https://repositori.mypolycc.edu.my/jspui/handle/123456789/1 Fri, 17 Jul 2026 00:20:08 GMT 2026-07-17T00:20:08Z https://repositori.mypolycc.edu.my/jspui/handle/123456789/10156 Title: WIRELESS SMOKE DETECTION AND FIRE SYSTEM THROUGH APPLICATION Authors: ANIS NATASYA BINTI AZIZI, VISWA RAO; NUR ALIA BINTI BAKARY, VISWA RAO; SITI NUR NILAM SARI BINTI MOHD ARSHAD, VISWA RAO; SOFEA ADRINA BT MD JAMIL, VISWA RAO Abstract: The primary aim of this project is to build a wireless smoke detector that can be used to detect little or large fires in residential areas through an application. Whether the user is in close proximity to the radar or not, this gadget is crucial in providing a fire warning. This project offers an additional option in which all device access numbers can be shared by users, irrespective of their relationships with family or close friends. This prototype was developed since the majority of home fire incidents are the result of their being no warning signs or other information regarding the fire until it breaks out without the victim's knowledge. However, this home fire incidents can be prevented using this gadget. Furthermore, the project has the potential to reduce the number of deaths related to fire incidents. Numerous mechanical and practical theories are applied in the process of creating a smoke detector through this application, depending on the user's suitability because this design project involves the use of design software, such as coding, the Blynk programme, fundamental engineering calculations, and problem identification and solving. t It offers numerous chances to expand knowledge and experience. Nonetheless, there are still areas for improvement and possibility for this project to progress in a way that aligns with the goals of this design-build. All things considered, this application's wireless smoke detector can function well and have a great impact on users.Tujuan utama projek ini adalah untuk membina pengesan asap tanpa wayar yang boleh digunakan untuk mengesan kebakaran kecil atau besar di kawasan kediaman melalui aplikasi. Sama ada pengguna berada berdekatan dengan radar atau tidak, alat ini penting dalam memberikan amaran kebakaran. Projek ini menawarkan pilihan tambahan di mana semua nombor akses peranti boleh dikongsi oleh pengguna lain, tidak kira dengan keluarga atau rakan rapat. Prototaip ini dibangunkan memandangkan kebanyakan kejadian kebakaran rumah adalah akibat tiada tanda amaran atau maklumat lain mengenai kebakaran sehingga ia berlaku tanpa pengetahuan mangsa. Namun, kejadian kebakaran rumah ini boleh dielakkan menggunakan gajet ini. Tambahan pula, projek itu berpotensi untuk mengurangkan jumlah kematian berkaitan kejadian kebakaran. Banyak teori mekanikal dan praktikal digunakan dalam proses mencipta pengesan asap tanpa wayar melalui aplikasi ini, bergantung kepada kesesuaian pengguna kerana projek reka bentuk ini melibatkan penggunaan perisian reka bentuk, seperti pengekodan, program Blynk, pengiraan kejuruteraan asas dan pengenalpastian masalah. dan penyelesaian. Ia menawarkan banyak peluang untuk mengembangkan pengetahuan dan pengalaman. Namun begitu, masih terdapat kawasan untuk penambahbaikan dan kemungkinan untuk projek ini maju dengan cara yang sejajar dengan matlamat binaan reka bentuk ini. Setelah semua perkara dipertimbangkan, alat ini juga terbukti mampu berfungsi dengan baik dan memberi impak besar kepada pengguna. Description: One of the biggest challenges abroad is fires in residential areas. In other circumstances, there are a lot of horrific fatalities which take place in residential areas. People who live in residences, especially those with overwhelming gas and electric usage, are highly at risk of this. These incidents may result in damage to the environment, structures, and humans. There are frequent fires in this area because of short circuits, gas leaks, and so on. In March 2023, a fire incident happened at Kampung Sabak Awor, Muar. The fire chronology is due to a short circuit. Fire incidents have become a critical issue, which must be dealt with on time without any unnecessary delay to avoid the loss of lives and belongings. Fires usually occur in homes because of carelessness and changes in environmental conditions. They cause threats to the residential community and may result in human death and property damage. Fire hazard in buildings can be defined as the potential of accidental or