THERMOELECTRIC GENERATOR JABATAN KEJURUTERAAN PETROKIMIA 182 Supervisor SITI HAWA BINTI ISMAWI Group Members NUR AMIRA BINTI ISMAIL (05DPE21F1111) AMIRAH ZULFA IZZATI BINTI ZAINURIN (05DPE21F1021) ERNA SHAFIENA BINTI ZAIDOL (05DPE21F1087) STEVY ANAK LUMBA (05DPE21F1108) Thermoelectric power generation involves converting heat energy (temperature change) into electrical energy or vice versa. Thermoelectric technology functions to directly convert the combination of heat and cold into electrical energy. For example, radioisotope thermoelectric generators convert heat energy released by radioactive decay into electrical energy. Additionally, there is also an improvement in the electrical efficiency of photovoltaic-thermoelectric hybrid systems (PVT-TE) through thermoelectric effects, where the thermal gradient caused by the heat generated in the PV module can generate electricity. Thermoelectric technology can also be utilized in thermoelectric solar power, where solar heat is used to generate electricity. This process involves the use of thermocouples, devices capable of converting heat energy into electrical energy directly, using the Peltier-Seebeck effect. Therefore, thermoelectric technology has various applications in generating electricity from different heat sources. Keywords: Heat and cold energy, electrical energy, thermoelectric generator, peltier-seebeck effect Abstract
COMFORT GUARD ANTI-DUST HOME SPRAY JABATAN KEJURUTERAAN PETROKIMIA 183 Supervisor HAFIZAH BINTI NAIHI Group Members MOHAMMAD KURNIAWAN BIN ZAINAL (05DPE21F1105) NUR ERIN NATASHA BINTI MOHD YUSAINI AMIR (05DPE21F1036) ANGELINA LIKA BINTI BENJAMIN (05DPE21F1033) MARILYN UBONG ULOK (05DPE21F1069) This study aimed to develop an eco-friendly and cost-effective organic antidust spray utilizing readily available materials, namely banana peel and used cooking oil. Dust pollution is a pervasive environmental concern, impacting air quality and human health. Traditional anti dust sprays often contain harmful chemicals, making the need for sustainable alternatives paramount. In this research, the potential of banana peel extract was explored as a natural binder and used cooking oil as a base to create an effective anti-dust solution .The experimental process involved the collection and preparation of banana peels and used cooking oil, followed by extraction and formulation processes. The banana peel extract was obtained through a simple and environmentally friendly procedure. By combining this extract with used cooking oil, and developed an organic anti-dust spray solution. The efficacy of this solution in reducing dust accumulation on various surfaces was evaluated through rigorous testing. Results showed that the organic anti-dust spray exhibited commendable dust repelling properties. The surface coating, wetting properties, viscosity, surface tension was the same as commercial anti dust spray. The organic anti dust spray presents an innovative and sustainable approach to reduce dust pollution and contribute to cleaner air quality. This research offers a promising solution for a greener and healthier environment. Keywords: Anti-dust, spray, cooking oil, sustainable Abstract
THE PRODUCTION OF CHICKEN COOP NESTING MAT FROM SARSAPARILLA WOOD JABATAN KEJURUTERAAN PETROKIMIA 184 Supervisor NUR LYDIA BINTI OTHMAN Group Members IFFAH QAISARA BINTI SHEMYRUL-SAI (05DPE21F1120) ALBERT FERERA BENEDICT (05DPE21F1048) VIVIANA ARLIN ANAK VINCENT (05DPE21F1057) This thesis dives into the multifaceted field of chicken farming, focusing on the design, production, and evaluation of a specialized Chicken Coop Nesting Mat. The mat is conceived as an innovative solution to enhance the nesting environment for laying hens, integrating considerations of heat transfer conduction and compressibility. The research begins with an indepth review of the literature, exploring the physiological and behavioral aspects of laying hens and the impact of nesting conditions on egg production. Drawing insights from material science, the thesis introduces a novel composite material for the Chicken Coop Nesting Mat, designed to optimize heat transfer conduction for temperature regulation and provide an ideal level of compressibility for comfort. The production process is detailed, encompassing material selection, manufacturing techniques, and quality control measures. A series of controlled trials and field studies are then conducted at Chemical Laboratory of Petrochemical Engineering Department of Polytechnic Kuching Sarawak to assess the efficacy of the mat in terms of heat distribution, compressibility, and its influence on egglaying behavior. In addition, economic considerations are explored, evaluating the feasibility of integrating the Chicken Coop Nesting Mat into commercial poultry operations. This research aims to contribute not only to the refinement of nesting environments for laying hens but also to the broader discourse on sustainable and ethical practices within the poultry industry. Keywords: Chicken coop, nesting mat, egg production, heat transfer conduction, compressibility, livestock comfort Abstract
THE SYNTHESIS OF SUSTAINABLE CORROSION INHIBITOR MATERIALS FROM EGGSHELL WASTE JABATAN KEJURUTERAAN PETROKIMIA 185 Supervisor MUHAMMAD ZAKWAN BIN ZAINE MUHAMMAD BILAL BIN MOKHTAR Group Members ENRIQUETA MAIYOR BINTI EUGENE (05DPE21F1075) NUR AQILAH BINTI MOHD. SUKI (05DPE21F1072) MELCIANA RUBIN (05DPE21F1063) ELVIN KEVENT LELLIES (05DPE21F1012) This groundbreaking study presents a sustainable and innovative approach to synthesizing an effective corrosion inhibitor by harnessing eggshell waste, a readily available and cost-effective source of calcium carbonate. The utilization of eggshell waste as the primary raw material demonstrates a commitment to environmental responsibility and resource efficiency. The methodology employed in this research involves a series of meticulously designed chemical processing steps, including washing, drying, grinding, and thermal treatments, aimed at extracting and purifying calcium carbonate. This carefully obtained calcium carbonate then serves as the key constituent in formulating a novel corrosion inhibitor. Through thorough FTIR (Fouriertransform infrared) analysis, it has been conclusively demonstrated that the corrosion inhibition efficacy of the inhibitor derived from eggshell waste- derived calcium carbonate is on par with that of commercially available inhibitors. The significance of this research extends beyond the laboratory, offering a cost-competitive and sustainable alternative to current methods of producing corrosion inhibitors. By repurposing waste eggshells as a feedstock, the methodology not only addresses economic concerns but also contributes to mitigating the environmental impacts associated with the disposal of eggshell waste. This eco-friendly solution aligns with the growing global emphasis on circular economy principles, wherein waste materials are transformed into valuable resources, reducing the overall ecological footprint. In essence, this study not only underscores the technical viability of utilizing eggshell waste for corrosion inhibitor synthesis but also emphasizes the broader potential for sustainable and environmentally friendly practices within the realm of materials science. As industries seek to adopt more responsible and green approaches, this research stands as a beacon of progress, showcasing how innovative thinking can lead to both economic benefits and positive environmental outcomes. Keywords: Corrosion inhibitor, eggshell waste, sustainable approach, resource efficiency, chemical processing steps, corrosion inhibition efficacy Abstract
PRODUCTION OF PAPER FROM COMBINATION BANANA PEELS AND SACCAHRUM BAGASSE JABATAN KEJURUTERAAN PETROKIMIA 186 Supervisor NOR HAKIMAH BINTI AHMAD SUBRI Group Members SITI ZULINA NAZZIRA BINTI JOSEPH (05DPE21F1015) MOHAMAD DANISH HAZIQ BIN MOHAMAD NASRI (05DPE21F1024) NASRIYANI BINTI NASIR (05DPE21F1060) RACHAEL LAI TSE ERN (05DPE21F1003) One of the most significant issues impacting the community is solid waste. In this initiative, handmade paper is manufactured from agricultural waste, primarily using saccharum bagasse, and banana fibers. Mixed fiber paper, also known as composite paper, is a paper made of two different fibers that aims to strengthen the paper. In this study, mixed fiber paper for packaging purposes was made by utilizing bagasse pulp and used newsprint pulp. Based on literature review, to get rid of the dust, these fibres were gathered, sun-dried, and then run through a water vat. It is then cooked for 45 minutes at high temperature before being mixed in a mixer for varying timing. A diluted solution of Sodium Hydroxide was employed to bleach and refine the pulp. Three different kinds of paper were created from ready pulp using varying ratios. The ratio is composed of banana fibers, saccharum bagasse, recycled paper, and water. The main objective of this experiment is to study the properties for permeability, color, odor, texture, and thickness besides produce a handmade paper. Papers made from bagasse and banana fibres have been discovered to be useful for decorative paper or packaging such as paper bags. This project is environmentally friendly because it uses agricultural waste and minimal electricity. Keywords: Handmade papers, bagasse, banana fibers, sodium hydroxide, waste Abstract
