FYPHub Digital Repository

Explore final year projects that have been reviewed and approved. No account required to browse.

Track

HOMEEYES

MUHAMMAD SHAHRUL AZMI BIN ABDUL AZIZ · Sup. NOOR AISHAH BINTI ZAINIAR

Welfare homes like Pusat Kebajikan Ehsan as-Shakur (PEKEAS) face security risks due to reliance on limited traditional locking systems. The HomeEyes project develops an IoT-based smart security system using ESP32 microcontrollers to address delayed incident responses. Integrating door sensors, motion detectors, and ThingsBoard application alerts, this prototype enables real-time intrusion detection and instant notifications to caregivers. Results demonstrate that HomeEyes significantly improves monitoring efficiency and protects donated assets. This study concludes that IoT automation strengthens security management in welfare institutions.

IoT Smart Security System

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Session II 2025/2026 System Based

JAGAME MANAGEMENT SYSTEM

LIISALINI A/P MAHESWARAN · Sup. NOORASHIKIN BINTI NAZIR

JagaMe is a web-based elderly management system developed for Anbe Sivam Charity Home to support care centres in managing residents, caregivers, and daily operations more efficiently. Currently, many care centres rely on manual and paper-based systems, which lead to inefficiencies, miscommunication, and delays in providing proper care, affecting the safety and well-being of elderly residents and individuals with special needs. To address these challenges, this project aims to develop a centralised digital solution that allows caregivers and administrators to manage resident information, monitor health conditions, schedule daily activities, and improve communication with family members. The system includes features such as task management, notifications, and real-time updates to ensure better coordination among caregivers and timely information delivery to family members. This project adopts the Agile methodology to allow continuous improvement through iterative development, feedback, and testing, and consists of three main modules: the Resident Management Module, the Caregiver Task Module, and the Info Board Module. Ultimately, JagaMe serves as a unified platform that enhances operational efficiency and improves the quality of care delivered to elderly residents and individuals with special needs.

Elderly Care Management Web-Based System Resident Management Caregiver Coordination

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Session II 2025/2026 Mobile App

MYAFIYAH APPS

MUHAMMAD HAMIM CHAN BIN ABDULLAH · Sup. TS. KHALID BIN DERIS

MyAfiyah Apps is an Android-based application developed to provide exposure and basic knowledge about first aid to users. It is designed with an interactive display allowing quick access to information. The application addresses the issue that many people do not know the basics of emergency aid. Users can learn correct first aid methods, view treatment guides, and use location services to find the nearest hospital. The main goal is to provide a digital learning platform for students and the public to increase safety awareness.

Android Mobile App Digital Learning Platform Safety Awareness

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Session II 2025/2026 IoT

NODSTOP PROJECT: SMART ANTI-SLEEP HELMET FOR RIDER SAFETY

MUHAMMAD AIMAN HAIKAL BIN NOR RUWAN · Sup. SYAHMAN BIN MOHAMED YUSOFF

The NodStop Project is developed to enhance motorcycle rider safety by integrating smart technology into a helmet. The main problem addressed is rider fatigue, which may lead to loss of focus and lane drifting. This project adopts a prototyping approach by combining a camera for lane detection, an IMU sensor for head movement monitoring, and a GPS module with a mobile application for monitoring and SOS functionality. The system provides early warnings through a buzzer and real-time location tracking. The findings indicate that the system functions effectively in detecting risks and has the potential to improve rider safety and emergency response.

IOT Smart Safety System Rider GPS

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Session II 2025/2026 IoT

TECHNOLOGY HEALTH ASSISTANT SYSTEM

AHMAD SYAKIRIN DANIAL BIN AHMAD SHOBIRIN · Sup. AZIZAH BINTI MD AZIZ

The Health Assistant System is an IoT solution designed to improve medication adherence and health monitoring for the elderly. Utilizing ESP32, it monitors heart rate, temperature, and SpO2 while providing automated medication reminders. Using prototyping methodology, the project developed a functional system for real-time tracking. Results indicate improved medication timing and effective remote monitoring by caregivers. In conclusion, the system enhances elderly independence and reduces healthcare burdens. Future recommendations include incorporating machine learning for predictive health analytics.

