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Conceptual Framework of Smart Manufacturing Execution System Based on Systems Engineering Approach
Author(s) -
ByeongWoo Jeon,
DaeGeun Hong,
KeeYoung Shin,
SukHwan Suh
Publication year - 2016
Publication title -
incose international symposium
Language(s) - English
Resource type - Journals
ISSN - 2334-5837
DOI - 10.1002/j.2334-5837.2016.00284.x
Subject(s) - factory (object oriented programming) , cyber physical system , enterprise resource planning , smart manufacturing , process (computing) , computer science , productivity , manufacturing engineering , manufacturing execution system , systems engineering , process management , engineering management , engineering , computer integrated manufacturing , knowledge management , operating system , economics , macroeconomics , programming language
Manufacturing Execution System(MES) is in charge of manufacturing execution based on the inputs given by high level information such as ERP(Enterprise Resource Planning) and shop floor dat. MES implemented in modern factories is focusing on helping people to manage production activities based on collected shop floor data. Since not only men but also other factors such as machines can affect productivity, managing machine activity based on shop floor situation real‐time is important if the number of skilled workers isn't enough, which is brought up in the advanced country. Smart factory system in the paradigm of Industry 4.0 tries to solve the problems via CPS (Cyber Physical System) technology. In this paper, we conducted Systems Engineering Approach to design an advanced MES (namely Smart MES) that can accommodate CPS concept. Specifically, we tailored Systems Engineering Process (SEP) based on an International Standard formalized as ISO/IEC 15288 to develop Stakeholders’ Requirements (StR), System Requirements (SyR). The results of the research can provide a conceptual framework for future MES that can play a crucial role in the Smart Factory.