SYNTHESIS OF SUSTAINABLE INSULATION MATERIAL FROM TEXTILE WASTE JABATAN KEJURUTERAAN PETROKIMIA 187 Supervisor ZAKWAN BIN ZAINE Group Members MUHAMMAD ADAM SHAH BIN ABD HAJAN (05DPE21F1018) SYAWAL BIN SALLEH (05DPE21F1001) JENNIFER CHALA ANAK KALAT (05DPE21F1027) Textile waste is a growing problem globally, and finding innovative ways to repurpose it can help mitigate its environmental impact. The proposed insulation material is made by compressing and bonding shredded textile waste, resulting in a lightweight and thermally efficient material. The insulation material shows promising results in terms of its thermal conductivity and ability to regulate temperature, making it a suitable candidate for use in buildings insulation and other applications that require insulation especially in process pipe. This sustainable approach to insulation not only helps reduce textile waste but also reduces the reliance on non-renewable materials commonly used in traditional insulation. Overall, this study offers a potential solution to the growing issue of textile waste while promoting sustainable practices in the industry. Keywords: Sustainable, insulation, textile waste, cotton Abstract
MINI MOBILE THERMOELECTRIC COOLER FROM WASTE UTENSIL JABATAN KEJURUTERAAN PETROKIMIA 188 Supervisor TS. MUHAMMAD AZRI IZANI BIN MOHAMAD HALIM Group Members Julin Anak Beliong (05DPE21F1081) Alvin Thony (05DPE21F1066) Angelica Kining Tisen Anak Patrick (05DPE21F1095) This study presents the design and development of a mini mobile thermoelectric cooler utilizing waste utensils as a sustainable heat sink material. The increasing demand for portable cooling solutions and the need for eco-friendly practices drive the exploration of unconventional materials. Waste utensils, often discarded without consideration for their thermal properties, are repurposed as effective heat sinks for thermoelectric cooling. The thermoelectric cooler incorporates a compact and lightweight design suitable for mobile applications, offering a convenient cooling solution for various scenarios such as outdoor activities, picnics, and small-scale storage needs. The conversion of waste utensils into heat sinks not only reduces environmental impact but also provides an economically viable and easily accessible material for enhancing the cooler's efficiency showcasing the cooler's ability to achieve and maintain low temperatures for extended periods. Additionally, the miniaturized form factor ensures portability, making it a practical and sustainable cooling solution for on the go use. Keywords: Peltier, cooler, storage area, heat transfer, temperature Abstract
WATER TREATMENT PROCESS TEACHING AIDS PROTOTYPE JABATAN KEJURUTERAAN PETROKIMIA 189 Supervisor MUHAMMAD FAEZ BIN ABD RAHMAN Group Members BRYAN ANAK AIENG (05DPE21F1051) STEPHANIE CHERMIE ANAK MICHAEL (05DPE21F1102) IVAN ANDERSON ANAK AKEN (05DPE21F1042) MUHAMMAD AMIRUL HAKIM BIN MOHD NIZAM (05DPE21F1090) Every water treatment program differs slightly based on containment concerns and processing plant location . The important steps which are coagulation, flooculation, sedimentation , filtration, and disinfection. Previously, certain parties neglected to make this system. Time and growing demand have caused the water treatment process to evolve into a more effective system . Prototype of sewage waste water treatment plant is a purposeful innovation project to helps in removing contaminants and hazardous substances from the water , making it clean and be used for other purposes . This prototype of sewage waste water treatment plant was made at the Politeknik Kuching , Sarawak . The main materials that are used are many recycled materials and two chemicals that will be used in certain processes . A water treatment prototype is a small-scale model of a larger water treatment system that is designed to demonstrate the effectiveness and feasibility of a particular water treatment process or technology . The prototype is used to test and optimize the treatment process before it is scaled up to a larger system . The abstract of a water treatment prototype would describe the purpose , design , and results of the prototype , as well as the implications of the findings for the larger-scale system . Depending on the scope of the prototype , the abstract may include information on the type of raw water used, the specific treatment processes employed , and the performance metrics used to evaluate the prototype's effectiveness . The abstract may also highlight any challenges or limitations encountered during the design and testing phases and suggest areas for future research and development. Keywords: Purposeful innovation project, demonstrate effectiveness, contaminants, hazardous Abstract
PRODUCTION OF NATURAL BASED COLOUR PAINT FROM POLYSTYRENE WASTE JABATAN KEJURUTERAAN PETROKIMIA 190 Supervisor CHRISTOPHER JANTING LIEW CHALU Group Members ALYA NUR BATRISYIA BINTI ABDUL LATIP (05DPE21F1054) MOHAMMAD AKMAL RIZAL BIN BAHTIAR (05DPE21F1117) CORNELIUS ANAK BUNCHOI (05DPE21F1030) The disposal of polystyrene waste has posed significant environmental challenges in recent years. To address this problem, a natural-based colour paint was produced from polystyrene waste. This involved the extraction of natural pigments from plant materials such as turmeric, red cabbage, and beetroot. These pigments were then incorporated into the polystyrene waste paint formulation along with other natural ingredients such as soy protein and lime juice. The resulting paint had excellent colour and gloss properties, with good adhesion to various substrates. The use of natural pigments and ingredients not only contributes to a greener and sustainable environment but also provides an affordable and locally available source of colorant for paint production. Therefore, the production of natural-based colour paint from polystyrene waste offers significant potentials for the development of innovative and eco- friendly painting solutions. Keywords: Polystyrene (PS), cyclohexane, thinner, calcium carbonate & paint Abstract
PROJEK PELAJAR 191 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI
e-LABORATORY RESERVATION SYSTEM 192 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor ANIZAWATI BINTI MUKHTAR Group Members FAIZ ZAKWAN BIN REJMI (05DDT21F1030) WAN MOHAMMAD MUZZAFAR BIN WAN ZAINAUDIN (05DDT21F1048) AHMAD ZULHILMI FAIZ BIN MOHD ZAID (05DDT21F1051) This project aims to address inefficiencies in laboratory reservation management at the Department of Information and Communication Technology (JTMK) in Polytechnic Kuching Sarawak. The current use of platforms, such as Telegram and WhatsApp group chats, is inefficient and leads to disorganization in laboratory reservations. We conducted a survey amongst JTMK lecturers to prove this statement. Based on the responses, we have developed an e-Laboratory Reservation System, a user-friendly webbased platform enabling lecturers to make organized and efficient laboratory reservations. This system enhances productivity, mitigates scheduling errors and redundancies, and streamlines the reservation process for JTMK lecturers. This system can also be used by lecturers from other departments to reserve laboratory in JTMK. For administrative purposes, we prepared a special platform to view the statistics of laboratory reservations by using analytic graphs. Keywords: Laboratory, reservation, telegram, analytic Abstract
E-FLOODCARE 193 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor KEDUNG FLETCHER Group Members CHESTER RYAN ANAK KRISMAS (05DDT21F1003) BRANDON THEN KAI FENG (05DDT21F1106) JAMES MICHAEL ANAK EDMIT (05DDT21F1998) The E-FloodCare project aims to raise public awareness about flood disasters. E-FloodCare seeks to equip communities with real-time information crucial for preparedness and safety. This includes providing users with the opportunity to report critical information such as flood location using images as evidence, timing, date of occurrence, and user verification to identify local nationality. Through collaborative efforts of residents and authorities, E-FloodCare also focuses on offering users overall statistics about flood-prone areas. One option is to use software development kits, including Android Studio, SQLite, and Firebase, to develop a comprehensive system comprising a mobile application for efficient flood incident reporting and data analysis. The primary goal of E-FloodCare is to provide users with an easy-to-use app for reporting incidents, staying informed, and contributing to flood management efforts. Conclusion, EFloodCare is a multifaceted project that aims to leverage technology and community interaction to reduce the effect of flood disasters and improve public preparedness and safety. Some suggestions for future studies or improvements in the same issue are explore ways to improve the integration of the E-FloodCare system with local emergency services. This could include automatic alerts to relevant authorities when critical flood incidents are reported, enhancing response times. And investigate methods for ensuring the accuracy and reliability of user-reported flood incidents. The primary goal of E-FloodCare is to provide users with an easy-to-use app for reporting incidents, staying informed, and contributing to flood management efforts. Keywords: Awareness, collaborative efforts, local involvement, flood management, society engagement Abstract
