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Magelang Regency is a strategic city in Central Java. The regency has famous tourist destination objects such as Borobudur Temple, besides the fertile climate and soil conditions are an invaluable asset to support agribusiness development. The position of the boundary line between the city area roomates becomes the product market and the village that the production buffer zone may be developed into a competitive Agropolitan region. The obstacles that arise are Magelang Regency is the affected area of Mount Merapi activity, in addition to causing fertility in agricultural land, and the tectonic earthquake eruption become obstacles to the development of potential areas of Merapi disaster, due to the high of physical hazards such as infrastructure damage. The direction of this paper is to look for potential Agropolitan location references with the guarantee of infrastructure service support, the disaster zone equality into a node that connects the area of agribusiness-producing regions in all regency in Magelang regency. The LQ and KS methods are used to bridge the analysis studies in this paper.

Ergonomics aspects in the process of designing work facilities in an industry are important factors. Likewise, several other aspects that are closely related to ergonomics. Like anatomy and physiology, it is also necessary to know the causes of work discomfort, both from a human perspective as well as energy expenditure due to the workload it receives. The work station is an important part of an industry. With an ergonomic work station, employees can work safely, comfortably and productively. Conversely, if the work station is not ergonomic, incorrect postures will arise, so that the person's work performance will decrease, ineffective and efficient. This is because these postures can cause fatigue faster than ergonomic conditions. Workstations that cause work postures that are not ergonomic are found at the weaving operation station at PT “XX. The posture will be analyzed using biomechanics. And heart rate analysis is also performed to determine energy costs. Ergonomic workstations are also closely related to the match between the dimensions of the operator's body segments with the dimensions of the facilities used. If there is a mismatch, it will reduce the effectiveness of the operator's work. For this reason, work facilities that do not conform to the dimensions of the relevant operator body segment need to be redesigned. This redesign uses the operator population anthropometric data in the weaving operation.

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