Maze solver and line follower with 90 and 135 degree turns
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Updated
Nov 24, 2019 - C++
Maze solver and line follower with 90 and 135 degree turns
Firmware for the Heartfelt Cardiac Monitor. Consists of sensor (MAX86150) driver, WiFi and Bluetooth connectivity, and client authentication.
This is a an alarm clock made from an Arduino Nano, DS3231, TM1637, some buttons, an LED and a buzzer.
A fun and interactive 3x3 LED game built with Arduino Nano, where each of the 9 LEDs on the display acts as a button. Objective: invert the LEDs so that all of them are turned on simultaneously!
An Arduino board with USB C port for data transfer and power.
Hydrosmart is a smart water level monitoring system that combines wireless communication, a touchscreen interface, and real-time data visualization. It uses an Arduino-based transmitter and receiver, with an ESP32 for WiFi connectivity and mobile app control to automate motor operations and monitor water levels efficiently.
A load cell measures the weight using strain gauges. The difference between the length of the load cell at one side of the cell will help in determining the weight that is applied to it. This will change the output impedance. The output impedance is integrated into a Wheatstone bridge where the difference of the output impedance determines and c…
DIY CO2 sensor with traffic light and display for air quality indication
Arduino Timer library allows implementing arduino projects that can be completely async, and allows sleep mode when CPU is idle
Automatic street light using arduino
Smart Healthcare Monitoring System
VU Display OLED i2C with VU 10 leds in same code
Initial setup of platformio.ini to program the AVR atmega328 on board with arduinoISP
DIY Arduino based tank level, temperature monitor using NRF24L01
Biblioteca para o Microcontrolador ATMEGA328P-PU/AU (arduino uno e nano)
Arduino nano ve nodemcu(isteğe bağlı) kullanarak şifre veya rfid kart girişli kilit sistemi
Projects for learning about coding and electronics with Arduino.
The system links a mobile user and a circuit user by using a GSM module to receive the first person's location and a GPS module to track the second. It then calculates the distance between them.
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