Building maintenance is an activity of maintaining the reliability of buildings, infrastructure and facilities to have the proper functions and are not damaged quickly. The main goal is to manage a building and its grounds, as well as customize needs for the facility and achieve the reliability requirements of building (comfort, safety, health and convenience). The problem is that the current condition of building maintenance is generally still conventional. As a result, the building maintenance process tends to be slow, often neglected, and can often result in insignificant additional costs. For example, the condition of a tempered glass was dirty and dusty conditions, then this will disrupt the lighting in the room, so that electricity will increase while the functional value of green buildings decreases. This certainly contradicts to the principle of green building that carries Energy Efficiency & Conservation/EEC, which is caused by non-maximization of one green building's components especiall in architecture components. The purpose of this research is to improve the performance of maintenace work to green buildings in state's buildings for architecture components. The research methods used are literature study, data analysis and case studies of information systems development. Minister of Public work regulation 24/2008 are used as a Guidelines for Building Maintenance which are then integrated into the Information System-WEB. By developing an information system for maintenance, the performance of Architecture Components in green building will be achieved 4 points from building requirements and reduce the possibilities damage in future especially for plafond and tempered glass damage. The results of this studies is a web-shaped information system that is useful for state agencies and others in carrying out the work of maintaining a green buildings, especially in the architecture component.
|Journal||IOP Conference Series: Materials Science and Engineering|
|Publication status||Published - 18 May 2020|
|Event||3rd International Conference on Innovation in Engineering and Vocational Education 2019, ICIEVE 2019 - Bandung, West Java, Indonesia|
Duration: 26 Nov 2019 → …