| Uitgebreide vaknaam |
Smart Industry Operations |
| Leerdoelen |
Distinguish and summarise different Industry 4.0 technologies and appraise their individual or joint contribution to high performing Smart Industry Operations. |
| Omschrijving |
Industry 4.0 technologies have a transformative impact on the design and management of operations in industry. Operational performance for example can directly benefit from increased connectivity among different actors, but also through the application of machine learning and artificial intelligence on the data generated by such connected systems. Typically, the role of the human is changing within smart industrial environments. This, requires renewed attention to the design and management of socio-technical systems towards what is now called Industry 5.0, complementing Industry 4.0 towards a transition to sustainable, human-centric, and resilient industry. This course provides introductory knowledge and coverage of Industry 4.0 technologies and their interrelation with humans, with a specific focus on technologies such as internet of things, and machine learning / artificial intelligence, including Fair and Explainable AI, together with relevant Python implementation programming, to provide working knowledge and necessary skills for designing, implementing, and managing smart industry operations. |
| Uren per week |
4 |
| Onderwijsvorm |
-computer practicum, -hoorcollege , -werkcollege
|
| Toetsvorm |
-groepsopdracht, -individuele opdracht
|
| Vaksoort |
master
|
| Coördinator |
Prof. Dr. C. Emmanouilidis
|
| Docent(en) |
Prof. Dr. C. Emmanouilidis
,Dr. O.A. Kilic
, S. Waschull, MSc.
|
| Entreevoorwaarden |
Students should have an understanding of Operations Management (OM) and the role of data for driving OM activities. |
| Opmerkingen |
Secretary: room 5411-0634, phone +31(0)50 3637020, e-mail: secr.operations.feb@rug.nl |
| Opgenomen in |
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