Implementation Of Maintenance Program Research Articles

Web-Based Design of Central Buton Tourism System

Central Buton is an area located in the Buton archipelago, Southeast Sulawesi which is a former heritage area of the Sultanate of Buton where the area has many natural and cultural tourist charms that must be preserved. This study aims to design and implement web-based tourism in Buton Tengah. The method used in the development of this application is Waterfall in which there are five namely Analysis, Design, Coding, Testing, and Implementation of Maintenance Programs, with the PHP programming language and Sublime Text 3. The result of the research is that the Central Buton Tourism system is website-based and has a service function, namely the function of providing tourist information, booking tickets, so that the sales system can be improved for the better. Testing this system using the Black Box testing method, so that it is able to answer and show that the system created is in accordance with the objectives of the researcher and is able to meet user needs.

Improvement of Operational Risk Measurement Accuracy on Power Plant Using Qualitative and Quantitative Method

Implementation of maintenance programs in order to improve the performance of power plants required considerable cost, while existing funding sources are limited. Prioritization of maintenance program implementation based on risk level is needed to optimize the performance of power plant unit and maintenance cost required. The process of determining the level of risk can be done with qualitative and quantitative methods, each has advantages and disadvantages. This research compared accuracy of risk number on main equipment of power plant determined using qualitative method, quantitative methods and combined method which is the combination of weighted qualitative and quantitative risk number. Weight of qualitative risk is determined by the engineers in a focus group discussion (FGD) based on technology and capability criteria of equipment such as condition monitoring technology, warning system technology, ability to activate protection system, and load pattern of equipment, to improve the accuracy of risk measurement. Result from the calculations shows that risk number generated from the calculation using combined method has the closest average value and standard deviation to the actual loss

The state of health hardware in Aboriginal communities in rural and remote Australia.

Many of the health problems faced by rural and remote Aboriginal people have been attributed to a poor living environment. In the mid 1980s we began a process of defining problems with the immediate living environment that would affect health. These related particularly to safety, washing and hygiene practice. Between January 1999 and November 2006 we undertook a standardised and detailed assessment of housing in Aboriginal communities. This involved an initial assessment of 250 items in each house and living area, focusing on performance and their impact on these healthy living practices. At the first survey-fix we implemented a limited cost repair of non-functioning health hardware and then six months later returned to the communities for a repeat assessment to examine improvement in performance. Between January 1999 and November 2006 we assessed 4,343 houses in 132 communities in four States and the Northern Territory during survey-fix 1 (SF1) and have repeated that survey-fix assessment (SF2) in 3,448 houses in 112 of those communities. This survey demonstrates extraordinarily poor performance of Aboriginal houses. In the survey period, 71,869 items referred for repair by survey teams were inspected by licensed electricians or plumbers and 49,499 of these have so far been fixed. Only 10% of these house items requiring repair were due to vandalism or misuse. Improvements in the living environment for Aboriginal people will require a sustained commitment to the planning, funding and implementation of maintenance programs in addition to adherence to the design, construction and supervision detail outlined in the National Indigenous Housing Guide.