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<b>Abstract</b><p align="justify"><br />Industrial enterprises of make to order (MTO) job shop industrial enterprise, begin production while customers have decided their orders. The competitive keys of non repetitive - make to order job shop system are technical cap...

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Bibliographic Details
Main Author: Nurul Huda, Listiani
Format: Theses
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/6399
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Institution: Institut Teknologi Bandung
Language: Indonesia
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Summary:<b>Abstract</b><p align="justify"><br />Industrial enterprises of make to order (MTO) job shop industrial enterprise, begin production while customers have decided their orders. The competitive keys of non repetitive - make to order job shop system are technical capabilities, prices, delivery time, and reliability to meet the on the time delivery. The delivery time it self is determined by the ability to estimate manufacturing time of the product when order offered, so the orders can be rejected or realized to be accepted order. The delivery time has a result of production time estimation that can be estimated either ignoring load (conventional) or considering load. In this research, production time estimation was based on the machine and capacity load, which express 'backlog'.<p align="justify"><br /><br />The backlog method was a basis to determine response to customer that proposed to Tatsiopoulos model [ Hendry & Kingsman, 1993]. Developing process was conducted on the problematic parameters : determination of the available delivery time method for that developing model, and initialisation backlog which analytically measured are determination of total backlog Length, planned backlog, and planned backlog length. Those parameters can be used in order response to accepted or rejected order quotation. The further development of backlog methods requires the input output information on the shop floor, input and output of the order to be evaluated , also the capacity planning for each machine/work station. The input and output information is created from production schedule, the delivery time methods needs to be established if the customers have not defined the delivery time. The establishment of delivery time method has to meet technical feasibility requirements (operation sequence) and capacity feasibilities.<p align="justify"><br /><br />The benefit is using the method is the easiness to determine the delivery time by loading technique to the shop floor backlog. Therefore, the decision of accepting or rejecting the offered order can be done quickly. The result of using this method is not difference in the manufacturing time compared to the schedule orientation [Toha et al, 1997].<p align="justify"><br />