intentional fire to threaten a building's life, structural, and property safety. With rapid development across the globe, fire hazards in buildings have undergone significant transformation in terms of severity and versatility and have become a growing concern in recent years. [2] Page | 2 Sometimes, these incidents are more destructive when the fire spreads to the surroundings. Early detection of a fire event is an effective way to save lives and reduce property damage. The fire must be detected initially to escape a fiery place and douse the fire source. The installation of a fire alarm system is the most convenient way to detect a fire early and avoid losses. fire alarms consist of different devices working together that can detect fire and alert people through visual and audio appliances. Consequently, house fires must be detected early to prevent these types of threats. The immediate notification of a fire is the most critical issue in domestic fire detection systems. A Wireless Sensor Network consists of a huge number of sensor nodes and is a set of hundreds or thousands of micro sensor nodes that have capabilities of sensing, establishing wireless communication between each other, and doing computational and processing operations Wireless Sensor Networks (WS) consist of tiny, cheap, and low- power sensor devices that can sense the environment and can provide real-time fire detection with high accuracy. A wireless sensor network is a network in which a large number of sensors are deployed and data is collected from them and sent to a particular system for processing. [3] Not only that, but to address this problem, this study aims to implement a smart fire detection system that would not only detect the fire using integrated sensors but also alert property owners, emergency services, and local police stations to protect lives and valuable assets simultaneously. So, the concept of the Internet of Things (loT) nowadays is applied in many applications ranging from the smart industry and smart agriculture to smart healthcare and smart home applications. Home automation is an area where loT has several advantages. For example, when the wireless sensor network detects the gas or smokes around or surrounding the house that can cause fire, the loT application will notify the owner even in outstation. Fires can spiral out of control because people install inadequate fire alarm systems to save money Sun, 01 Jan 2023 00:00:00 GMT https://repositori.mypolycc.edu.my/jspui/handle/123456789/10156 2023-01-01T00:00:00Z https://repositori.mypolycc.edu.my/jspui/handle/123456789/10155 Title: SMART WATER TANK Authors: NORLIYANA AMILIN BINTI HANIZAM, VISWA RAO; MUHAMMAD NASRUL BIN MOHD KHOIRI, VISWA RAO; MUHAMMAD FIRDAUS BIN MUHD HAMZAH, VISWA RAO; SOFEA ADRINA BT MD JAMIL, VISWA RAO Abstract: Water scarcity is a pressing global challenge aggravated by factors such as population growth, urbanization, and climate change. Despite the indispensable nature of water for life, it is often taken for granted and wasted. This project responds to the urgent need for innovative solutions to conserve water and optimize its usage, particularly in the face of escalating demand. The project focuses on integrating solar energy, a renewable and non- polluting resource, into water management systems to enhance sustainability. Solar energy, being abundant and environmentally friendly, stands out as a promising solution in the 21st century. By alerting users through alarm sounds or varied light colors when water levels are too high or low, the system serves as an effective tool for water conservation. Particularly, in construction sites and rural areas where energy resources are limited, this project seeks to provide a simple yet effective solution. Aiming to ease water access for construction work while minimizing waste and reducing pollution associated with energy generation, the project incorporates Computer Aided Design (CAD) for precision and efficiency. The project's primary objectives include designing the product using CAD, developing a Smart Water Tank integrated with a water level detector and solar panel, and rigorously testing the system's effectiveness. The results showed the system was highly effective, with a mean score of 1.7 for question 9 and the lowest score of 1.2 for question 5. The findings have implications for the development of smart water detection systems and provide a deeper