AUTOMATIC FISH FEEDER (FEED-O-MATIC) 194 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor NORBAIZURA BINTI MOKHTAR Group Members PUTERI NADIATULNAZIHAH BINTI MENTEN (05DDT21F1100) ANASTASIA JYNTANG MAU (05DDT21F1114) MARCELLA MARKUS (05DDT21F1059) An automated fish feeding device, programmed for specific times, ensures timely nourishment for fish. It also offers several significant benefits to fish owners, particularly those who travel frequently or have busy schedules. However, it can be labour intensive, and the feeding system’s most significant parameter is the time management controller. It is still seen as an important issue that must be addressed today. Traditionally, the aquarist must manually feed the fish, which causes issue when this practice is not followed on a regular basis. An automatic fish feeder helps to eliminate the need for manual feeding, ensuring that fish receive consistent and regular meals even when the owner is away. This consistency promotes healthy fish growth and prevents inadequate amount of fish food when dispensing, which can lead to health problems and water pollution. In that case, this project will design and develop an automatic fish feeder which it will be equipped with an IOT component to monitor the fish feeder such as by setting the time scheduling to feed the fish to ensure the fish are healthy. The feeder will connect to a mobile application which is Telegram Bot, where the user can access the feeder to feed the fish the fish now or later. Additionally, the automatic fish feeder can be programmed to dispense specific amounts of food at predetermined times, further optimizing fish nutrition and reducing feed waste. The automatic fish feeder can be further improved by incorporating additional features and enhancements. For further improvement the one thing that can be done is to integrate a water quality monitoring system that measures and tracks parameters such as temperature, pH, and ammonia levels. This data can be relayed to the user via a mobile app or SMS notifications, allowing for proactive adjustments to maintain optimal water conditions. Moreover, the feeder could be equipped with a camera or video streaming feature, which enables remote observation of the fish and their environment. The automatic fish feeder represents a valuable tool for fish owners, providing a convenient and reliable solution for fish feeding and monitoring. By automating the feeding process and offering optional water quality monitoring and remote observation capabilities, the device enhances fish care and reduces stress for both fish and their owners. In conclusion, this project promotes healthier fish populations and a more enjoyable aquarist experience. Keywords: IoT based devices, aquarist, feeding, dispensed food at predetermined times Abstract
(ARMM) AUGMENTED REALITY MOBILE MENTOR APP 195 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor NURZAWANI BINTI MOHAMAD ZANI Group Members FARRYSHA QASHRYNA TEH BINTI FARREZ TEH (05DDT21F1001) NUR IMAN ITHNAINI BINTI SAPUAN (05DDT21F1995) ELLYVIA NGIAN ANAK EMPALING (05DDT21F1082) The Augmented Reality Mobile Mentor (ARMM) project goes beyond its immersive AR features to serve as a comprehensive learning companion for ICS students at Politeknik Kuching, Malaysia. In addition to making studies more engaging, the mobile app within ARMM is a powerhouse, offering students a repository of notes and quizzes. This multifaceted app acts as a one-stop-shop for educational resources, providing meticulously curated notes covering a spectrum of ICS topics. Students can access these notes at their convenience, promoting self-directed learning and reinforcing understanding. The inclusion of quizzes further enhances the learning experience, allowing students to assess their knowledge, identify areas for improvement, and actively participate in their educational journey. The ARMM app ensures ease of use and compatibility across various devices, making notes and quizzes accessible anytime, anywhere. By seamlessly blending traditional educational materials with modern interactive elements, ARMM becomes not just a mobile mentor but a dynamic learning hub for ICS students, fostering a holistic approach to education. Keywords: Augmented reality, students, mobile app, notes Abstract
BEE-WARE: GPS ENHANCED PERSONAL SAFETY DEVICE 196 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor AMIR HAZIQ BIN LOH BOJENG Group Members MIRZA RAHIMI BIN ZULHAN (05DDT21F1107) MACYLA BINTI ANAI (05DDT21F1050) MUHAMMAD KHAIRIEZ BIN MOHAMMAD ZAMMERI (05DDT21F1089) Bee-Ware: GPS Enhanced Personal Safety Device is a cutting-edge personal safety device designed to provide swift and discreet assistance in emergency situations. Addressing the critical issue in emergency response systems, Bee-Ware highlights the urgent need for innovative solutions to quickly and accurately identify the precise location of individuals in distress during unforeseen emergencies. This portable device, activated with a single button press, seamlessly sends an SMS to a pre-configured emergency contact, instantly sharing the user's GPS location. Following a brief delay, the device initiates a discreet one-way call to the emergency contact, enhancing communication during critical moments. This innovative solution prioritizes quick response times and discreet communication, offering individuals a reliable and efficient means to reach out for help in times of distress. Keywords: Personal Safety Device, GPS, A9G, ESP32 IoT Abstract
BUSY ROOM - SMART OCCUPANCY INDICATOR 197 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor MOHAMAD NIZAM BIN RAHADI Group Members MOHAMAD ALIF ALIMIN BIN AMIR HAMZAH (05DDT21F1021) MUHAMMAD FAIQSYA’IQ BIN SYAMSYUL (05DDT21F1099) ABDUL HAKIM BIN TUPONG (05DDT21F1103) The "Busy Room - Smart Occupancy Indicator" project addresses contemporary challenges in managing meeting rooms by integrating hardware and software technologies. Focused on real-time room availability and streamlined booking processes, it aims to enhance overall meeting space utilization. The agile development approach ensures adaptability and scalability, with a well-defined timeline and budget covering hardware, software, testing, and implementation. A skilled team will contribute to the project's success, creating a foundation for smarter, user-friendly meeting room management and promoting innovation in workplace efficiency. Keywords: Workplace innovation, real-time information, smart occupancy, meetings, time management Abstract
CAMPUS CONNECT (CC) 198 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor MOHAMAD SHAHRIN BIN L BARI Group Members MOHAMAD ALIF ALIMIN BIN AMIR HAMZAH (05DDT21F1021) MUHAMMAD FAIQSYA’IQ BIN SYAMSYUL (05DDT21F1099) ABDUL HAKIM BIN TUPONG (05DDT21F1103) Campus Connect is a web-based chat application developed to enhance the learning experience among students and lecturers on campus. The issues that students encounter on campus is that they use too many chat applications, causing confusion between lecturers and students. Students also face challenges in managing their time to complete assignments with tight deadlines and due dates. Lecturers may occasionally experience confusion about the individuals with whom they are communicating. The purpose of this application is to provide a new learning experience to students and lecturers by offering a dedicated chat application designed specifically for certain campuses. It is more restrictive compared to other chat applications. Students and lecturers may find it difficult to balance their personal and educational lives when relying on a single chat application for all purposes. This application has been developed using the latest MERN stack technologies, ensuring that the interface and performance of the application are top-notch. With Campus Connect, students and lecturers can manage their contacts more efficiently. The learning experience can be improved through real-time chat and media-sharing features within this system. With features like to-do lists and real-time chat with lecturers, students can enhance their academic performance. Based on our survey with 30 Polytechnic students, they prefer a dedicated chat application for educational purposes. The findings highlight a clear preference among the students for a platform focused on enhancing their academic communication and collaboration. Campus Connect offers a tailored solution to the communication challenges faced by students and lecturers, providing a dedicated platform that streamlines educational interactions and contributes to an enhanced overall learning experience. Keywords: Chat application, students, lecturers, academic performance, campus Abstract
CONTACT FREE ATTENDANCE SYSTEM V3.0 ( CFAS v3.0 ) 199 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor SITI NOOR AISHAH BINTI MOHAMMAD Group Members VINCE ADHAR ANAK SEKELIE (05DDT21F1092) MOHAMMAD SUHAILI BIN SUHAIMI (05DDT21F1064) MOHAMMAD KHAIRUL AMIRIN BIN MOHD ZAIDI (05DDT21F1094) CFAS v3.0 (Contact Free Attendance System) is a groundbreaking innovation tailored specifically for Sekolah Kebangsaan Sungai Maong Hilir Kuching (SKSMH), revolutionizing attendance tracking through the seamless integration of cutting-edge RFID technology. This advanced system operates on the forefront of technological prowess, offering a sophisticated solution designed to automate and refine the intricate process of student attendance management. By harnessing the power of RFID, CFAS v3.0 ensures not just accuracy, but real-time precision in attendance recording, alleviating the burden of administrative tasks from educators. This reduction in administrative workload liberates valuable time, enabling educators to focus more on creating an optimal learning environment. CFAS v3.0's usercentric design empowers educators with an efficient tool that doesn't just simplify attendance tracking but contributes significantly to fostering an environment conducive to streamlined educational experiences at SKSMH. This innovative system stands as a testament to modernization in education, facilitating not just efficient management but also enhancing the overall educational atmosphere by promoting accuracy, efficiency, and a more engaging learning process. Keywords: CFAS v3.0, RFID technology, attendance tracking, automation, precise attendance recording Abstract
