Gabriel Jomar Genobisa, Author at CreateLabz

RFID and Biometric Door Lock system using Raspberry Pi ZeroW with MySQL database

by Gabriel Jomar Genobisa on June 7, 2019

Overview This project aims to implement door lock system on Raspberry Pi Zero W. The project uses RFID reader and fingerprint sensor for dual access modes. When the user tries to access the system the data is fetched from a MySQL database on the Raspberry Pi Zero, then unlocks the solenoid lock if it identifies the RFID ID or the

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Water Level and Weight Monitoring using Waterproof Ultrasonic Sensor and HX711 Load Cell, with Blynk App

by Gabriel Jomar Genobisa on May 18, 2019

Overview This project aims to develop wireless monitoring using IoT Technology to interface the data acquired from the sensors to your smartphone. The project uses Blynk IoT platform to handle the data acquired. Two sets of sensor data are monitored: (1) water level, and (2) weight. The water level monitoring

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Mini MP3 Player Using DFPlayer Mini Mp3 Module with 2.8″ TFT Touch Screen LCD

by Gabriel Jomar Genobisa on May 18, 2019

Overview This project aims to create a simple MP3 player using the DFPlayer Mini MP3 module and display the songs being played on a TFT Touch Screen LCD display. The device is capable of Pause and Play operations, Next and Previous song selection, with a simple interface that displays the

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Door Lock System using Optical Fingerprint reader and RC522 RFID with LCD Display

by Gabriel Jomar Genobisa on May 2, 2019

Overview This Project aims to implement simple Door lock automation using RFID and Fingerprint reader sensor as key to open the lock. It also uses I2C LCD 16x2 module as its display. All of the component are controlled by Arduino Uno. it also uses relay module that serves as switch

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Controlling 4DOF Robotic Arm Claw Kit with 16 channel PWM/Servo Shield using analog input.

by Gabriel Jomar Genobisa on April 22, 2019

Overview This Robotic Arm Claw kit is an Arduino based system which comes with 4 degrees of freedom. This project aims to interface an Arduino Uno with a 16 channel PWM/Servo shield and using potentiometer to control the Robotic arm movements. The shield uses I2C Communication. Hardware Used Arduino4DOF Robotic