understanding of the system's effectivenessThe exploration encompasses the installation of sensors, network connectivity, data analysis, and thorough testing and refinement of the system. Ultimately, this project not only addresses immediate concerns related to water wastage but also contributes to a broader understanding of how technology can be harnessed to promote sustainable water management in the face of escalating global water challenges. The results of the study found that we successfully used CADD to design a prototype. Next, we succeeded in developing a combination of solar and water tanks to be used as a smart water tank. Finally, we successfully tested the prototype to be used at the construction site as a result of the findings of the study by the public based on mean score obtained which is 70, 60, and 50.Kekurangan air merupakan cabaran global yang mendesak yang diburukkan lagi oleh faktor seperti pertumbuhan penduduk, pembandaran dan perubahan iklim. Walaupun sifat air yang sangat diperlukan untuk kehidupan, ia sering dipandang remeh dan dibazirkan. Projek ini bertindak balas kepada keperluan mendesak untuk penyelesaian inovatif untuk menjimatkan air dan mengoptimumkan penggunaannya, terutamanya dalam menghadapi permintaan yang semakin meningkat. Projek ini memberi tumpuan kepada penyepaduan tenaga suria, sumber yang boleh diperbaharui dan tidak mencemarkan, ke dalam sistem pengurusan air untuk meningkatkan kemampanan. Tenaga suria, yang banyak dan mesra alam, menonjol sebagai penyelesaian yang menjanjikan pada abad ke-21. Dengan memberi amaran kepada pengguna melalui bunyi penggera atau warna cahaya yang pelbagai apabila paras air terlalu tinggi atau rendah, sistem ini berfungsi sebagai alat yang berkesan untuk pemuliharaan air. Terutamanya, di tapak pembinaan dan kawasan luar bandar di mana sumber tenaga adalah terhad, projek ini berusaha untuk menyediakan penyelesaian yang mudah tetapi berkesan. Objektif utama projek termasuk mereka bentuk produk menggunakan CAD, membangunkan Tangki Air Pintar yang disepadukan dengan pengesan paras air dan panel solar, dan menguji keberkesanan sistem dengan teliti. Keputusan menunjukkan sistem ini sangat berkesan, dengan skor min 1.7 untuk soalan 9 dan skor terendah 1.2 untuk soalan 5. Penemuan ini mempunyai implikasi untuk pembangunan sistem pengesanan air pintar dan memberikan pemahaman yang lebih mendalam tentang keberkesanan sistem. merangkumi pemasangan penderia, ketersambungan rangkaian, analisis data, dan ujian menyeluruh dan penghalusan sistem. Akhirnya, projek ini bukan sahaja menangani kebimbangan segera berkaitan pembaziran air tetapi juga menyumbang kepada pemahaman yang lebih luas tentang cara teknologi boleh dimanfaatkan untuk menggalakkan pengurusan air yang mampan dalam menghadapi cabaran air global yang semakin meningkat. Hasil kajian mendapati kami berjaya menggunakan CADD untuk mereka bentuk prototaip. Seterusnya, kami berjaya membangunkan gabungan tangki solar dan air untuk digunakan sebagai tangki air pintar. Akhirnya, kami berjaya menguji prototaip yang akan digunakan di tapak pembinaan hasil dapatan kajian oleh orang ramai berdasarkan skor min yang diperolehi iaitu 70, 60, dan 50 Description: Water is a substance composed of the chemical elements hydrogen and oxygen and exists in gaseous, liquid, and solid states. It is one of the most plentiful and essential compounds. A tasteless and odorless liquid at room temperature, it has the important ability to dissolve many other substances. Indeed, the versatility of water as a solvent is essential to living organisms. Water also exists on other planets and moons both within and beyond the solar system. In small quantities, water appears colorless, but water has an intrinsic blue color caused by slight absorption of light at red wavelengths.Water’s density is greatest at about 4 °C (39.2 °F), in the liquid phase. Ice, water’s solid phase, is more buoyant, so it forms at the surface of water bodies and freezes downward. Lakes and rivers rarely freeze completely, and the liquid water below can become a winter refuge for aquatic life.