Architectural measured drawings refer to the process of on-site constructed building documentation in the form of presentable set architectural drawings. The drawings are produced by executing the on-site measurement before converting it into an appropriate architectural drawing scheme. Traditionally, the process begins by obtaining the measurement of the building wholly with the aid of standard measurement tools. With this method, there are issues and challenges identified in obtaining accurate measurement. The process is complicated due to human limitations in getting the measurement on the highest peak of the building. With the assistance of geomatics tools, the photogrammetry method assisting in obtaining such measurements, specifically the roof of the building. This publication explains the integration process of the traditional measurement method and photogrammetry through the measured drawing exercise of Tanjung Sembrong Mosque and Teratak Selari Bonda located at Parit Raja, Johore. The procedure involves the common measurement technique using standard measurement tools integrated with the photogrammetry methods with UAV usage to capture the coordinated aerial image of both buildings.
Due to the increased food price volatility during the 2007-2008 food price crisis and its aftereffects, food self-sufficiency has been one of the policy priorities in various nations, including Senegal, India, the Philippines, Qatar, Bolivia, and Russia. In addition, the United Nations predicts that the global population will reach 9.7 billion by 2050, and that half of the land that may be utilised for crops and agriculture worldwide would be unusable for farming owing to climate change, soil degradation, and poverty. The world’s population is growing rapidly, and so is the demand for food. This highlights the importance of food self-sufficiency and the need to investigate and develop a comprehensive plan. This study explores food self-sufficiency and the concept of creating a modular and flexible self-produced food system that might potentially generate safe food from organic plants using environmentally aware farming practises and free of pesticide residues without the usage of arable land. The analysis phase comprises categorising the challenges, while the synthesis stage is when the efforts culminate in the creation of a remedy. Hence, more individuals may start growing their own food, with hydroponics being a popular choice.
Recent trends show diversified usage of container that usually intended as mobile transportation case for trading industry and now applied as building materials especially for commercial building such as hotel. However, as new material, it should comply with basic fire safety requirement which spelled out in the Uniform Building By-Laws (UBBL) 1984. In the construction laws of a building in Malaysia, the characteristics of building must comply with the requirement and regulations before it is being approved in the Certificate of Completion and Compliance (CCC). Thus, this study is focusing on the container materials and its compliance of fire safety requirements and strategies for multi-storey container hotel building. Literature review and case study are used in order to get the information and to compare the ability of the materials and construction to comply with UBBL 1984 in terms of passive design. The results of the evaluation show the possibilities of Multi-Storey Container Hotel to be built and used complied with passive fire safety requirement.
A Smart Home Concept is often referred to the application of smart system technology into residential typology of building. It is a system in which provide home automation that used by the home owner in order to adjust the condition of the house either they are home or away from home. In Malaysia, typical single-storey terrace houses builds according the specifications through a conventional construction complied with Universal Building By-Laws 1985 that help occupants to live in safe and comfort. However, with the introduction of new concept and new technology of Smart Home, Malaysian residential building is upgraded. Thus, aim of this study is to identify the aspects of Smart Home Concept that will inform its usage and application into existing typical Malaysian single-storey terrace houses in terms of device installation. Three major Smart Home system providers were interviewed in order to gain information for the analysis. The analysis is basically to test the applicability of the system in terms of its ideal positioning and installation construction. At the end of this paper, the objective of the study is achieved, in which, smart home concept requires proper planning of home furnishing for them to work effectively. In terms of installation construction, there is no needs to do major renovation or hacking of the existing houses.
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