FYP Batch SUGOI & SHINKEN FYP JD 2025 #11

 

FYP Batch SUGOI & SHINKEN FYP JD 2025 #11 --> IR MHD ISWANDI BIN KATUTU

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

student : MUHAMMAD AL-BASYAR BIN DASOFI

title : AUTOFLOOD BARRIER USING ESP32

objectives :

-TO BUILD AN AUTOMATIC FLOOD BARRIER SYSTEM USING ESP32. 

-TO DETECT RAIN AND WATER LEVEL USING SENSOR.

-TO CONTROL A SMALL BARRIER USING MOTORIZED BARRIER THAT LIFT UP 90 DEGREE WHEN FLOODING IS DETECT

-TO MONITOR SYSTEM STATUS USING IOT

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

student : MUHAMMAD IRFAN BIN ISKANDAR

title : ELIMINATING BLIND SPOTS USING ARDUINO UNO WITH ULTRASONIC SENSOR AND ESP 32 CAM

objectives :

1) TO REDUCES THE BLIND SPOT ON MOTOTRCYCLE BY USING ESP 32 CAM AND ULTRASONIC SENSOR IN 1/2 METER

2) TO RECORD THE REAL-TIME EVENT THAT CAN HAPPEN IN SURROUNDINGS LIKE ACCIDENTS.

3) CHANGE VIEW RIDER TO 180 DEGREE INFRONT AND BEHIND BY USING CAMERA AND ULTRASONIC SENSOR.

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

student : MUHAMMAD ARIEF BIN AHMAD ZAKI AMIN 

title : IOT BASED SMART ENERGY METER WITH THEFT DETECTOR USING ESP32 AND BLYNK APP

objectives :

Real-time electricity monitoring

Detect if power exceeds the limit to prevent power theft

Provide user with remote access to data and control via a mobile app

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

student : AKMAL HAZIM BIN AHMAD NASIRUDDIN

title : Automated Greenhouse System using ESP32 with Implementation of IoT System

objectives :

1. To develop a system that continuously monitors key environmental parameters using sensors, connected to ESP32.

2. To implement an IoT-based platform that allows user to remotely access real-time data and control greenhouse function.

3. To integrate notification alert system for a more efficient greenhouse monitoring.

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

student : MUHAMMAD ARIEF BIN AHMAD ZAKI AMIN 

title : IOT-BASED SMART ENERGY METER WITH THEFT DETECTION USING ESP32 AND BLYNK APP

objectives :

1. To implement real-time energy monitoring using ZMPT101B voltage and SCT-013 current sensors, with local display on a 20x4 I2C LCD.