[1] Smart water tank has been designed to give new innovations to engineers out there. This product can provide many advantages to people such as on construction sites. This Smart Water Tank has solar that can supply electricity or as a backup when there is no electricity. It can be used at the construction site to carry out work that uses electricity such as drilling, cement mixing, welding and so on. Previously, workers at the construction site usually used electric generators where it uses a lot of energy and can pollute the environment. In addition, this Smart Water Tank also has another advantage which is that there is a water level detector inside. The purpose of this water detector is to detect the water level when the water is full along with the sound of the buzzer. This situation can at once prevent water wastage at the construction site and lighten the burden of the workers there to monitor water level.[1] Sun, 01 Jan 2023 00:00:00 GMT https://repositori.mypolycc.edu.my/jspui/handle/123456789/10155 2023-01-01T00:00:00Z https://repositori.mypolycc.edu.my/jspui/handle/123456789/10154 Title: HYDRAULIC LAB GUIDANCE IN APPLICATION (HY-LAB) Authors: ZAHANIZAM BIN ZAIB, VISWA RAO; ASHER JEZREEL, KENNEDY JOSEPH; NUR NADYA ZAFIRAH BINTI AKMAL ZIHNNI, VISWA RAO; NORSYAFIKA ZAHIRA BINTI MOHD NASIR, VISWA RAO Abstract: Hy-lab ialah aplikasi yang pelajar boleh memahami dan menjalankan eksperimen dengan lebih mudah. Kesukaran memahami eksperimen dan helaian makmal, sama ada di bawah pimpinan pensyarah atau tanpa sebarang bimbingan melalui kuliah atau kaedah visual, adalah situasi yang mungkin sering kita amati dalam bengkel. Selain itu, sebelum memasuki makmal, pelajar kerap tidak menjalankan eksperimen penyelidikan. Mereka memerlukan masa untuk menyelesaikan percubaan kerana ini. Objektif utama projek ini adalah untuk mencipta aplikasi untuk makmal hidraulik. Selain itu, untuk membangunkan garis panduan aplikasi makmal hidraulik. Akhir sekali, ialah meminta pelajar di jabatan kejuruteraan awam menguji aplikasi untuk memastikan ia berfungsi. Aplikasi ini mempunyai dua eksperimen makmal, Kesan Jet Air dan Ciri Bendalir, yang merupakan antara ciri yang paling ketara. Bahan eksperimen ini termasuk helaian makmal, video membimbing pengguna melalui prosedur, borang analisis data, foto peralatan dan banyak lagi. semuanya memberikan maklumat tentang eksperimen. Oleh itu, dengan menggunakan bantuan yang diberikan dalam aplikasi ini, pelajar akan dapat menyelesaikan eksperimen dengan lebih cepat dan lebih mudah.Hy-lab is an application that students can comprehend and conduct experiments more easily. Difficulties comprehending experiments and lab sheets, either under the leadership of a lecturer or without any guidance through lectures or visual methods, are situations that we may observe frequently occurring in laboratory. Additionally, before entering the lab, students frequently do not research experiments. They will need time to complete the experiment because of this. The main objective of this project is to create an application for a hydraulic laboratory. Moreover, to develop hydraulic laboratory application guidelines. The final step is to have students in the civil engineering department test the application to ensure it is functional. This application has two lab experiments, Water Jet Impact and Fluids Characteristic, which are among its most significant features. This experiment's materials include lab sheets, videos guiding users through the procedures, data analysis forms, equipment photos, and more. all of which provide information about the experiment. Thus, by using the assistance given in this application, students will be able to complete experiments more quickly and with greater ease. Description: This project is an inspiration based on the problems that exist in student of hydraulic laboratory. This idea of building and creating Hy-lab applications is a very useful solution and can benefit students a lot. Students need a long time to understand and complete the experiments given by the lecturer. Our motivation to create this application stems from a common issue that arises for students who want to start conducting experiments. As a result, this application was created to help students with their work as they conduct these experiments. This project has the benefit of being portable and having an intuitive application. Sun, 01 Jan 2023 00:00:00 GMT https://repositori.mypolycc.edu.my/jspui/handle/123456789/10154 2023-01-01T00:00:00Z https://repositori.mypolycc.edu.my/jspui/handle/123456789/10153 Title: Istiadat Konvokesyen Politeknik Port Dickson ke 24 Thu, 01 Jan 2015 00:00:00 GMT https://repositori.mypolycc.edu.my/jspui/handle/123456789/10153 2015-01-01T00:00:00Z