40 research outputs found
Inventory Management System for SMEs in Kulim / Muhammad Bilal Hakim Azmi and Muhammad Nabil Fikri Jamaluddin
No full textSmall to medium size companies tend to face problems with the tracking of their inventory which could lead to losses for the company. The Inventory Management System for SMEs in Kulim is developed to allow the user to improve the inventory management using a computerised system. The system has a function where users can update their inventory list in different pages such as brand, category and products. It is easy for the users to monitor their inventory anywhere with internet access since the system is built as a web-based application. Admin are the only user with the access to manage the inventory thus, it is easy for them to handle the system without the interference from the third party. Functions such as add, delete or update can be done for all the categories listed above. This project was evaluated by distributing questionnaires to 30 respondents which contained questions from user acceptance testing. Respondents are free to test the system and evaluate based on their experience
Social marketplace web application for UiTM Perlis students / Mohamad Azimi Zakariah and Muhammad Nabil Fikri Jamaluddin
No full textAn online marketplace is a digital platform that connects buyers and sellers, allowing them to buy and sell products and services online. It serves as a virtual marketplace where businesses and individuals can list and sell their products or services, and consumers can browse and purchase them. Online marketplaces like Amazon and eBay are some examples of it. They provide a convenient, easy-to-use, and efficient way for people to buy and sell goods and services from the comfort of their own homes. Many developers have created online marketplaces in recent years to make it easier for people to buy and sell items over the internet. As a result, this study introduced a web application that connects students within the university community to buy and sell goods. The web application will benefit students because the application provides a convenient platform for students to buy and sell goods within the university community, which can save time and effort compared to other traditional ways of buying and selling and provides an opportunity for small businesses, which can increase their revenue. This project was developed by using research framework methodology. There are three phases involved which are System Requirement Identification, System Design and Development and Testing. Functionality Testing and User Acceptance Testing were conducted to evaluate the web application
House rental management system for student in UiTM Perlis / Nur Nadiah Husna Samsudin and Muhammad Nabil Fikri Jamaluddin
No full textThis House Rental Management system is a system created to display rental houses near UiTM Perlis that are available. This house rental management system will also display detailed information about each house and allow you to contact the agent via WhatsApp. The purpose of the House Rental Management System is to help students find available rental houses near campus. While, in this system also can give landlords to upload their house to display in this system. So it can give ease to student to contact them for rent their house. The methodology used for the development process is the waterfall model. The entire project development process is divided into separate phases. It will go through three phases, such as system requirement identification, system design and development, and testing. Besides functional testing, also user acceptance test (UAT) with 30 participants, consisting of students from UiTM Perlis, was conducted to verify the performance of this system prototype
College activity attendance registration & scrutinization system using barcode scanner (COLLAARS) / Muhammad Nabil Fikri Jamaluddin ... [et al.]
No full textStudents’ attendance in all academic institutions is very important and cannot be overlooked because all institutions have certain criteria for their student’s attendance in class, college activities, and examinations. Hence, the lecturers in most academic institutions are concerned with the students’ inconsistent attendance. The manual method of taking attendance is not effective because there are several challenges to that kind of method. The data collected through the conventional method is difficult to manage; time consuming to be scrutinized; and it causes the wastage of human and material resources. Therefore, the aim of this project is to develop a web-based application for handling college activity attendance registration and scrutinization system for college application by using barcode scanner. The special criteria is the web-based application will use the barcode scanner to scan the barcode on students’ matric card in order to retrieve the data. By using the barcode scanner, it can help management to reduce the waste of sources and also help to reduce the need for manual labor to do manual sequential examination for each of student’s data. In short, this project is conducted to find the feasible solution for the related issues by implementing the web-based and barcode technology for the research and development purpose. Also, the prototype enables the management to facilitate in handling the college application and can keep on track the attendance of student’s activity from time to time
Mobile application for calendar events of UiTM Perlis Branch (CEPS)
No full textSmartphone nowadays has become a must for everyone to communicate and retrieve important information. Various information about products, events and almost everything are accessible from the fingertips. Recently, method of dissemination of information regarding events in Universiti Teknologi MARA (UiTM) Perlis Branch, is conducted thru posters, flyers and social networking sites. This method of spreading information is not reliable since it still fails to reach the whole community even students, lecturers and staff of the campus. Thus, lead to less number of participation. This project aims to introduce an innovative way of spreading information about events to communities via mobile application. Valuable information includes name of events, date, target audience, organizer and its location will be made available in the application for user. Data is stored in the MySQL database and JSON is used to manipulate it and pass to mobile application to be represented in user interface. User acceptance testing is conducted via questionnaire to check the capability and deliverables of the mobile application to the end users. The overall result shows that the application developed is acceptable and applicable to be used in by the community of UiTM Perlis
Mobile application for calendar events of UiTM Perlis branch (CEPS) / Muhammad Nabil Fikri Jamaluddin ... [et al.]
