FYP Batch SUGOI & SHINKEN FYP JD 2025 #6

 

FYP Batch SUGOI & SHINKEN FYP JD 2025 #6 --> AZLIN BINTI RAMLI

@@@@@@@@@@@@@

student : MUHAMMAD ADAM BIN KADIR

title : Braille Number Learning Kit For Visually Impaired Children and Their Educators Using Arduino Mega, Esp32, Touch Sensor TTP223B, Dfplayer Mini, and Node-Red

objectives : 

To build a Braille number boar using TTP223B touch sensor

To use Arduino mega to control the system and provide instant audio feedback when number is touch

To integrate the system ESP32 and Node-Red acts as dasboard

@@@@@@@@@@@@@

student : HAZIQ ZAKWAN BIN MOHD HAFIZU

title :  Assistive Learning Keyboard for Children with Dyslexia Using Arduino Uno with capacitive sensor and NodeRed

objectives :

Develop a keyboard that integrates auditory, and tactile feedback.

To use Arduino to control the touch sensors and play letter sounds.

To send typed letters to Node-RED for basic tracking.

@@@@@@@@@@@@@

student : NUR SOFEA AMYLEA BINTI MOHD YAHAYA 

title : Raspberry Pi-Based Assistive Reading Apparatus for Preschool Children with Reading Difficulties Using Camera Module, Google TTS, Node RED, and Built-In Audio Jack Speaker

objectives :

1. To build and implement a system that captures printed text using camera module.

2. To incorporate Google Text-to-Speech (TTS) for converting extracted text into natural-sounding audio output.

@@@@@@@@@@@@@

student :  AINUR NATASHA BINTI RASIDAN

title : Homestay Guest Access Control System Using Arduino and ESP32-CAM with Website-Based QR Code Integration

objectives :

1. Develop a web-based platform to register homestay guests and generate QR codes

2. Implement a QR code scanning system usingESP32-CAM to read and transmit QR data to Arduino for validation

3. Integrate Arduino with a solenoid lock to control door access

@@@@@@@@@@@@@

student :  MUHAMMAD DANISH IRFAN BIN BADRUL HISHAM

title : RFID Based Vaccination Tracker System For Cattle Using Esp32 And MySQL Database.

objectives :

1. To establish a system that records cattle vaccination data by linking RFID tag identification into a cloud database.

2. To design a user interface (UI), through an LCD display and optional mobile/web platform, that enables users to easily monitor, search, and verify vaccination records for each cattle.

3. To implement an alert system capable of notifying users of upcoming or overdue vaccinations.