DEVELOPMENT OF FRAMEWORK TEST INSPECTOR ACTIVITY MONITORING INFORMATION SYSTEM : CASE STUDY OF RAIL MANUFACTURING END PRODUCT TESTING PROCESS
Industry 4.0 or the fourth industrial revolution was first introduced in Germany during the Hannover Messe (Trade Fair) in 2011, it was declared as a strategic initiative to transform the manufacturing industry. Three key technological factors are driving this revolution: connectivity, intelligen...
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id-itb.:711772023-01-27T16:16:02ZDEVELOPMENT OF FRAMEWORK TEST INSPECTOR ACTIVITY MONITORING INFORMATION SYSTEM : CASE STUDY OF RAIL MANUFACTURING END PRODUCT TESTING PROCESS Yudha Prasetiawan, Dian Teknik (Rekayasa, enjinering dan kegiatan berkaitan) Indonesia Theses Industry 4.0, Cyber-Physical System, Product Quality INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/71177 Industry 4.0 or the fourth industrial revolution was first introduced in Germany during the Hannover Messe (Trade Fair) in 2011, it was declared as a strategic initiative to transform the manufacturing industry. Three key technological factors are driving this revolution: connectivity, intelligence and automation. One of the applications of technology to increase productivity is to apply the Cyber Physical System (CPS) concept which is the most important part of industry 4.0. The obstacle currently faced by railroad manufacturing companies in Indonesia is creating products of very good quality. The quality of the resulting product is highly dependent on the testing process which is an important activity in the production line. Currently, the monitoring process for final product testing is still carried out manually, especially monitoring the activities of the test inspectors, so it takes a long time to ensure that the products produced are in accordance with acceptable standards. The delay in the final product testing process is one of the problems that needs to be addressed. The main causes of delays in the testing process are the absence of a monitoring system for testing activities, the recording process is still manual and the distribution of work is uneven which can result in delays in the testing process. To overcome this problem, this research will develop an information system for monitoring the activities of test inspectors which consists of information on the qualifications and number of inspectors needed for each testing process, the target time for testing completion, the testing location and the requirements for testing equipment used in the testing process. The results obtained from the research that has been done is that an information system framework for monitoring inspector activity monitoring has been developed. The application of this system can be used for initial mitigation in the testing process so that it is in accordance with the schedule that has been made. text |
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Teknik (Rekayasa, enjinering dan kegiatan berkaitan) Yudha Prasetiawan, Dian DEVELOPMENT OF FRAMEWORK TEST INSPECTOR ACTIVITY MONITORING INFORMATION SYSTEM : CASE STUDY OF RAIL MANUFACTURING END PRODUCT TESTING PROCESS |
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Industry 4.0 or the fourth industrial revolution was first introduced in Germany
during the Hannover Messe (Trade Fair) in 2011, it was declared as a strategic
initiative to transform the manufacturing industry. Three key technological factors
are driving this revolution: connectivity, intelligence and automation. One of the
applications of technology to increase productivity is to apply the Cyber Physical
System (CPS) concept which is the most important part of industry 4.0. The
obstacle currently faced by railroad manufacturing companies in Indonesia is
creating products of very good quality. The quality of the resulting product is
highly dependent on the testing process which is an important activity in the
production line. Currently, the monitoring process for final product testing is still
carried out manually, especially monitoring the activities of the test inspectors, so
it takes a long time to ensure that the products produced are in accordance with
acceptable standards.
The delay in the final product testing process is one of the problems that needs to
be addressed. The main causes of delays in the testing process are the absence of
a monitoring system for testing activities, the recording process is still manual
and the distribution of work is uneven which can result in delays in the testing
process. To overcome this problem, this research will develop an information
system for monitoring the activities of test inspectors which consists of
information on the qualifications and number of inspectors needed for each
testing process, the target time for testing completion, the testing location and the
requirements for testing equipment used in the testing process. The results
obtained from the research that has been done is that an information system
framework for monitoring inspector activity monitoring has been developed. The
application of this system can be used for initial mitigation in the testing process
so that it is in accordance with the schedule that has been made. |
format |
Theses |
author |
Yudha Prasetiawan, Dian |
author_facet |
Yudha Prasetiawan, Dian |
author_sort |
Yudha Prasetiawan, Dian |
title |
DEVELOPMENT OF FRAMEWORK TEST INSPECTOR ACTIVITY MONITORING INFORMATION SYSTEM : CASE STUDY OF RAIL MANUFACTURING END PRODUCT TESTING PROCESS |
title_short |
DEVELOPMENT OF FRAMEWORK TEST INSPECTOR ACTIVITY MONITORING INFORMATION SYSTEM : CASE STUDY OF RAIL MANUFACTURING END PRODUCT TESTING PROCESS |
title_full |
DEVELOPMENT OF FRAMEWORK TEST INSPECTOR ACTIVITY MONITORING INFORMATION SYSTEM : CASE STUDY OF RAIL MANUFACTURING END PRODUCT TESTING PROCESS |
title_fullStr |
DEVELOPMENT OF FRAMEWORK TEST INSPECTOR ACTIVITY MONITORING INFORMATION SYSTEM : CASE STUDY OF RAIL MANUFACTURING END PRODUCT TESTING PROCESS |
title_full_unstemmed |
DEVELOPMENT OF FRAMEWORK TEST INSPECTOR ACTIVITY MONITORING INFORMATION SYSTEM : CASE STUDY OF RAIL MANUFACTURING END PRODUCT TESTING PROCESS |
title_sort |
development of framework test inspector activity monitoring information system : case study of rail manufacturing end product testing process |
url |
https://digilib.itb.ac.id/gdl/view/71177 |
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1822992025805389824 |