Health Monitoring Medication Adherence Elderly Care

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Session II 2025/2026 IoT

REAL-TIME ATTENDANCE MONITORINGSYSTEM

NEEROSEN A/L GOPALAKRISHNAN · Sup. SYAHMAN BIN MOHAMED YUSOFF

The Real-Time Attendance Monitoring System is a digital solution designed to record and monitor student attendance instantly using fingerprint authentication. Students verify their attendance by scanning their fingerprint, while lecturers are able to view and manage attendance records in real time. Each fingerprint is uniquely linked to an individual user, preventing duplicate or fraudulent attendance, and the system automatically records the date and time of each attendance entry in a database. This system reduces manual workload, enhances security, improves accuracy, and provides an efficient and reliable method for managing attendance in both physical and online learning environments.

IoT Attendance System

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Session II 2025/2026 System Based

AMH CAR RENTAL SYSTEM

MUHAMMAD NAZREEN BIN TAJUDIN · Sup. SUSILAWATY BIN AHMAD OSMAN

This project is to develop a car rental system for AMH Car Rental to replace manual booking processes that cause slow operations and unorganized records. AMH's customers often face difficulty checking car availability and rental prices in real time, while administrators struggle to manage bookings and cars efficiently. Using the Agile development methodology, the system provides real-time car availability, organized data management, and easier booking processes. This system improves efficiency by reducing manual work and booking errors. Real-time car availability helps customers make faster decisions, while organized data enables administrators to manage bookings and vehicles more accurately. This leads to better service quality and smoother operations for AMH Car Rental.

Car Rental System Online Booking Real-Time Availability Data Management

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Session II 2025/2026 IoT

SENTINEL DEV

MUHAMAD ‘AMIN BIN REDZUAN · Sup. MOHD REZZA BIN ABDULLAH

In the context of IoT (Internet of Things), vehicle child safety has become increasingly significant and crucial due to the rise in reported cases of children accidentally left behind in vehicles. SENTINEL DEV was created as an innovative solution to this pressing problem by providing a smart, IoT-based warning system for alerting caregivers when their child is present in the vehicle and if the environment around them is abnormal. The system will use a combination of a force sensor to confirm the presence of a child in the baby seat, a PIR sensor to detect the caregiver's activity, and a temperature sensor to monitor the environment. If the child is present in the vehicle and abnormal condition(s) exist, a real-time notification will be sent to the caregiver through a mobile application and the system will sound an audible buzzer as a second alert. The technology is built using an ESP32 as a microcontroller, programmed with the Arduino IDE, built with an application developed with the MIT App Inventor platform for mobile applications, and storing/syncing data to a Firebase database in real time. This project proposes to use the SENTINEL DEV solution to improve child safety through the provision of timely alerts; allowing caregivers to quickly respond; while demonstrating the real-life integration of IoT technologies into daily life.

IoT Child Safety

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Session II 2025/2026 IoT

ELDER-SOS: SMART OBSERVATION & SAFETY NETWORK FOR ELDERLY HOME NETWORKING

MUHAMMAD ADAM NASNI BIN NASARUDIN · Sup. MOHD REZZA BIN ABDULLAH

The increasing number of elderly individuals living independently has raised concerns regarding their safety and well-being, especially during emergencies such as falls or sudden health issues. This project, ELDER-SOS: Smart Observation & Safety Network for Elderly Home Networking, proposes an Internet of Things (IoT)-based system for real-time monitoring and rapid emergency response. The system integrates sensors such as motion detection, fall detection, and an emergency button, connected through an ESP8266 microcontroller and Wi-Fi network. Data is transmitted to a cloud-based platform and displayed via a monitoring dashboard, while instant notifications are sent to caregivers through mobile applications and Telegram alerts. The system is developed using Agile methodology to ensure flexibility, continuous improvement, and reliability. Overall, this project aims to enhance elderly safety, reduce emergency response time, and support independent living with greater confidence and peace of mind.

IoT Elderly Safety

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Session II 2025/2026 IoT

GEOSENSE

ABDUL WAHET BIN NURUL HUDA · Sup. NOOR AISHAH BINTI ZAINIAR

The GeoSense IoT Smart Landslide Monitoring and Control System is designed to provide a realtime disaster mitigation solution for communities and local authorities in high-risk topography. The primary problem is the high risk of property damage and loss of life due to the lack of early warning systems and continuous environmental monitoring in landslide-prone areas. This project aims to develop a robust monitoring node and a digital dashboard to ensure rapid data dissemination. The methodology involves integrating soil moisture, rain, vibration, and water level sensors with an ESP32 microcontroller, utilizing LoRa technology for long-range, low-power communication. The primary contributions include the system architecture design, circuit integration, and the development of the data visualization dashboard. Results demonstrate that the system successfully detects critical environmental shifts and transmits alerts with minimal latency. This project significantly benefits the community by providing an affordable early warning tool, ultimately enhancing disaster preparedness and supporting local authorities in more effective prevention measures to save lives.

