Applying Manufacturing Execution Systems

McClellan, Michael

doi:10.4324/9781498714891

Cited by 58 publications

(23 citation statements)

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“…3.8) is composed of Levels 3 and 4 in the traditional automation pyramid. The hexagons in the figure represent the interconnected process functionalities typically found in production management, including common Level-3 functions such as work order management, quality management and maintenance management (McClellan 1997;Vogel-Heuser et al 2009), and Level-4 functions such as planning, logistics and business process management.…”

Section: S-bpm As Communication Model For Process Integrationmentioning

confidence: 99%

S-BPM’s Industrial Capabilities

Neubauer

Stary

Kannengiesser³

et al. 2016

S-BPM in the Production Industry

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S-BPM targets Business Process Management and has been applied in various business domains to model business processes and implement workflow support. This chapter investigates S-BPM's capabilities to support workplace and process design as well as process execution in production companies. Thereby, industrial capabilities of S-BPM are structured along the three dimensions of socio-technical systems which need to be considered for Industry 4.0 developments. Technological capabilities address the ability to integrate processes on different automation levels (planning, monitoring, real-time execution, etc.). Organizational capabilities discuss the potential of subject orientation for organizational development, and human capability development investigates how humans in production companies could be supported when involving them in workplace (re)design.

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Section: S-bpm As Communication Model For Process Integrationmentioning

confidence: 99%

S-BPM’s Industrial Capabilities

Neubauer

Stary

Kannengiesser³

et al. 2016

S-BPM in the Production Industry

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show abstract

“…McClellan [3] stated that MES offers benefits as follows: manufacturing cycle time reduced, WIP inventory reduced, paperwork between shifts reduced, lost paperwork/blueprint eliminated, customer service improved, data entry time reduced or even eliminated, lead times reduced, empowered and able to respond unanticipated events.…”

Section: Literature Reviewmentioning

confidence: 99%

Benchmarking and Configuration of Opensource Manufacturing Execution System (Mes) Application

Laksmana

Tanaya

Indrayadi

2013

CommIT (Communication and Information Technology) Journal

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Information now is an important element to every growing industry in the world. In order to keep up with other competitors, endless improvements in optimizing overall efficiency are needed. There still exist barriers that separate departments in PT. XYZ and cause limitation to the information sharing in the system. Open-Source Manufacturing Execution System (MES) presents as an IT-based application that offers wide variety of customization to eliminate stovepipes by sharing information between departments. Benchmarking is used to choose the best Open-Source MES Application; and Dynamic System Development Method (DSDM) is adopted as this work guideline. As a result, recommendations of the chosen Open-Source MES Application are represented.

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“…McClellan [20] explains that MES are implemented in all manufacturing environments (from discrete .manu facturing to process manufacturing). In Table 3 (on the following page) some characteristics of discrete manufacturing and process manufacturing are compared with each other .…”

Section: Analysis Of Industry Specific Mes Functionsmentioning

confidence: 99%

Realising the Potential of Manufacturing Execution Systems

Dyk

Schoor

2012

The South African Journal of Industrial Engineering

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The term Manufacturing Execution System (MES) was created by Advanced Manufacturing Research (AMR) in 1990 to describe a suite of software products, which enables the execution of manufacturing through the integration of the plann ing and control systems of an enterprise. The evolution of Manufacturing Execution Systems is a result of the evolution of manufacturing strategies, manufacturing planning and control systems , as well as the evolution of information technology. In this article this evolution is investigated, current business models are evaluated and an MES Function Matrix is proposed to address inadequacies of these models . OPSOMMINGDie term Vervaardigingsuitvoeringstelsels ("Manufacturing Execution System" -MES) is in 1990 deur Advanced Manufacturing Research (AMR) geskep om die stel sagtewareprodukte te beskryf, wat die uitvoering van vervaardigingsplanne moontlik maak deur die integrasie van die beplanning-en beheerstelsels van 'n ondememing. Die evolusie van MES is die resultaat van die ontwikkeling van vervaard igingstrategiee, vervaardingsbeplanning-en beheerstelsels, asook die ontwikkeling van inligtingstegnologie. In hierdie artikel word die evolusie van MES ondersoek, besigh eidsmodelle word geevalueer en 'n MES Funksie Matriks word voorgestel om leemtes ten opsigte van hierdie modelle te identifiseer.

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Applying Manufacturing Execution Systems

Cited by 58 publications

References 0 publications

S-BPM’s Industrial Capabilities

S-BPM’s Industrial Capabilities

Benchmarking and Configuration of Opensource Manufacturing Execution System (Mes) Application

Realising the Potential of Manufacturing Execution Systems

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