Discrete Event Simulation

Offering main image Agenda of the course: Application of simulation in general and specifically in the production area; Process of a simulation study; Introduction to queuing theory; Introduction to AnyLogic c; Single machine model: Experiment, iteration, replication, confidence interval, warm-up phase; Modeling of logistical key figures (service level, inventory, lead time) in simulation models; Deterministic vs. stochastic production and logistic systems

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Semester / Term

Fall/Winter

Course Start Date & Time

2025-09-01 00:00:00

Course End Date & Time

2025-12-31 00:00:00

Type

Shared Lecture

Format

online


Host University

University of Applied Sciences St. Pölten


Credits (ECTS)

1

Contact hours

11.25

Full/partial course

Full course

Course Content

Agenda of the course: 

- Application of simulation in general and specifically in the production area;

- Process of a simulation study;

- Introduction to queuing theory;

- Introduction to AnyLogic c;

- Single machine model: Experiment, iteration, replication, confidence interval, warm-up phase;

- Modeling of logistical key figures (service level, inventory, lead time) in simulation models;

- Deterministic vs. stochastic production and logistic systems

Prerequisites

none

Teaching Methods

tutorial workshop, hands-on experiences

Assessment

online test, Submit the relevant exercise@ ecmpus

Learning Outcomes

"The students

- can analyze and evaluate simple logistical problems and questions in a stochastic environment (e.g. one or two machine models) using simulation software (e.g. AnyLogic software) (L3-L4).

- can create a simple simulation model based on company data (L6) and make statistically sound statements about the expected company key figures (lead time, inventory, delays and delivery reliability) (L4).

- can discuss the results critically and make decisions based on these or make recommendations to the company's management (L4-L5)."

Literature & Materials

Books:

Gutenschwager et al., 2017, Simulation in Produktion und Logistik



Wolfgang Kuhn, 2006, Digitale Fabrik - Fabriksimulation für Pro­duktionsplaner, München/Wien



Grigoryev, 2012, Anylogic 6 in Three Days



Law, 2006, Simulation Modeling and Analysis



Production and Logistics:

Jodlbauer H., 2016, Produktionsoptimierung, Wertschaffende sowie kundenorientierte Planung und Steuerung, 3. Auflage, Verlag Österreich



Günther 0. Tempelmeier H., 2014, Produktion und Logistik: Supply Chain und Operations Management, 11. Auflage, Books on Demand, Norderstedt



Silver EA, Pyke D.F., 1998, Inventory Management and Produc­tion Planning and Scheduling, John Wiley, New York,

Hopp W.j., Spearman M.L., 1996, Factory Physics, Foundations of Manufacturing Management, Irwin, New York


Books:

Jodlbauer

H., Reitner S., Althaler J., 2010, Wirtschaftsmathematik: Fallstu­die zur Beherrschung unternehmerischer Komplexität, 2. Auflage, Ennsthaler



Günther 0. Tempelmeier H., 2013, Übungsbuch Produktion und Logistik: Supply Chain und Operations Management,

8. Auflage, Books on Demand, Norderstedt



Magazines


PPS Management, Zeitschrift fur Produktion und Logistik, GITO



lndustrie Management, Zeitschrift für industrielle Geschäftsprozesse, GITO

ZWF, Zeitschrift für wirtschaftlichen Fabrikbetrieb, HANSER



Journals


International Journal of Production Economics, ELSEVIER


European Journal of Operational Research, ELSEVIER


International Journal of Production Research, TAYLOR&FRANCIS


Others:


Slides


Handouts


Anylogic Help Page



Tutors

Alexander Hübl

Beginning of Application Period

2025-07-01 00:00:00

End of Application Period

2025-08-15 00:00:00