IoT ESP32 LoRa Landslide Monitoring

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Session II 2025/2026 IoT

IOT SAFETY WOMEN DEVICE WITH PANIC ATTACK

MARRISYA BALQIS BINTI MAZLAN · Sup. AZIZAH BINTI MD AZIZ

Women’s safety is an important concern in today’s society, as many women face threats such as theft, physical attacks, and harassment, especially in public places. These situations often occur suddenly, leaving little time to seek help, and traditional safety methods like mobile apps or whistles may not be effective during emergencies. To address this issue, the IoT-based women’s safety device IoT SheSecure is proposed, which allows users to send an emergency alert instantly with a single press of a panic button. Once activated, the device shares real-time GPS location with trusted contacts such as family members, friends, or authorities for quick assistance. It also includes features like automatic voice recording, a mini siren to attract attention, and mobile app integration for instant notifications. Overall, IoT SheSecure is a simple, portable, and reliable solution designed to improve women’s safety and provide greater confidence in daily life.

Safety for Women Alert Detection Keychain

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Session II 2025/2026 System Based

SISTEM E-BORANG JHEP

KEERTHIHA A/P BALASINGAM · Sup. NIK NOR AZLYZAE BINTI ABDUL MANAF

Sistem E-Borang JHEP is a web-based system developed to improve the management of student administrative applications at the Student Affairs Department (JHEP) in Polytechnic. Currently, applications are handled manually using physical forms that must be processed through multiple authorised officers, making the process time consuming, difficult to track, and prone to delays or lost documents. This system aims to digitalise the application process by providing an online platform for submissions such as programme transfer, inter-polytechnic transfer, deferment, and study discontinuation. It includes role-based access, step-by-step approval workflow, and real-time application status tracking to improve efficiency and transparency. The project is developed using Agile methodology, allowing continuous improvements based on user and supervisor feedback. Overall, the system is expected to enhance efficiency, reduce processing time, and improve transparency for both students and staff.

E-Borang JHEP Web-Based System Student Application System Workflow Management

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Session II 2025/2026 Mobile App

SPEAK WITH DEAF ASSISTANT

YARTHIS KUMAR A/L VIJAYAN · Sup. DR. SITI DIANAH BINTI ABDUL BUJANG

The Speak With Deaf Assistant is a mobile application developed to help deaf and hard-ofhearing individuals communicate more effectively in daily life. The system provides visualbased communication features such as Live Caption (speech-to-text), Quick Cards, Text Board, Sign Learning Videos, Flash Alert, and 3D Alerts. It also supports multi-language functionality including English, Malay, Chinese, and Tamil to improve accessibility. The application is developed using the Flutter framework, ensuring a responsive and user-friendly interface. User testing was conducted through a Google Form survey involving deaf users, and the results show that the system is useful, easy to use, and improves communication. Overall, the system helps reduce communication barriers and promotes independence for deaf individuals

Deaf Communication Mobile Application Live Caption Visual Communication

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Session II 2025/2026 Mobile App

UX SENSEI : PERSONALIZED LEARNING APP

MUHAMMAD FARIS ISKANDAR BIN AYOB · Sup. NOORASHIKIN BINTI NAZIR

This project aims to develop a gamified application and personalized user performance for students and lecturers to use as a learning tool. Based on the studies, the User Experience subject is theoretical based, teaching materials are not centralized and there are no personalized learning systems. The proposed solution is to create an application that uses gamified elements and personalizes learning paths for users. As for the results, users are able to take quizzes inside the app, as well as getting informed which topic they may be weak in the profile page. Overall, users are able to use the mobile app to learn and read the notes inside the application.

Gamified Learning Personalized Learning User Experience (UX) Mobile Application

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Session II 2025/2026 System Based

MARCHING BAND MANAGEMENT SYSTEM

AMIRAH SORFINA BINTI MOHD DZULKIFLI · Sup. DR. SITI DIANAH BINTI ABDUL BUJANG

The Marching Band Management System is developed to improve the management of marching band activities for SMK Sultan Salahuddin Abdul Aziz Shah. The system includes features such as booking management, booking approval, report generation, and user account management. It allows users to make bookings easily, while administrators can review and approve requests efficiently. The system also helps generate reports for better record-keeping and supports secure user account management. Overall, it reduces manual work, increases efficiency, and ensures a more organized and systematic management process.

Marching Band Management System Booking System Booking Approval

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