DASHERCART 200 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor RAZELI BIN SANI Group Members JOSEPHINE ANAK PHILIP (05DTT21F1110) NUR SYAHEMA NAZIERA BINTI HASSIM (05DTT21F1093) NURSYUHADDA AIN BINTI SARBINIE (05DTT21F1058) Dashercart, a shopping cart prototype integrates with Internet of Things (IoT) functionalities to elevate the shopping experience. It operates as a smartphoneconnected system, seamlessly integrating a smart scanner for storing pricing and product details. This enables users to access real-time shopping lists and track total item prices, making budget management more effective. Traditional shopping carts have served us well, but they lack real-time features. Shoppers often struggle with keeping track of their purchases, managing budgets, and accessing relevant information. Dashercart aims to bridge these gaps by leveraging IoT technology. At the heart of Dashercart lies a smart scanner. As shoppers place items in the cart, this scanner captures real time data, including pricing and product details. The brains behind Dashercart, the Raspberry Pi 3, handles data processing and communication. It acts as the central hub, ensuring seamless connectivity between the cart and the user’s smartphone. Shoppers can view relevant information directly on the cart’s display with the 3.5-inch LCD. From item prices to the products that sell, the LCD keeps users informed throughout their shopping journey. The barcode scanner efficiently reads product codes, instantly updating the shopping list. Dashercart communicates with a Python Flask app via WebSocket. This real-time connection ensures that users receive up-to-date information on their smartphones. Dashercart’s impact is where shoppers can access their shopping lists on their smartphones. The cart syncs seamlessly, allowing users to add or remove items on the go. Dashercart also calculates the total price as items are added, empowering users to make informed decisions based on their budget. Dashercart goes beyond mere technological innovation; it transforms the usual shopping cart into an intelligent companion, enhancing our daily lives. As technology continues to evolve, exploring avenues for enhanced personalization, security measures, and integration with retail systems will further establish Dashercart's position as a innovator in intelligent shopping solutions. Keywords: IoT, raspberry pi, smart trolley, shopping list, python Abstract
DIGITAL ACCESS ENTRY 201 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor NAZRINA BINTI BAKAR Group Members VICTOR VIETS ANAK MAPANG (05DDT21F1069) ANDREW KULLEH ANAK BANSA (05DDT21F1112) HADRIC HARRY PITI (05DDT21F1096) The Digital Access Entry is being developed as part of an effort to create a smart door knob to the Politeknik Kuching’s Laboratories. Since technology is becoming increasingly intelligent, we are using Arduino to develop a digital access entry that helps lecturer easily open the lab doors. This Digital Access Entry is based on ESP8266 and solenoid door lock that connect to the MIT App Inventor for the functionality. The ESP8266 is designed to provide wireless communication capabilities to electronic devices. It integrates a microcontroller unit (MCU) along with a Wi-Fi module, making it a costeffective solution for adding Wi-Fi functionality to various projects .We are developing an application by using MIT App Inventor. If lecturers are still using the traditional door knob, it will make them tired and hard to find the right key to the lab. This Digital Access Entry consist of 5v relay, 12v battery that act as a power supply, ESP8266 as the main microcontroller board that connect to our applications using MIT App Inventor and a jumper that had been connected the solenoid to the relay and the ESP8266. The application that we developed will ask a user to sign up and request a special key from the admin to verify the sign up process. User that are already verified by the admin can use the application to lock and unlock the door as well as can monitor who are using the lab. Keywords: Application, lecturers, smart door, WIFI, lab Abstract
IOT-BASED GARDENING SYSTEM FOR SMALL SCALE GARDENERS 202 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor CHEN MEI CHING Group Members MOHAMMAD FARIS BIN HUSSAIN (05DDT21F1038) MUHAMMAD IZZAD FIRDAUZ WAN AZHAL BIN ABDULLAH (05DDT21F1013) Abstract This project aims to provide an IoT-based smart gardening system for smallscale farmers. Addressing resource constraints and plant monitoring limitations, the method involves smart sensors and Arduino microcontrollers. The study yields insights into precise plant care, efficient resource utilization, and user empowerment through a mobile app. Implications include improved crop yields and sustainable farming practices. Future recommendations encompass sensor enhancements, weather data integration, and further research into agricultural sustainability. Keywords: small-scale farmers, smart sensors, arduino
GARMENTGRID CLOTHING INVENTORY SYSTEM 203 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor HERASUHANTI BINTI HERMAIN Group Members NUR AZZIMAH BINTI SAHARI (05DDT21F1031) JAMES LIGAM ANAK DAVIDSON (05DDT21F1087) HELEN EMPINA ANAK ACHUI (05DDT21F1999) Abstract The project was aimed at developing a software system to address inventory management challenges within the GarmentGrid clothing inventory system. The main purpose was to improve stock management, reduce manual data entry errors, enhance record-keeping, and ensure that the retail store could meet customer demand effectively. The project aimed to solve the following problems. Firstly, stock clerks were not able to keep track of stock levels accurately, leading to overstocking of less popular items and under-stocking of high-demand clothing. Secondly, there were lost sales and customer dissatisfaction due to stock-outs, which could harm the brand's reputation. Thirdly, over reliance on manual data entry led to errors in stock levels, pricing, and product information. The approach to solving these problems involved developing a software system for inventory management. This system included features such as automated stock tracking, data entry automation, reporting capabilities, and real-time information retrieval. The methods used included software development, data collection, and analysis, as well as prototyping to ensure the system met the specific needs of the GarmentGrid clothing inventory. The project outcome, based on the project objectives, was to reduce instances of overstocking and under-stocking through improved stock tracking. Next, there was increased customer satisfaction and minimized lost sales by ensuring a continuous supply of materials. Thirdly, there was improved data accuracy and efficiency in generating reports and retrieving information. Keywords: Overstocking, under-stocking, inventory management, record keeping, stock clerks, accurate stock levels
IOT BASED MULTI-FUNCTION TRASH CAN FOR TOURIST 204 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor TANG SI KING Group Members SABRYNNA LINTAU ANAK HENDRY (05DDT21F1078) NURSYAFIQAH BINTI AZMAN (05DDT21F1074) ALISYA BINTI MOHAMAD MASEBAK (05DDT21F1012) Abstract The development of an IoT-based multi-function trash can for tourist designed to enhance the experience of tourists. In the context of popular tourist destinations, where keeping things clean and being environmentally friendly are important, this new trash can is a clever solution. Thanks to IoT technology, this trash can offers smart features for both tourists and the environment. It not only efficiently manages waste, ensuring trash can are never overfilled and reducing the need for frequent emptying, but it also offers real-time fill level monitoring and display local tourist information kiosk of nearby attractions. This intelligent IoT-based multi-function trash can is equipped with ultrasonic sensors. If this trash can are not maintained, they might lead to pollution that is bad for our health and create an unhealthful environment. In our proposed approach, IoT-based multifunction trash can for tourist is assembled using components such as an Arduino Uno, an ultrasonic sensor, a servo motor,solar power bank,jumper wires as well as Blynk framework.The trash can program will be executed once all hardware and software connections have been successfully established. Keywords: Smart trash can, tourist, real time notification, clean environment, tourist destination
IOT INSECT SPRAYING AUTOMATION 205 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor SURAFAH BINTI MOS Group Members DANIAL HAKIM BIN KHAIRUL ANNUAR (05DDT20F2045) MACCELEAN CALVIN GINGU (05DDT20F2042) NUR NAZIFA FATIHAH BINTI MADAREN (05DDT20F2035) Abstract The IoT-based Insect Spraying Automation System presented in this research aims to revolutionize traditional pest control methods by integrating Internet of Things (IoT) technologies into insecticide application processes. The system leverages interconnected sensors, actuators, and data analytics to create an intelligent and automated approach to insect spraying, enhancing efficiency, precision, and sustainability. The core components of the proposed system include IoT-enabled sensors for realtime environmental monitoring, a central control unit for data processing and decision-making, and actuation mechanisms for precise insecticide dispensing. Environmental parameters such as temperature, humidity, and pest activity are continuously monitored by the sensors, providing a comprehensive understanding of the pest infestation dynamics. The central control unit utilizes advanced algorithms to analyze the incoming data and make informed decisions regarding the optimal timing and quantity of insecticide to be dispensed. This data-driven approach ensures that insecticide is applied only when necessary, minimizing environmental impact and reducing the overall quantity of chemicals used. Keywords: IoT-based insect spraying automation, sensors, lecturers, environmental impact, pest activity
