Project Proposal Batch SANYO & SAKURAI JJ 2026 #11

 

Project Proposal Batch SANYO & SAKURAI JJ 2026 #11 --> EZAD RAZIF BIN AHMAT ROZALI

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Student name : MUHAMMAD NAZRAN AKIFF BIN MOHD NAJIB

Title : DEVELOPMENT OF A PORTABLE AND ADJUSTABLE MACHINE PROTECTION DEVICE FOR OVERCURRENT AND OVERHEATING CONDITIONS USING AN ESP32-WROOM-32, BIMETALLIC THERMAL OVERLOAD RELAY AND POLYMERIC THERMISTOR SENSOR

Objectives :

1. To integrate an overload relay for current-based protection

2. To incorporate a temperature sensor for detecting overheating from non-current related causes

3. To provide visual and audio alerts using LED and buzzer indicator

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Student name :  AMZAR NAIM BIN SAMSUL

Title : AN INTELLIGENT HOSTEL KEY MANAGEMENT SYSTEM WITH COMPUTER  VISION VERIFICATION AND MULTI – FACTOR AUTHENTICATION USING RASPBERRY PI AND TELEGRAM PLATFORM

Objectives :

 

To develop an IoT-enabled physical mechanism for automated key dispensing and collection

To build a secure database that maintains complete audit trails of all key transactions

To provide 24/7 key drop capability without requiring staff presence

To implement fail-safe mechanisms ensuring system reliability

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Student name : MUHAMMAD LUQMANULHAKIM BIN MOHAMAD GHOZALI

Title : REAL TIME BICYCLE THEFT DETECTION AND NOTIFICATION USING ESP32

Objectives :

 

 1.To design and assemble a bicycle theft detection and notification hardware system using an ESP32 microcontroller operating at 3.3 V.

2. To integrate a motion or vibration sensor capable of detecting abnormal bicycle movement within 2 seconds.

3 . To program the system to store one predefined owner phone number and successfully send SMS alerts during testing

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Student name : MUHAMMAD FARIQ BIN AHMAD FISOL

Title : Motorcycle Radiator Misting System for Naza Blade 650 Using ESP32 and DS18B20 with Integrated Speedometer Signal Tracking

Objectives :

 

1. To design and develop a hardware interface using an ESP32 microcontroller that 

integrates a DS18B20 waterproof temperature sensor and an optocoupler circuit to 

safely isolate and read 12V speedometer pulses.

2. To develop a "Smart Misting" control algorithm using Pulse Width Modulation (PWM) 

to intelligently trigger a 12V water pump only when the engine temperature exceeds 

95°C and the vehicle speed is below 15km/h.

3. To evaluate the cooling efficiency of the system by measuring the rate of temperature 

reduction during real-world testing and logging the data to an IoT dashboard for 

performance analysis.

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Student name : MOHAMAD NABIL BIN YAACOB 

Title : DIGITAL PRESSURE GAUGE WITH ALARM,DATA LOGGING USING ARDUINO UNO ,MICRO SD CARD , RTC MODULE DS3231

Objectives :

 

1. To develop an Arduino uno based digital pressure gauge capable of accurately measuring industrial pressure within a defined operating range using a calibrated pressure sensor 

2.To implement a real time overpressure monitoring and alarm system that activates visual and audible alerts when pressure exceeds preset industrial safety limits .

3. To develop a pressure data logging system that records pressure values with time and date information for industrial monitoring

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