FYP Batch SUGOI & SHINKEN FYP JD 2025 #12

 

 FYP Batch SUGOI & SHINKEN FYP JD 2025 #12 --> Ir. SUHANA BINTI RASHID

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student : MUHAMMAD AIMAN HAZIQ BIN SAHRIN 

title : LOCATION TRACKING AND NOTIFICATION ALERT SYSTEM USING GPS AND LORA FOR INDEPENDENT TREKKER

objectives :

1. To develop a device to collect data and determine location coordinates.

2. To send notification and location via LoRa.

3. To use GPS for location and sensor information.

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student : NAZRIEL ASHRAFF BIN RAHIM

title : SMALLHOLDING AQUAPONIC ECOSYSTEM MONITORING & ALERT NOTIFICATION USING ARDUINO MEGA 2560 INTEGRATED WITH ESP 32 & FLUTTER APPS

objectives :

1. To develop a water quality monitoring system using pH,temperature,TDS sensor

2. To send notification to a Flutter application using Firebase.

3. To integrate sensor with visual monitoring system

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student : MUHAMMAD MUHAIMIN SYAHID BIN MOHD SEBRI

title : IoT CHEST COMPRESSION VEST FOR PERFOMANCE ANALYSIS USING ESP32,ACCELERATION SENSOR,HEART RATE SENSOR AND GPS MODULE WITH DATABASE AND NODE-RED

objectives :

1-To develop a wearable IoT system using Esp32 for data processing,an MPU6050 for acceleration and speed tracking,NEO-6M GPS for distance and a MAX30102 for heart rate monitoring.

2-To implement reliable data storage using MYSQL

3-To visualize and offline session logging perfomance metric through a custom Node-Red dashboard

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student : NIZAR AUFA BIN AZIZUL HAQUE 

title : automated Smart Aquarium System for Goldfish Using ESP8266 with Water Quality Monitoring and Self-Regulating Water Changes,PH SENSOR, TURBIDITY SENSOR WITH MY SQL DATABASE AND NODERED

objectives :

. To design and implement an automated aquarium maintenance system using NodeMCU, a DC water pump, and a relay to reduce manual water changes and simplify water treatment for goldfish.

. To integrate pH and turbidity sensors into the system for real-time monitoring of water quality, enabling automatic response that help maintain a healthy aquatic environment for goldfish.

. To develop a user-friendly solution that simplifies water treatment and system monitoring, ensuring reliability, ease of use, and minimal manual intervention through remote access or visual interfaces such as Node-RED.