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DESIGN OF A SMART RUNWAY ILLUMINATION RESEARCH PROJECT REPORT- ELECTRICAL TELECOMMUNICATION OPTION
| Institution | Kisii National Polytechnic |
| Course | Electrical and elect... |
| Year | 3rd Year |
| Semester | Unknown |
| Posted By | MAKORI KERECHA |
| File Type | docx |
| Pages | |
| File Size | 1 MB |
| Views | 680 |
| Downloads | 0 |
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Description
There is always a need to improve technology for safety, efficiency, and reliability in aviation and in operating airports. This is under this project on " Implementation of a Smart Runway Illumination: Radar-Controlled Lighting System" that has noted most of the limitations mentioned against the traditional runway lighting systems. This research mainly aims to develop an intelligent runway lighting system that can use real-time radar information in combination with highintensity LED light and smart control algorithms to adapt to oncoming aircraft information, including its position, speed, and direction, and environmental factors. It consists of advanced LED and radar technologies, with a developed smart control algorithm that allows runway illumination to be adjusted in real-time, optimizing lighting conditions for aircraft at landing or take-off.
Research has found that the smart runway illumination system not only deals with the drawbacks of the existing systems but also helps in overcoming high-energy consumption. The integration of radar information with such an LED lighting system by the use of intelligent algorithms is a significantly more reliable and efficient lighting system, ensuring the overall safety of the airport's operation. This paper is of high relevance in proposing a possible solution toward the operational constraints of the conventional runway lighting systems, with further potential to save energy and improve safety. Installation of this system in airports to enhance operational efficiency and safety is recommended. Future work that is carried out to study the integration of other environmental data and to free this system for other uses in the airport would greatly beneficial the airport operations. Availing such a remarkable contribution to the aviation
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DESIGN OF REINFORCED RETAINING WALL PROJECT REPORT
To achieve the objective of this study as stated earlier, the visit companies and offices in order to get the data which will help me to get better result and produce a good report of my research project. This work will be arranged in this way,
Step1; to deal with descriptive study and documenting which show how kabaya terrain is look like and carrying survey and site investigation.
Step2; to produce descriptive study showing drawing based on data will be obtaining
Step2; to assess cost estimation by using appropriate concept
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STRUCTURAL AND ARCHITECTURAL DESIGN OF FOUR STOREY MULTI-SHOPPING COMMERCIAL BLOCK PROJECT REPORT
This project entitled “Structural design of four-story multi-shopping commercial block in Kisii Town”. The objective the research was to conduct a technical detail and study on the implementation of Structure design of proposed four story commercial building in Kisii Town in order to solve the problems of our country to fit in vision of land use. Therefore, conducting this research project could be a sustainable solution to the above-mentioned problems. During this research, the analysis of structural elements was made by combining manual analysis, ArchiCAD 18 & Atlantis software for providing architectural plans, arcGIS software for creating and using maps, compiling geographic data, analyzing mapped information, dynamic cone penetration test for determining allowable bearing capacity of the soil, PROKON software for analyzing and designing of structures. The architectural drawings, analysis and the design of all elements of structure, cross sections and reinforcements were calculated. The study revealed that building dimensions are (21.30m*25.60m) and the minimum requirements steel bar in slab at the top four steel bars of ten diameters (4Ø10mm/m), bottom three steel bars of eight diameters (3Ø8mm/m). Beam at top four steel bar of twenty five diameters (4Ø25mm), bottom (4Ø20mm). For the column ground floor (8Ø25mm), first floor (8Ø20mm), second floor (8Ø14mm) and last (4Ø12mm), stairs (4 Ø 12), foundation (5Ø16mm)
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STRUCTURAL DESIGN OF MORDERN THREE STOREY HOUSE WITH ROOFTOP TERRACE PROJECT REPORT
This work explores the complexities and challenges of designing a three-storey modern house in Kisii Town, Kisii County. In response to rapid urbanization and the essential role of housing in Kisii County(World Bank, 2018;UN-Habitat 2018), there is an increasing demand for modern, sustainable, and community-oriented residential spaces. This study was conducted to help meet the need for modern housing in Kisii County, as the County faces many challenges in providing adequate and sustainable homes.
The project explains the design and modelling of a G+2, three-storey modern house using Autodesk Robot Structural Analysis Professional 2024(Autodesk 2023), as it provides a clear vision through design, construction, and documentation. With the advancement of technology, the use of software to solve numerous problems in every technical discipline problems that formerly took a long time has become quite common. As a result, the use of software technology in civil engineering to analyze, design, and predict the behavior of structures before their lifespan has increased dramatically over the last decade(Kasthurirangan, 2021).
The research focused on designing a modern house with a rooftop terrace, taking into account practical use, visual appeal, safety, and economic viability. Archi CAD 28(Graphisoft, 2023) and Lumion 10(Act-3D, 2020) software were used for producing the architectural design, while Robot Structural Professional was employed for structural design and analysis, following the British Code as the design standar
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STRUCTURAL AND ARCHITECTURAL DESIGN OF TWO COMMERCIAL BUILDING BLOCK PROJECT REPORT
This is a project for construction of two storey commercial building block. This project work “structural design of G+2 commercial building at Nyamache Sub County_ Kisii County sector is a part of fulfillment of advanced diploma as awarded of Kisii National polytechnic (KNP). It contains with conception, structural design which provides proper communication to all of users, this project gives more information about the design and analysis of commercial building. The final project report contains five chapters that are: General Introduction, Literature review, research methodology, system design, analysis and implementation and then Conclusion and Recommendation.
This project report also has been compiled referred to books of different authors and by using equation provided in codes of practice like; British standard used in design of the commercial building. The analysis of each structure members starts with evaluation of all loads that are expected to be carried by structure including self-weight. The structure design of this project detail, beam, slab, stair, column, and foundation by BS8110.
Based on result, the detailed plans of this.
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