FYP Batch SUGOI & SHINKEN FYP JD 2025 #9

 

FYP Batch SUGOI & SHINKEN FYP JD 2025 #9 --> FADZLY BIN MOHD ZAIN

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student : MUHAMMAD FAHIM BIN ROSLEY

title : AUTO TRIGGERING SAFETY SYSTEM FOR MOTORCYCLE USING ESP-32 WITH 

SIM7600E MODULE

objectives :

1) To integrate the ESP32 microcontroller as the core processing unit for 

managing sensor inputs, controlling output devices like the Solid-State Relay 

(SSR), and interfacing with external systems such as the alarm system.

2) To utilize a DC buck converter (LM2596) for stepping down power from 12V 

to 5V, ensuring efficient and stable power supply to the system's electronic 

components.

3) To develop a gps monitoring interface through smartphone.

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student : MUHAMMAD NAZIRUL BIN MD DAUD

title : RFID-BASED LAUNDRY MANAGEMENT SYSTEM WITH INDICATOR-BASED PACKAGE RETRIEVAL

USING ESP32 WITH IOT DATA STORAGE

objectives :

1.To implement an RFID-based system that detects and identifies at least 95% of

RFID-tagged laundry items within 10 seconds of scanning, for tracking and

monitoring in a laundry management setup.

2.To develop a data management system in Google Sheet for real-time tracking

and analysis of clothing items.

3.To design and build a compact RFID receiver module that can be mounted on

laundry packages and is capable of identifying item location within a 10 meter

range from the scanner.

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student : MUHAMMAD HISYAM HIDAYAT BIN FAJAFFRI 

title : CHILD MONITORING SYSTEM WITH GEO-FENCING USING ESP32 WITH NEO 6M GPS MODULE

objectives :

-To implement a real-time GPS tracking system that updates the child’s location every 45 seconds displaying it on a user- accessible web dashboard.

-To develop a geo-fencing alert system that allow user to set custom safe zones and triggers an alert within 5 seconds if the child exits the boundary.

-To intergrate an SOS emergency button that, when pressed by the child, sends and immediate alert with GPS coordinates to the smartphone via sms.

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student : MUHAMMAD HAKIMI BIN YAHYA

title : GAS LEVEL MONITORING SYSTEM USING LOAD CELL SENSOR WITH ESP 32 INTEGRATED WITH IoT (BLYNK) FOR GAS CYLINDER

objectives :

~TO DESIGN A LOAD CELL SENSOR CIRCUIT TO MEASURE THE WEIGHT OF GAS CYLINDER FOR ESTIMATING GAS LEVEL.

~TO DESIGN A MONITORING INTERFACE IN BLYNK APP FOR REAL TIME MONITORING.

~TO INTERGRATE THE HARDWARE (LOAD CELL SENSOR CIRCUIT) WITH THE SOFTWARE (BLYNK APP) FOR REAL TIME MONITORING.