FYP Batch SUGOI & SHINKEN FYP JD 2025 #28

 

FYP Batch SUGOI & SHINKEN FYP JD 2025 #28 --> RUZIANA BINTI ISMAIL

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student : NURUL ARISSA BALQIS BINTI ROSLAN

title : ESP32-CONTROLLED WINDOW WITH POLYMER DISPERSED LIQUID CRYSTAL 

(PDLC) FILM FOR ADJUSTABLE TRANSPARENCY AND NOISE REDUCTION 

POWERED BY SOLAR SYSTEM

objectives :

1. To simulate the control and automation of a window system using the

ESP32 microcontroller, including its application for Polymer Dispersed

Liquid Crystal (PDLC) film and noise cancellation.

2. To integrate a solar power harvesting system to demonstrate renewable

energy utilization in powering the window prototype while reducing reliance

on grid electricity.

3. To enhance user comfort by minimizing glare, reducing noise, and

providing on-demand privacy through window control.

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student : MOHAMMAD DANIEL BIN NORAZIDIN

title : Egg Incubator with Automated Environmental Control and Real-Time Monitoring via ESP32 Using DHT22, Telegram Bot, Heating lamp and DC Motor Including Fan Regulator.

objectives :

1. To automatically control temperature and humidity to maintain optimal incubator conditions.

2. To build motor rotation mimicking natural hen behavior for egg development.

3. To identify temperature and humidity issues in real-time through Telegram bot notifications.

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student : KHALID ZIDANE BIN ROBIN

title : Public Toilet Occupancy Indicator System Using Reed Switch Sensor, DS3231 RTC Module, LED Indicator, Display Panel, Buzzer, and Arduino UNO

objectives :

To provide clear and reliable feedback on toilet availability through the use of LED indicators and a display panel for real-time user guidance.

To integrate a timer-based alert system using a buzzer to notify facility staff or users of prolonged occupancy, enhancing stall availability and preventing misuse.

To ensure the system is user-friendly, cost-effective, and easy to install, making it suitable for implementation across various types of public facilities.

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student : MOHAMMAD DANIEL BIN NORAZIDIN

title : Egg Incubator with Automated Environmental Control and Real-Time Monitoring via ESP32 Using DHT22, Telegram Bot, Heating lamp and DC Motor Including Fan Regulator.

objectives :

1. To automatically control temperature and humidity to maintain optimal incubator conditions.

2.To build a motorized egg-turning mechanism that rotates the egg tray approximately 45 degrees every 2 hours to simulate natural hen behavior and ensure even heating for optimal embryo development.

3. To identify temperature and humidity issues in real-time through Telegram bot notifications.