IOT- SMART CARD DOOR ACCESS 206 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor NURUL NISA MOHD NASIR Group Members STEPHANIE MIAH ANAK JOHN (05DDT21F1062) ERICA NAJA ANAK SILAN (05DDT21F1056) MOHAMAD HAMBALLI BIN ZAMRI (05DDT21F1085) Abstract A "Smart Card Door Access System," which is a prototype IOT to improve security in JTMK buildings. For this project, this system uses smart cards and smart technology to make doors safe and easy to use. Our aim is to make security better and let office workers enter without keys easily by integrating Arduino technology with RFID cards. The objective of this innovation is to access a system that uses Arduino technology. So, as a conclusion, this innovation can improve the security of JTMK buildings, where they can have an unsafe environment, and make them more flexible. Testing on this innovation has been done, and it shows that the microcontroller can function well. Keywords: Smart card door access, security improvement, arduino technology, RFID card, door access, keyless entry, building security
JOURNAL MANAGEMENT SYSTEM ( JoMSYS ) 207 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor NG BOON DING Group Members TERRENS BIN CHEW BEE HOCK( 05DDT21F1005) SYED MUHAMMAD HIDAYATULLAH BIN WAN CHEE (05DDT21F1018) IGNATIUS LEE KHAY VHIN (05DDT21F1072) Abstract In the realm of academic and scholarly endeavors, efficiently managing research papers is crucial for sharing knowledge and advancing research. But right now, the systems we use for this aren't so great. Unfortunately, current systems fall short in several aspects. They often pose challenges in paper retrieval, lack seamless integration, and can be less efficient in the paper review process. This poses significant issues for authors, reviewers, and those involved in academic administration. The efficiency in managing this process is vital. Thus, JomSys, also known as “Journal Manuscript Management System” is built to solve the challenges. It serves as a comprehensive toolkit, in the process of journal paper review management. This project’s objectives includes: To build a web-based platform to manage journal manuscript review process; To improve manuscript submission process; and to optimize reviewer’s review paper’s process. By leveraging technology and innovative ideas, JomSys doesn't just resolve problems; it elevates research and learning. The goal is to facilitate seamless knowledge flow, boost research, and enhance the academic experience globally. Keywords: Journal, research paper, manuscript submission, manuscript evaluation
JTMK INFORMATION DISSEMINATION SYSTEM (JTMKIDS) 208 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor ANITA AJANG Group Members VANESSA ASUNG NYIAN (05DDT21F1032) AIN MAIZATUL AMIRAH BT ABDUL RAHIM (05DDT21F1040) MUHAMMAD CHAMIL NABHAN BIN RASHMAT (05DDT21F1047) Abstract Effectively communicating important information to students is a challenges for Polytechnic Kuching's Department of Information Technology (JTMK). Confusion has arisen from the lack of a centralised platform, with updates disseminated across different social media platforms, leading students to miss crucial information. The chaos increases by the student representation council's existing Telegram group. The proposed JTMK Information Dissemination System (IDS) aims to offer a safe and centralised platform in order to address these problems. By simplifying communication, this approach aims to reduce potential risks brought on by misleading data while guaranteeing that students receive trustworthy updates about departmental information and events. In order to support students with precise and well-organized information and promote a better-informed and active student community within the Department of Information Technology. Keywords: Information, students, student representation council , communication , department of information technology
KAMSIS MANAGEMENT SYSTEM 209 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor NORFAZILAH BINTI MOHAMAD PON Group Members FARAH FARHANA BINTI NASRURLAH (05DDT21F1079) NURAINI HASANAH BINTI ARAHMAN (05DDT21F1033) MOHAMMAD AFIFI SULAIMI BIN SULAIMAN (05DDT21F1014) Abstract The Hostel Management System is a comprehensive platform developed to streamline and enhance the management of accommodations in institutions such as colleges and universities. This sophisticated system replaces manual processes, offering a user-friendly interface for students' registration, access to hostel information, and efficient handling of parcels. Unlike the traditional record system, this digital solution prevents the loss or damage of crucial documents. The system prioritizes creating a supportive environment by facilitating quick and easy access to essential services for both hostel administrators and residents. It eliminates the challenges posed by manual record-keeping and introduces features such as information dissemination on hostel rules, event updates, and announcements. Additionally, it establishes a warden duty schedule system and a parcel form system to enhance security measures and assist in identifying items taken by students. By leveraging technology, the Hostel Management System ensures efficient data management and faster communication among all stakeholders. This abstract emphasizes the system's role in promoting comfort, safety, and fairness for all hostel residents while complying with relevant laws and regulations. Keywords: Hostel management system, efficient data management, warden duty schedule, parcel form system, technology integration, event updates
LAZAAT BAKERY SYSTEM 210 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor NUREDZAN BINTI ZALUDIN Group Members NUR ILYA FATIMAH BINTI MAZLAN (05DDT21F1019) RASYIDAH BINTI ROSLAN (05DDT21F1067) QURRATU’AINI BINTI MASLI (05DDT21F1036) Abstract Manual inventory management is a traditional method used by newer or smaller merchants to maintain stock records. This method allows for stock-in and stock-out in a ledger and is affordable and easy to use. However, many employees struggle with manual inventory management, especially when it comes to pastry ingredients. This project aims to convert manual inventory management into an inventory system, which can track stocks and implement CRUD functions for creating, read, update, and delete. The system will also generate reports for easier stock management. Inventory management software helps businesses organize and track their stock by providing accurate records of new and returning goods, as well as information like quantity produced, cost per unit, expiry date, and manufactures. This project aims to make inventory management more efficient and accessible for businesses. Keywords: Inventory system, stock, CRUD, ingredients, management
LIBRARY ROOM BOOKING SYSTEM 211 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor ANDING NYUAK Group Members CHRISTINE EMELDA ANAK KIRBY JOHN (05DDT21F1102) AISYAH SYAHKIRAH BINTI AHZAR (05DDT21F1095) NUR SUHAILA BINTI MARZUKI (05DDT21F1097) Abstract The Polytechnic Kuching Library Room Booking System Project addresses the need for an efficient and user-friendly solution to manage the discussion rooms available on the first level of the library building. The project stems from the recognition of a recurring challenge faced by students in securing these discussion spaces for collaborative work. The primary problem being addressed is the lack of a streamlined system for booking and utilizing these rooms, leading to frustration and inefficiency in resource utilization. To tackle this issue, the project employs a comprehensive approach involving the development of a robust Room Booking System. The methodology includes elements of system design, software development, and user interface optimization. Data collection and analysis play a pivotal role in understanding user behaviors, preferences, and challenges in the current room booking process. The findings of the project showcase a significant enhancement in the management and utilization of discussion rooms within the library. The Room Booking System effectively addresses the identified problem, providing students with a seamless and organized platform to reserve and utilize these spaces. The outcomes highlight improved accessibility, reduced conflicts, and enhanced overall user satisfaction. The implications of these findings extend beyond the immediate scope of the project. The successful implementation of the Room Booking System not only resolves the existing issue but also sets a precedent for the integration of technology to enhance library services. The project contributes to the broader discourse on leveraging digital solutions to optimize resource allocation in educational institutions. In conclusion, the Room Booking System Project demonstrates the positive impact of technological interventions in addressing practical challenges within educational environments. The findings emphasize the importance of adaptability and innovation in library services to meet the evolving needs of students. The project suggests a paradigm shift in approaching resource management within educational institutions. Looking forward, recommendations for further study involve continuous system improvement, user feedback integration, and exploring additional features to enhance the overall efficiency of the Room Booking System. Future works should delve into the scalability of the system across different departments and institutions, considering the potential for widespread implementation and adaptation. The project thus lays the groundwork for ongoing research and development in the realm of library resource management systems. Keywords: Booking system, students, lecturers, library staff, PKS library
