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80206 Computer Integrated Production
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Danish title: Computer integreret produktion
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Language: English
Credit points: 5 |
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| Type: | Open University
Language: English |
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Previous course: C8006
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No credit points with: C8006
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Prerequisite: 80001
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Recommended semester: 4th -7th semester
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Scope and form: Lectures, project work and exercises
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Examination: Oral examination including compulsory report (13-scale)
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Participant limitation: min. 12 max. 50
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Department: Institut for Procesteknik
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Aim: To give the students an understanding of the requirements for and possibilities in the development of manufacturing execution systems. This is achieved by describing: a) process and production activities in a manufacturing company, b) the interaction and relationships with other relevant activities, c) possibilities and consequences in integrating engineering activities, d) application of information technology for realisation of manufacturing control systems. The course gives an overview of analysis and design tools that are used for development of production systems and their corresponding information systems, which includes functional methods, object oriented methods, and simulation tools. Moreover the course aims at illustrating the integration between the engineering disciplines needed to develop and realise Shop Floor Control systems. This will also include an introduction to the field of manufacturing automation, e.g. robotics, information and database technology, etc.
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Contents: The course will cover some of the fundamental engineering activities in the development of manufacturing execution systems. This will include production preparation, production management and control of the material and ressources on the shop floor.
These activities are typically realised using information technology and are technically integrated in the manufacturing environment. Some of the main topics that will be included are Process Planning, Manufacturing Ressource Planning, Simulation and Shop Floor Control. The review of these topics will be based on current manufacturing practices and will be supplemented with a review of new concepts for development of manufacturing systems that are highly flexible and thus more efficient, robust and productive. Some practical cases involving development of shop floor control systems will be given, which will be supplemented by guest lectures from industry. Part of the curriculum will be performed as project work, where the students will develop a simple manufacturing executio system for a production cell and document their results. The course includes 6 exercises, which are aimed at illustrating specific aspects of manufacturing execution system development and use of specific engineering tools. These include simulation, functional analysis, object oriented modelling, information modelling, database development and Shop Floor Control.
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