No full textSmartphone nowadays has become a must for everyone to communicate and retrieve important information. Various information about products, events and almost everything are accessible from the fingertips. Recently, method of dissemination of information regarding events in Universiti Teknologi MARA (UiTM) Perlis Branch, is conducted thru posters, flyers and social networking sites. This method of spreading information is not reliable since it still fails to reach the whole community even students, lecturers and staff of the campus. Thus, lead to less number of participation. This project aims to introduce an innovative way of spreading information about events to communities via mobile application. Valuable information includes name of events, date, target audience, organizer and its location will be made available in the application for user. Data is stored in the MySQL database and JSON is used to manipulate it and pass to mobile application to be represented in user interface. User acceptance testing is conducted via questionnaire to check the capability and deliverables of the mobile application to the end users. The overall result shows that the application developed is acceptable and applicable to be used in by the community of UiTM Perlis
Rapid flood warning system in recreational areas using LoRa-Based sensor network / Iman Hazwam bin Abd Halim, Ros Syamsul bin Hamid, and Muhammad Nabil Fikri bin Jamaluddin
No full textRapid floods usually occur in an uncertain and unpredictable time, and it will cause major disaster to environment and humanity especially at recreational areas. An IoT early warning system using Arduino technology is proposed to cater this problem. The system includes sensors for temperature, humidity, water flow, and ultrasonic measurements used for further analysis. This research aims to develop a system to monitor and detect water flow activity, such as water level and velocity, and notify of potential rapid floods earlier than estimated occurring time. The current temperature and humidity of the areas also can be recorded with the proposed device The System Development Life Cycle (SDLC) methodology was adapted for implementation of the project. Field testing at Puncak Janing Waterfall in Kedah State was chosen as test site for sensor functionality evaluation. Data is stored in a Firebase database, with an ESP32 Lo-Ra used for connectivity suitable for remote area and coding was done in Arduino IDE tool. The project successfully monitors and stores water level and velocity data and the data can be use as benchmarking the time rapid flood will occur
Integrated network monitoring using zabbix with push notification via telegram / Mohd Faris Mohd Fuzi, Nur Fatin Mohammad Ashraf and Muhammad Nabil Fikri Jamaluddin
No full textThe world is becoming increasingly dependent on online services. To offer a service, a network must be in good health and free of any attacks. An attack happens when the confidentiality, integrity, or availability of a service is compromised. Network monitoring is a solution capable of maintaining these network devices from their usage up to detecting attacks. A denial of service (DoS) attack on a network can affect the network performance and can cause serious damage. Zabbix is an open-source network monitoring tool that is versatile and can be used to monitor hosts on a network. The purpose of this project is to detect possible ping and SYN flooding attempts on a server and send alerts to the administrator via Telegram. This project uses Zabbix to monitor a server for potential ping and SYN flooding attacks. Tcpdump is used to log the pings received by the server. When the server continuously receives 10 or more pings per second, an alert will be automatically generated and sent to the administrator via Telegram. Similarly, a SYN flood attack is detected by using netstat’s SYN_RECV flags. When the server continuously receives more than 10 SYN packets without an ACK packet, Zabbix will generate alerts that are sent via Telegram and update the dashboard to show a problem. Zabbix was able to accurately detect all ping flooding attempts on the server. However, SYN flooding attacks were not as accurately detected. The use of Zabbix can be implemented in small businesses or networks for an automated monitoring system. Future work can include more DDoS attacks and adding countermeasure actions when detecting attacks by blocking the IP or port associated with the attack. SYN flooding detection needs to be improved because only two out of three attacks were able to be caught
Development of employee attendance management system using flutter / Muhamad Faiz Akmal Mohamad Noor, Alif Faisal Ibrahim and Muhammad Nabil Fikri Jamaluddin
No full textThe workforce constitutes a fundamental element of organisations, and effectively addressing the challenges associated with governing employees is crucial for maintaining the overall stability of the firm. In the past, businesses and organisations used to depend on manual attendance tracking systems within their human resources departments to manage their staff. In the contemporary era characterised by significant advancements in technology, several recommendations are put out to enhance the existing system. Nevertheless, it is possible that small enterprises may encounter difficulties in coping with the escalating living expenses and the expenses associated with implementing an advanced attendance management system. Hence, this study proposes the creation of a straightforward yet dependable mobile application for the purpose of documenting and overseeing staff attendance through the utilisation of Flutter. The application was developed in a series of incremental steps utilising the Waterfall methodology. The effectiveness and acceptance of the application were evaluated using a comprehensive testing process that included both functionality and usability testing. Both testing findings yielded favourable outcomes, indicating that the application was favourably received by the responders. The application is anticipated to provide assistance to small enterprises or organisations that have encountered challenges in managing their operating expenses
Development of a Web-based Water Supply Complaint Management System
No full textEvery neighbourhood must have access to clean water supply. Disturbances in the water supply may have negative effects on both the economy and public health. Currently there are various methods of filing a complaint to the local water supply distributor. Improper management of these complaints lead to slow responses to affected area, causing displeasure among the users. The aim of the research is to design and develop a web-based Water Supply Complaint Management System to assist users to file complaints related to water supply issues. The system was also designed to assist local authorities or water supply distributor company to properly manage complaints to act quickly. User acceptance testing is used to evaluate the proposed system after it has undergone numerous functional tests. The system was developed using the System Development Life Cycle (SDLC) and the waterfall model was chosen for the methodology. Thirty respondents from Sibu, Sarawak, were chosen to participate in the testing phase and were asked to complete questionnaires that were divided into four categories, including user interface satisfaction, ease of use, usability, and functionality. According to the results of the evaluation, most of the respondents gave positive feedbacks towards the overall functionality of the proposed system. Therefore, it is hoped that all features provided by the proposed system will benefit all users, particularly those who frequently have water supply related issues in their community