LOCALIZED INSTITUTIONAL DIRECTIONAL APPS USING GPS 212 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor ZAKIR HUSSAIN BIN IBRAHIM Group Members MUHAMMAD ARIF FARIDZUAN BIN ARIFFIN (05DDT21F1108) MOHAMAD FADZILAH BIN MARIKAN (05DDT21F1015) MOHAMMAD SYAKIR JUBAIR BIN SYAFIQ (05DDT21F1996) Abstract This project aims to develop a localized directional app for institutional use utilizing GPS. Addressing inefficiencies in campus navigation, the app enables precise location identification. Leveraging GPS, Firebase, and userfriendly interfaces, users can plan routes and access location information effortlessly. Outcomes include effective GPS implementation for outdoor navigation and enhanced user convenience. However, further enhancements are recommended for higher efficiency and functionality. Keywords: Navigate, students, campus navigation, wayfinding solutions, location-based services, institutional mapping
LOCAREMIND REMINDER APPLICATION 213 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor WAHIDAH BINTI HJ. ANUAR Group Members MOHAMMAD ZACKRY BIN JEFFREY (05DDT21F1068) DASNI RANDALL RYAN ANAK DASARATHEN (05DDT21F1011) CHRISTOPHER BERNARD ANAK TEO (05DDT21F1027) Abstract LocaRemind is an Android application meticulously crafted to elevate users' productivity and well-being by seamlessly integrating task management, location-based reminders, and habit formation. Developed in Java using Android Studio, the app harnesses the power of the Android platform to deliver a holistic solution for individuals seeking effective time management and the cultivation of positive habits. Key features of LocaRemind include the ability to set reminders for tasks, events, or activities, coupled with location-based triggers to prompt users when they are in proximity to a specified location. The app actively promotes community engagement by incorporating features related to local events and activities, encouraging users to participate actively in their communities. Moreover, LocaRemind places a strong emphasis on individual well-being by providing tools to establish and reinforce positive habits. Users can effortlessly create and track habits related to physical activity, mindfulness, and other aspects contributing to a healthier and more balanced lifestyle. The project utilizes SQLite as the database management system, ensuring efficient storage and retrieval of user data. User authentication enhances security, and the application boasts a user-friendly interface designed using XML for layout and styling. LocaRemind signifies a harmonious blend of productivity and wellness, offering users a versatile tool to manage their time effectively, engage with their communities, and foster personal growth through positive habits. Keywords: LocaRemind, android application, productivity, well-being, habit formation
PATIENT TEMPERATURE MONITORING SYSTEM USING ARDUINO 214 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor NUR YAHZELINA BINTI HANAFI Group Members BARACHELLE ELEAZAR ANAK GANI (05DDT21F1017) GABRIEL THIAN KAI YU (05DDT21F1008) VICTOR ROBERT GAU (05DDT21F1098) Abstract In the ever-evolving landscape of healthcare technology, the "Smart Patient Temperature Monitoring System Using Arduino" project represents a crucial advancement in patient care and monitoring. This project focuses on the design and implementation of an innovative and cost-effective system that ensures accurate and continuous temperature monitoring for patients in various healthcare settings. The primary objective of this project is to develop a reliable and user-friendly patient temperature monitoring system utilizing Arduino microcontroller technology. The system integrates various hardware and software components to provide real-time temperature data acquisition, analysis, and visualization. Key features of this system include non-invasive temperature sensing, wired data transmission, and a userfriendly interface for healthcare professionals. Keywords: Smart patient temperature monitoring system, Arduino, patient care and monitoring, design and implementation, innovative and costeffective system, accurate and continuous temperature monitoring, healthcare settings
PKS E-ACTIVITY 215 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor SAFINAH BINTI NAWAWI Group Members BRIANNE MITH ANAK JOSPEH (05DDT21F1023) BRENDON TINI ANAK BONIFACE (05DDT21F1045) FABIAN JOEDIN ANAK JOHN LINIEN (05DDT21F1052) Abstract PKS E-Activity is a system that can solve all the problems that students do when recording their attendance before attending any activities like where recording attendance manually is time-consuming, students sometimes missed recording their attendance due to their forgetfulness and ineffective communications and tracking for organizers. The method that we used to make this system work is by using the Waterfall Model. Based on the project findings, we can make this project fully functional and needs a little more improvement in the future like adding buzzer, LED lights or LCD to make students know that they have already record their attendance into the system. Keywords: System, students, activities, recording attendance
PKS VENUE RESERVATION SYSTEM 216 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor DZULKIPLI BIN MARASAN Group Members EVANUELL AK NICOLAS KENDY (05DDT21F1055) DYRIL CHUA KHANG JUN (05DDT21F1009) YVONNE CHIN YUAN (05DDT21F1104) Abstract The PKS Venue Reservation System aims to revolutionize venue management at Polytechnic Kuching Sarawak (PKS). Focused on addressing challenges posed by traditional reservation methods, the system offers a user-friendly interface for staff and Persons in Charge (PIC). Key objectives include providing timely notifications, ensuring real-time venue availability status, and streamlining the reservation process. By leveraging modern technology, the system seeks to optimize resource allocation, reduce scheduling conflicts, and enhance overall productivity for both staff and PIC. Keywords: Venue booking website, PIC, staffs, lecturers, streamlined process, booking system.
POLIKU UNIT PEPERIKSAAN MANAGEMENT SYSTEM (ePolikuExam) 217 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor NEELAM AMELIA BINTI MOHAMAD REJENI Group Members JOCELYN LEE SHUANG SHUANG (05DDT21F1026) LEE XING YING (05DDT21F1016) CONNIE KUEH XIANG LING (05DDT21F1081 Abstract The ePolikuExam System represents a project initiative implemented for the Unit Peperiksaan Politeknik Kuching Sarawak. This significant project aims to fill the gap by introducing a web-based system tailored specifically for graduation matters and Credit Transfer and Credit Exemption (CTCE) processes, areas that previously lacked a dedicated online platform. The ePolikuExam system serves as a comprehensive solution, facilitating online applications, evaluating approval statuses, and enabling real-time tracking. Its user base spans students, administrators, and department heads. Employing the Agile Methodology, this project was developed utilizing software tools, Visual Studio and XAMPP web server. This system stands as a guarantee for efficient processing of applications, fortified security measures, and timely notifications. Its implementation marks a transformation from conventional manual procedures to a more efficient and integrated experience for all stakeholders associated with Politeknik Kuching Sarawak. Keywords: Examination unit, graduation matters, CTCE applications, students , KPKJ
DIGITAL ACCESS ENTRY 218 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor HASBULLAH BIN ABDULLAH Group Members MUHAMMAD AFIQ HAZIQ BIN MOHD TAUFIQ (05DDT21F1022) NAJMIL BIN SAPERI (05DDT21F1063) HAFIQ RASHDAN BIN RASHIDI (05DDT20F2031) Abstract The primary role of the IRIS system is its capacity to recognize and react to prolonged eye closures, which are suggestive of microsleep occurrences that might present significant hazards when driving. The embedded buzzer instantly alerts the motorist to the possible hazard of drowsiness in the event in two second blink. Through real-time monitoring, IRIS addresses the crucial problem of driver weariness, greatly improving overall road safety. This study highlights the value of taking preventative action to reduce potential risks related to driver weariness in addition to demonstrating the efficient use of IoT technologies. With an emphasis on employing cuttingedge Internet of Things (IoT) technology to identify microsleep episodes in drivers, the IRIS project is a trailblazing initiative in the field of road safety. IRIS is a wearable gadget that looks like glasses that tracks drivers' blinking patterns continually using a buzzer, motion sensors, and an Arduino Uno microcontroller. This four-month project uses an Agile development methodology and a well-planned Gantt chart to effectively manage jobs and guarantee timely progress. Keywords: IRIS, microsleep eyes detectors, arduino IDE
