FYP Batch HITACHI & TOSHIBA FYP JD 2024 #17

 

FYP Batch HITACHI & TOSHIBA FYP JD 2024 #17 --> MUHAMAD MUKHLIS BIN AHMAD

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student : RAJA IZZUDDIN SHAH BIN RAJA MAHAYUDDIN ISKANDAR SHAH

title : EXTENDABLE TELESCOPIC MOBILE PHONE HOLDER FOR BICYCLE WITH 360-DEGREE ROTATING FUNCTION USING SERVO AND DC MOTOR CONTROLLED VIA ARDUINO UNO

objectives :

1. Develop mechanisms to extend and rotate the telescopic mobile phone holder by using DC and servo motor, pushbuttons, and potentiometer.

2. Develop an electronic circuit to enable the operation of the entire system.

3. Develop coding algorithm to integrate all the mechanisms in the system.

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student : SHAHRUL HARITH BIN SHAHRUL RIZAM

title : SEMI-AUTOMATIC SMALL-SCALE EGG BREAKER AND YOLK SEPARATOR APPARATUS MOTORIZED BY SERVO MOTOR CONTROLLED VIA ARDUINO MEGA 2560

objectives :

1. DESIGN AND BUILD MECHANISMS FOR BOTH EGG BREAKING AND YOLK SEPARATOR USING SERVO MOTOR

2. CONSTRUCT AN ELECTRONIC CIRCUIT TO ENABLE BOTH OPERATION OF EGG BREAKING AND YOLK SEPARATOR

3. DEVELOP CODING THROUGH ARDUINO IDE TO INTEGRATE ALL THE MECHANISMS.

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student : ARMAN ADAM BIN KHALID

title : AUTOMATIC STOCK COUNTER SCALE DEVICE WITH LOAD CELL AND WEIGHT ALERT, DISPLAY VIA SMARTPHONE MIT APP INTERFACE USING ESP32

objectives :

1. To design an automatic stock counter scale device that can calculate stocks by measuring total weight of components then display on user smartphone.

2. To design a mechanism that can alert the user if near to maximum load via LEDs Green if light load, Yellow if medium load and red if near maximum.

3. To design the system using NodeMCU ESP32 as a microcontroller connected to bluetooth

4. To link the system to the user's smartphone via MIT app Inventor.

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student : NURUL AQMAL BINTI ZAKARIA

title :  Nursery Children Pick-Up Device Using Image Monitoring, Alert Teachers Via Smartphone MIT App Interface Using ESP32

objectives :

1)To design a system that can trigger alert on teacher's smartphone upon parents arrival via push button.

2) To design a device that can continuosly monitor live video of parents image through ESP32 cam

when children ready to picked up.

3) To design a system using Nodemcu ESP32/8266 as a microcontroller connected to wifi or bluetooth.

4) To link a system to the teacher's smart phone via MIT app inventor.

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student : MUHAMMAD SYAFIQ BIN SHAMSUL BAHARIN

title : RM1 MONEY NOTE DISPENSER MACHINE CONTROL  VIA SMARTPHONE MIT APP INTERFACE WITH NODEMCU ESP32

objectives :

1. to design a RM1 money note dispensing mechanism from storage tank, 

amount control by using smartphone MIT app inventor

 2. to design a level detector for money level in storage tank using IR sensor 

and give LED indication if reach low level.

 3. to design the system using nodemcu esp32 as a microcontroller 

connected to wifi or bluetooth

 4. to link the system to the smartphone via MIT app inventor.

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student : MUHAMMAD SYAZWAN BIN SHAFIE

title : MICROSLEEP PREVENTION ALARM DEVICE WITH IMAGE MONITORING AND HEARTBEAT PULSE DETECTION, MONITOR VIA SMARTPHONE MIT APP INTERFACE USING ESP32

objectives :

1. To develop an automated system using ESP32 cam that continuously monitors live video of the driver.

2. To design an automated system that can detect low heartbeat pulse using heartbeat pulse sensor then alert the driver through external DC siren

3. To develop the system using NodeMCU as microcontroller connected to Wi-Fi.

4. To link system to the user’s smartphone via MIT App Inventor