Developing Standard Operational Procedures for Maintenance and Repair of Mechanical and Electrical Component in Government Building to Improving Safety Planning

To develop maintenance and repair procedures for mechanical and electrical components of government building to improve safety planning. Method of the research using content and construct validation, pilot survey and respondent survey which is then validated using Delphi Method by experts. Result of this research are In developing the maintenance and repair procedures for mechanical and electrical components of government buildings, stages are carried out in the form of identifying the organizational forms and job descriptions of the institution, identifying the components and activities of mechanical and electrical maintenance and maintenance of the building, identifying the person in charge and implementing work activities, establishing the flow of communication, identify risk events in the activity, analyse the highest risk, identify the highest risk response, and develop procedures with the addition of risk response activities. OHS planning developed in this study is risk based so that it can reduce the adverse impacts on occupational health and safety (OHS) by referring to Minister of Public Works Regulation No. 05 of 2014. This research is about how to develop standard operational procedures for mechanical and electrical components in government buildings. The current government building is a building that has a fairly old age, resulting the condition of the building has a lot of damage in various components, for instance mechanical and electrical components. If ignored, these conditions will lead to decrease the quality of the building and may eventually lead to the destruction of the building. Building maintenance and repair work is one of the solutions to maintain the reliability of the building remains functional. However, the absence of proper procedures on government buildings in one of the government agencies becomes obstacles to the implementation of the work. This causes maintenance and repair activities to be ineffective and inefficient, in addition to affecting the results obtained.