SITOK JTMK ( JTMK VIRTUAL TOUR) 219 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor AZHAR ABD HAMID Group Members SHARIFAH ZAKIRAH UZMA BT WAN MADIHI (05DDT21F1002) NURAIMUNI ASYRANI BT AHAMAT (05DDT21F1084) NUR NAJAA SYAHIRAH BT MOHAMMAD ZAMHARI (05DDT21F1020) Abstract The Sitok JTMK project is conceived to revolutionize how an educational institution showcases its offerings through an immersive virtual tour. The primary objective is to bridge the gap faced by prospective students and stakeholders in accessing engaging and comprehensive information about the institution. This initiative aims to resolve the limitation of traditional information dissemination methods, providing an interactive and visually captivating platform. Methods employed encompass the development of a dynamic virtual environment allowing users to navigate and explore the institution remotely. Notably, the project emphasizes the significance of increased engagement and accessibility for a wider audience. The findings accentuate the potential to attract and retain interest through an enriched exploration experience. Moreover, the project offers valuable insights into leveraging multimedia integration, paving the way for future enhancements. The implications underscore the pivotal role of innovative digital solutions in transforming educational outreach. Recommendations for future works center on further augmenting multimedia elements to heighten user interactivity and information dissemination. Keywords: Virtual , interactive , digital
SMART CROCODILE TRAP 220 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor FARRAH WAHEDA BINTI ABDULLAH Group Members ZAINUL ARIFFIN BIN SYAMSUDDIN (05DDT21F1028) NIGEL BUJIN JENAL BIN KONOS (05DDT21F1070) MUHAMAD HAFIZUDDIN BIN HERISHMAN (05DDT21F1044) Abstract In regions adjacent to crocodile habitats, the escalating conflict between humans and crocodiles has become a pressing concern. This conflict underscores the urgency for a safer and more effective means of trapping crocodiles to alleviate the risks and dangers faced by local communities. To address this, the foremost objective is to conceive and implement a sophisticated smart crocodile trap that harnesses the capabilities of Arduino technology, thereby significantly enhancing safety measures while ensuring higher efficacy in trapping these apex predators. Moreover, traditional methods of trapping crocodiles have posed significant ecological challenges, leading to unintended harm to non-target wildlife and the surrounding environment. Recognizing this issue, there's a critical need to develop a trapping solution that not only effectively captures crocodiles but also minimizes adverse impacts on the ecosystem. Thus, a key objective arises: to engineer a trap that mitigates environmental repercussions, thereby supporting conservation efforts and maintaining ecological balance within crocodile habitats. A vital issue contributing to the inefficiency of conventional crocodile traps lies in the lack of realtime monitoring and data collection capabilities. This deficiency hampers the ability to gather crucial information necessary for informed decision-making and scientific analysis. Consequently, a pivotal objective emerges: integrating cutting-edge technologies for data collection and remote monitoring into the smart trap system. By doing so, this innovative trap will facilitate real-time data gathering, enabling comprehensive crocodile management, and fostering evidence-based conservation practices. The proposed system scope encompasses a comprehensive approach, spanning from the inception of the design to the construction and rigorous testing of a prototype smart crocodile trap. This trap will seamlessly integrate Arduino-based control mechanisms, incorporate sustainability features to minimize environmental impact, and establish robust datagathering capabilities. The ultimate aim is to create a multifaceted solution that not only addresses immediate safety concerns but also contributes significantly to scientific research, conservation efforts, and the sustainable coexistence of human communities and crocodile habitats. Keywords: Smart trap, arduino technology, safety measure, conservation, real-time monitoring, data collection and sustainable coexistence
SMART GARAGE DOOR 221 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor SHARAFI BIN MOHAMED YUSOFF Group Members ROSELIND LAMAH ANAK MON (05DDT21F1105) ELISHA JOANNA ANAK JOIEN (05DDT21F1046) ERITNEY ANAK MAJA (05DDT21F1057) Abstract Smart Garage Doors are particularly important for a place such as home because they are a place where we shelter from everything unwanted happening. But nowadays, there are still houses that use manual garage doors for certain factors such as insufficient budget to buy and install Smart Garage Door in their homes because of the expensive cost and they cannot afford it. This is where smart garage doors are supplied as powerful systems. It is necessary due to the presence of traditional methods, such as opening and closing garage doors manually, time-consuming, and inefficient in terms of security. This will concern the occupants of the house with such cases as intruders entering the house. Another way to show the user that the system is needed at the residence to ensure the safety of yourself and family. The Smart Garage Door works automatically with plate number recognition. The car owner must register the plate number in the system first. Same goes if others go to their house, then park in the garage, they must register the plate number or other solution they park outside the garage. Keywords: Security, powerful system, time-consuming, inefficient
SMART GATE WITH IOT 222 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor JOHARI AHMAD BIN GHAZALI Group Members LUQMANUL HAKIM BIN ZAINORIN (05DDT20F2071) JEFFERSON ANAK LUKE (05DDT20F2053) ANDRIANA ROPICE ENJAM ANAK NAU (05DDT20F2073) Abstract The Smart Gate With IoT represents a pioneering solution, seamlessly integrating security and accessibility for residences. This project employs a sophisticated DC motor-operated gate, coupled with a custom Blynk application for intuitive access control. Particularly beneficial for individuals with limited strength or mobility, this innovation eradicates the need for physical exertion. The system incorporates a suite of hardware components, including ultrasonic sensors, buzzers, LEDs, and the ESP32-CAM. Real-time monitoring is a hallmark feature, triggering instant notifications via Telegram upon ultrasonic sensor activation. Simultaneously, the buzzer and LED are activated, serving as a deterrent. Homeowners can also access the ESP32-CAM feed for visual scrutiny of any activity at the gate. The amalgamation of these hardware elements fortifies the system against unauthorized access, ensuring the prevention of intrusion. The efficiency of the Smart Gate With IoT extends beyond security; it simplifies life for homeowners through features like real-time status monitoring and instantaneous access management. In summary, the Smart Gate With IoT epitomizes a transformative leap in access control and security systems. Its multifaceted advantages encompass heightened efficiency, enhanced convenience, and an elevated standard of security. By seamlessly blending cutting-edge technology with user-centric design, this project not only fortifies home security but also enriches the daily lives of its users. Keywords: IoT, access control, security innovation, DC motor gate, real-time monitoring
SMART REFLECT 223 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor SITI FATIA BINTI MOHAMAD ALI Group Members MOHAMMAD HARITH FAQRIE BIN MOHAMMAD SHAMSURI (05DDT21F1117) HADIF AIMAN BIN ARYADI (05DDT21F11111) MUKHRIZ DANISH BIN AHMAD MIKHAIL UMAT (05DDT21F1071) Abstract The "Smart Reflect" project emerges as a transformative solution to the inherent challenges in traditional mirrors by seamlessly integrating cutting-edge technology into everyday life. This abstract encapsulates the core aspects of the project, outlining the problem it addresses, its purpose, scope, and the methodology employed. Traditional mirrors lack interactivity and fail to assist users in managing their daily lives effectively. The Smart Reflect project aims to address this gap by transforming the conventional mirror into an intelligent, responsive, and feature-rich device. The primary purpose of the Smart Reflect project is to enhance daily life management by providing users with a mirror that not only reflects their image but also serves as an interactive hub. The mirror's purpose is to offer real-time information, respond to user commands, and entertain, thereby redefining the role of mirrors in the contemporary smart home landscape. The scope of the Smart Reflect project encompasses the integration of advanced features, including remote access. It extends to creating an immersive user experience that goes beyond mere reflection, incorporating entertainment features such as watching YouTube tutorials directly on the mirror. The project's scope also involves agile development and user-centric design to ensure continuous improvement based on user feedback. The methodology employed in the development of Smart Reflect involves a usercentric design approach, incorporating elements of design thinking. The project undergoes an agile development process, where user feedback plays a pivotal role in refining and enhancing features. Additionally, the project utilizes market analysis to understand trends and user needs, ensuring that the Smart Reflect aligns with market demands and expectations. This abstract provides a succinct overview of the Smart Reflect project, highlighting its problem-solving orientation, purpose, scope, and the methodological approach employed in its development. Keywords: Mirror, smart mirror, technologies
