Start Date
16-8-2018 12:00 AM
Description
Companies, especially manufacturers, are operating in increasing demands of variability and customizability nowadays. They are faced with a multitude of complex rules and regulations that must be complied with, as well as supply chain disruptions that threaten business. Smart manufacturers take advantage of advanced information and manufacturing technologies to enable flexibility in physical processes. However, existing information systems are far from being effective and efficient for compliance monitoring in service-oriented manufacturing. Failure to interface well with different information systems is still a general phenomenon among manufacturers, leading to problems such as delay of goods delivery or missing inventory. This research analyzes transaction codes in information systems using process modelling with simulation, validated by an intensive manufacturing case study. Design principles in IT systems for continuous monitoring and auditing in manufacturing are developed. The results contribute to enterprise systems configuration by proposing internal control measures based on IoT fault detection sensors.
Recommended Citation
Wang, Yuxin; Hulstijn, Joris; and Tan, Yao-hua, "Analyzing Transaction Codes in Manufacturing for Compliance Monitoring" (2018). AMCIS 2018 Proceedings. 3.
https://aisel.aisnet.org/amcis2018/AccountingIS/Presentations/3
Analyzing Transaction Codes in Manufacturing for Compliance Monitoring
Companies, especially manufacturers, are operating in increasing demands of variability and customizability nowadays. They are faced with a multitude of complex rules and regulations that must be complied with, as well as supply chain disruptions that threaten business. Smart manufacturers take advantage of advanced information and manufacturing technologies to enable flexibility in physical processes. However, existing information systems are far from being effective and efficient for compliance monitoring in service-oriented manufacturing. Failure to interface well with different information systems is still a general phenomenon among manufacturers, leading to problems such as delay of goods delivery or missing inventory. This research analyzes transaction codes in information systems using process modelling with simulation, validated by an intensive manufacturing case study. Design principles in IT systems for continuous monitoring and auditing in manufacturing are developed. The results contribute to enterprise systems configuration by proposing internal control measures based on IoT fault detection sensors.