors the soil moisture and ambient light levels of a potted plant.
 • 
Educational Engineering
Real-Time Temperature & Humidity Monitoring System
In this project, you’ll build a simple yet powerful weather-station-style device using an Arduino Uno, a DHT11 temperature & humidity sensor, and a 16×2…
 • 
Educational Engineering
🔧 Weekly Engineering Challenge: Arduino Mood Light
Build a color-changing mood light using an Arduino and an RGB LED. The goal is to create a light that shifts colors smoothly or based on input (like…
 • 
Educational Engineering
🔧 Project: Smart Temperature and Humidity Logger with OLED Display and SD Card Storage
In this hands-on project, you will build a smart data logger that reads temperature and humidity from a DHT22 sensor, displays them on a 0.96-inch OLED…
 • 
Educational Engineering
Title: LED Light Show — Make Your Own Blinking LED Patterns!
Design and build a custom LED light show using an Arduino. Your goal is to make at least 3 different blinking patterns (e.g. blinking, chasing, fading…
 • 
Educational Engineering
🌟 Weekly Embedded Systems Challenge: Build a Smart Doorbell with Visual Alerts!
This project will teach you how to handle inputs, outputs, and basic user interface design in embedded systems.
 • 
Educational Engineering
🔧 Arduino Project: Temperature & Humidity Monitoring System using DHT11 Sensor
In this beginner-friendly project, you'll build a simple system to measure temperature and humidity using an Arduino Uno and a DHT11 sensor.
 • 
Educational Engineering
🔧 Weekly Engineering Challenge: Beginner Arduino Hack — "Mood Light in a Jar"
Create a Mood Light in a Jar using an Arduino, RGB LED, and a few simple components.
 • 
Educational Engineering
🔧 Weekly Embedded Systems Challenge: Smart Plant Monitor
Create a low-power embedded system that monitors the health of a houseplant using at least one environmental sensor.
 • 
Educational Engineering
🌡️ Arduino Project: Temperature & Humidity Monitor with LCD
This project creates a real-time temperature and humidity monitor using an Arduino, a DHT11 sensor, and a 16x2 LCD display.
 • 
Educational Engineering
1
🔧 Weekly Engineering Challenge: Motion-Activated Night Light
Create a simple, low-power motion-activated night light using an Arduino and a PIR (passive infrared) sensor.
 • 
Educational Engineering
🔆 Project: Automatic Light-Controlled Fan System
This project creates an automatic fan system that activates only when light intensity is high and the temperature exceeds a set threshold.
 • 
Educational Engineering
© 2025 Educational Engineering
Privacy ∙ Terms ∙ Collection notice
Start writingGet the app
Substack is the home for great culture