SMOKE AND GAS DETECTOR 224 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor SABRINA BINTI MILAN Group Members MUHAMMAD THAQIF ZAKIRIN BIN HASSAN (05DDT20F2072) MUHAMMAD IRFAN BIN KAMARULZAMAN (05DDT20F2065) Abstract The rapid advancements in technology have greatly transformed the field of home safety, with an increasing focus on preventing and mitigating potential hazards. This abstract introduces an advanced Smoke and Gas Detector designed for home use, leveraging cuttingedge technology to provide enhanced protection for homeowners. This advanced Smoke and Gas Detector represents a significant advancement in home safety technology. By combining smoke and gas detection in a single device and integrating it with smart home systems, it offers a comprehensive solution for homeowners to safeguard their families and property from various potential hazards. The device's realtime data and alerts, self-diagnostic capabilities, and energy efficiency make it a reliable and user-friendly addition to any modern home, promoting a safer living environment. Keywords: Notify, human, environment , home
WEBEDU’ APPS 225 JABATAN TEKNOLOGI MAKLUMAT DAN KOMUNIKASI Supervisor NORAIMI BINTI MAHRAN Group Members THIAN YAN CHENG (05DDT21F1073) HAZIQ FADHLILLAH BIN JUSELI (05DDT21F1039) KHIEW JUNG HUAT (05DDT21F1034) Abstract The "WebEdu’ Apps" is an exceptional educational tool designed to empower students in their journey to learn web development using certain programming languages. The journey of a budding web designer can be marked by frustration, information overload, and a lack of accessible, beginner-friendly resources. While the internet teems with a vast sea of web design tutorials and documentation, a considerable gap persists between the complexity of the subject matter and the educational materials available. This application offers an immersive and intuitive learning environment that makes grasping the fundamentals of web design accessible and enjoyable. Through hands-on coding exercises and quizzes, students will dive into the world of HTML, CSS, JavaScript, and jQuery, steadily building their expertise in web development. With its student-friendly interface and practical teaching approach, the "Web Design Learning App" is the ideal companion for beginners and those looking to enhance their web development skills with Java, ensuring a seamless and effective learning experience. The project findings/outcome is by collecting feedback from users regarding the app’s user interface, content quality, and overall learning experience. By this findings/outcome, we can identify areas of success and areas that may need improvement within the app. We can continuously update and content additions to keep the app current with industry trends in the further project. Keywords: Learning application, students, lecturers, enhance skills, effective learning experience
PROJEK PELAJAR JABATAN PERDAGANGAN 226 JABATAN PERDAGANGAN
MEMPERBAHARUI PEMBUNGKUSAN DAN “TOPPING” BAHARU CHOCOJAR MANIS-MANIS SI BAMBAM JABATAN PERDAGANGAN 227 Penyelia ZAINAH BINTI SEMAN Ahli Kumpulan WAN AZIZI BIN WAN WAHAB (05DPM21F2996) SAS-ARWANDI BIN SAMAN (05DPM21F2051) Projek ini bertujuan untuk meningkatkan pembungkusan dan memperkenalkan toping baru untuk Choco Jar oleh Manis-Manis Si Bambam, untuk meningkatkan daya saing di pasaran. Menyesuaikan diri dengan tren pasaran yang dinamik, projek ini memberi tumpuan kepada penciptaan toping yang unik dan istimewa untuk menarik perhatian pelanggan. Daya tarikan visual pembungkusan produk memainkan peranan penting dalam menarik perhatian pengguna di pasaran. Dengan menggabungkan toping yang berbeza dengan penampilan luaran yang menarik, Choco Jar oleh Manis-Manis Si Bambam bertujuan untuk melibatkan pelanggan dan meningkatkan jualan produk secara berkesan. Inisiatif ini menangani keperluan yang berkembang dalam pasaran pencuci mulut dan meletakkan Choco Jar sebagai pilihan yang menarik dan menonjol. Kata Kunci: Chocojar, penambahbaikan, pembungkusan dan topping Abstrak
PENAMBAHBAIKAN SISTEM PENGURUSAN PERNIAGAAN SPRASICO JABATAN PERDAGANGAN 228 Penyelia HAIRULHANA BINTI ZAWAWI Ahli Kumpulan AFSYA AZILLA BINTI HASSAN (05DPM21F2060) AMIRA MERSHELL ANAK LIAS (05DPM21F2088) SITI SAYZA AWINA BINTI SAPAWI (05DPM21F2076) Sparsico merupakan perniagaan kecil yang dijalankan di bawah Student Business Centre (SBC) Politeknik Kuching Sarawak (PKS). Lokasinya yang terletak di cafeteria PKS menjadikannya strategik untuk Sparsico beroperasi. Pekerja Sparsico terdiri daripada pelajar Diploma Pengajian Perniagaan (DPM), Jabatan Perdagangan (JP) di bawah penasihatnya, iaitu pensyarah JP. Sepertimana perniagaan lain, Sparsico turut membuat rekod perniagaan harian mereka. Namun, dalam proses merekod perniagaan mereka, Sparsico menggunakan kaedah manual untuk menulis rekod perniagaan harian mereka. Hal ini telah menimbulkan masalah semasa membuat laporan kewangan perniagaan Sparsico. Oleh hal yang demikian, dalam projek perniagaan ini, kami telah membantu pihak Sparsico dalam membuat rekod perniagaan mereka. Inisiatif ini bertujuan untuk membantu Sparsico membuat rekod perniagaan mereka dengan lebih sistematik dan teratur yang mendatangkan banyak kebaikan dan faedah terhadap perniagaan tersebut. Kata Kunci: Sparsico’s business record Abstrak
INOVASI GABUNGAN MENTEGA KACANG DANA MAKANAN LOKAL SARAWAK IAITU GULA APOMG SEBAGAI BAHAN SAPUAN JABATAN PERDAGANGAN 229 Penyelia MOHD FIRDAUS MUSTAKIM BIN YAHYA Ahli Kumpulan FRESWYN HERBERT ROMAN (05DPM21F2025) JACKY ANAK BETI (05DPM21F2114) TOMMY ANAK BETI (05DPM21F2020) Kajian inovasi ini menggabungkan mentega kacang dan gula apong, dikenali sebagai PeanApong yang bertujuan untuk menjaga warisan makanan tradisional agar tidak dilupakan dan dapat diwarisi oleh generasi akan datang . Pernyataan masalah melibatkan risiko penggunaan gula apong hanya pada produk yang terhad dan permintaan terhadap gula apong yang mendatar dan tiada perkembangan secara keseluruhan. Objektif kajian adalah memperkenalkan produk inovatif yang menggabungkan gula apong dengan mentega kacang bukan sahaja di Sarawak tapi seluruh Malaysia , meningkatkan penerimaan terhadap kombinasi tersebut, dan mendorong pertumbuhan permintaan gula apong dalam industri makanan. Pendekatan kajian menggunakan borang soal selidik Google Form untuk mengumpulkan data dari pengguna. Hasil kajian menunjukkan respon yang positif dimana produk ini mampu bersaing dalam pasaran dan mendapat pengiktirafan oleh masyarakat. Cadangan dan penambahbaikan juga turut dititiberatkan, dimana kami bercadang untuk membuat produk kami dalam bentuk sachet dengan penambah perisa buah-buahan tempatan dapat meningkatkan daya tarik dan keunikan produk. Kata Kunci: Produk inovasi, makanan tradional, industri makanan, pemasaran domestik Abstrak
KAJIAN AWAL PENGHASILAN AIR MINUMAN BERASASKAN BUAH EKSOTIK SARAWAK BUAH KRISTAL MELALUI KAEDAH PENGERINGAN JABATAN PERDAGANGAN 230 Penyelia FARIDAH BINTI CHE IN Ahli Kumpulan ALEESA NUR SYAHIRAH BINTI AHMADI (05DPM21F2105) NUR ARMIESHA ATILLA BINTI NORDIN (05DPM21F2004) Buah Kristal juga dikenali sebagai Buah Matoa atau nama saintifiknya Pometia Pinatta. Buah Kristal hanyalah sebiji buah, namun ia mempunyai tiga rasa buah-buahan berbeza iaitu laici, durian dan rambutan. Buah ini berasal dari Papua New Guinea iaitu berbentuk bulat, berwarna kekuningan pada kulitnya manakala isinya berwarna kuning cair apabila masak dan buah ini mempunyai 11 khasiat yang baik untuk kesihatan. Khasiat yang terkandung pada buah ini, inovasi telah dilakukan dengan pengeringan buah kristal. Tujuan pengeringan buah ini adalah untuk mencipta sesuatu yang berlainan daripada air minuman yang sudah ada di pasaran sekaligus menaikkan ekonomi industri minuman. Kaedah pengeringan digunakan untuk meningkatkan jangka ketahanan buah kristal tersebut. Dengan adanya inovasi ini, buah kristal tersebut dapat digunakan untuk jangka masa yang lebih lama dari sepatutnya. Melalui maklum balas yang yang diterima dengan untuk meninjau penerimaan terhadap buah kristal ini didapati bahawa produk ini mempunyai permintaan dari orang ramai. Objektif kajian ini juga mencari formulasi yang terbaik dari 3 formulasi yang berbeza dengan melakukan ujian penilaian terhadap 77 orang responden. Kesimpulan yang dapat dibuat ialah responden lebih menyukai formulasi satu berbanding formulasi kedua dan ketiga. Cadangan pada masa hadapan adalah untuk mempelbagaikan formulasi dan jenis makanan dan minuman berasaskan buah kristal. Kata Kunci: Buah kristal, buah eksotik, buah matoa, pelanggan, buah kering Abstrak
PENGURUSAN SISA: INOVASI PROJEK PERABOT TAYAR JABATAN PERDAGANGAN 231 Penyelia ZAIDI BIN BASLI Ahli Kumpulan JONATHAN TONY (05DPM21F2077) BRENDAN DANGGAT ANAK JONICAL AMBAU (05DPM21F2069) Projek Inovasi Perabot Tayar bertujuan untuk menyelesaikan masalah sisa tayar di Malaysia dengan membangunkan produk yang inovatif dan mesra alam. Negara Malaysia menghadapi cabaran dalam pengurusan sisa, terutamanya tayar, kerana kadar kitar semula yang rendah. Projek ini menggunakan tayar kitar semula sebagai bahan mentah utama untuk mencipta usaha perniagaan yang mampan. Dapatan Kajian menunjukkan bahawa responden berpuas hati dan bersedia untuk membeli, menunjukkan minat positif terhadap produk tersebut. Walau bagaimanapun, terdapat cadangan untuk penambahbaikan, seperti lebih banyak pilihan rekabentuk. Kesimpulan ini menyerlahkan keperluan untuk tindakan segera dalam pengurusan sisa di Malaysia dan terus menggalakkan kesedaran orang ramai untuk mencapai matlamat kitar semula kerajaan. Kata Kunci: Perabot tayar, isu pembuangan sisa tayar, penambahbaikkan Abstrak