FYP Batch Kanto & Chubu FYP JJ 2023 #23

 

FYP Batch Kanto & Chubu FYP JJ 2023 #23 --> MUHAMAD YUSUF BIN ZULKEFLY

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IRTIYA HANA BINTI NAZIRMAN

AUTOMATIC CONTROL BARRIER FOR IN/OUT CUSTOMER COUNTER WITH ADJUSTABLE LIMITATION EQUIPPED WITH STAFFS RFID DATALOG AND WEBBASE DATABASE WITH MIT APP INTERFACE USING ESP32

1) To optimize the existing design of an automatic customer counter that can detect a customer using two pair sensors located at entry and exit, mechanical close/open barrier controlled by 2 DC servo motors while displaying the present number of customers using 5 inches 7 segments show and block entry upon limit reached with nodemcu esp32 as the micro controller. 

2) To extend the display range up to 4 digits. 

3) To develop a new interface linking the device to the owner's smartphone with the ability to control limitations using the MIT App inventor 4) To record staffs attendance using RFID data log in/out in web-based database

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MOHAMAD HAKEMEE BIN OTHMAN

Automatic Medicine Box Dispenser with Humidity/temperature Monitor and Control Via Smartphone MIT App Interface Using ESP32

1) To design an automated system that can dispense one pack of various medicines inside a compartment at specific time by using a stepper motor to dispense the medicine and alert the user using LED and a buzzer when the timer is up. 

2) To design an automated system that can monitor and control the humidity/temperature of the medicine box using a DHT11 as a sensor and two DC cooling fans as cooler. 

3) To design the system using NodeMCU ESP32 as a microcontroller. 

4) To link the system to the user's smartphone via MIT app inventor that can control medicines dispensing time and can monitor humidity/temperature

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AFIF JAZIMIN BIN AZRI

KEY MANAGEMENT SYSTEM USING FINGERPRINT AND MOBILE APPS VIA ESP32

i. Design and intergrate a key management system with fingerprint sensor that can only be access by authorized user. 

ii. Developing a database to store user's information and generate a log report. iii. Develop interface and user management system for mobile application.

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WAN NUR FATEHAH BINTI WAN MOHD AZMI

Development of an IOT Based Incubator for the Support of Meliponiculture Through Queen Rearing using ESP32, Temperature and Humidity Sensor.

1. Construct a temperature control system that able to detect and adjust the temperature in the incubator. 2. Develop and integrate a system that able to read and regulate the humidity. 

3. Design a system that able to access, display and record the temperature and humidity data online.

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