Servizi per la didattica
PORTALE DELLA DIDATTICA

Complexity in engineering & management systems

01ROKRP

A.A. 2018/19

Course Language

Inglese

Course degree

Doctorate Research in Management, Production And Design - Torino

Course structure
Teaching Hours
Lezioni 40
Teachers
Teacher Status SSD h.Les h.Ex h.Lab h.Tut Years teaching
De Marco Alberto Professore Associato ING-IND/17 20 0 0 0 2
Teaching assistant
Espandi

Context
SSD CFU Activities Area context
*** N/A ***    
2018/19
PERIOD: JUNE - JULY The course illustrates the methodologies and principles to model and simulate systems to solve problems in organizations, engineering and management. It provides participants with knowledge to understand the complexity of engineering and management systems, archetypical behaviours of complex systems, measurement metrics, and policy making tools for system control. Case studies and applications are in the fields of technology diffusion, operations management, supply chain management, logistics and project management. In particolar, the System Dynamics and Agent-Based modelling methodologies are given togeter with the software packages needed to simulate complex systems (e.g.: Vensim, NetLogo, AnyLogic, etc.). A project work is developed to model and simulate a system with reference to the participant’s specific vertical domain of research.
PERIOD: JUNE - JULY The course illustrates the methodologies and principles to model and simulate systems to solve problems in organizations, engineering and management. It provides participants with knowledge to understand the complexity of engineering and management systems, archetypical behaviours of complex systems, measurement metrics, and policy making tools for system control. Case studies and applications are in the fields of technology diffusion, operations management, supply chain management, logistics and project management. In particolar, the System Dynamics and Agent-Based modelling methodologies are given togeter with the software packages needed to simulate complex systems (e.g.: Vensim, NetLogo, AnyLogic, etc.). A project work is developed to model and simulate a system with reference to the participant’s specific vertical domain of research.
Principles of complexity science. Structures, states and behaviours of complex systems.Usage of simulation models. Performance measurement systems and metrics. Model design of complex systems. System Dynamics modelling and simulation using Vensim software package. Agent-based modelling and associated software packages. The course is given in English.
Principles of complexity science. Structures, states and behaviours of complex systems.Usage of simulation models. Performance measurement systems and metrics. Model design of complex systems. System Dynamics modelling and simulation using Vensim software package. Agent-based modelling and associated software packages. The course is given in English.
calendario Tutte le lezioni si terranno in sala DIGEP B. 11/06/19 9:00-13:00 Introduction to complexity in engineering&management systems – Carlo Rafele 14/06/19 9:00-13:00 Introduction to System Dynamics modelling – Alberto De Marco 18/06/19 9:00-13:00 Theory of complexity – Carlo Rafele 21/06/19 9:00-13:00 System dynamics archetypes – Alberto De Marco 28/06/19 9:00-13:00 System dynamics simulations and launch of project work – Alberto De Marco 02/07/19 9:00-13:00 Principles of agent based modelling – Giovanni Zenezini attenzione la lezione del 2 luglio p.v. sarà spostata in aula 19 (invece che DIGEP B) sempre dalle 9 alle 13. 12/07/19 9:00-13:00 Project work - Alberto De Marco/Giovanni Zenezini 18/07/19 9:00-13:00 Project work - Alberto De Marco/Giovanni Zenezini 23/07/19 9:00-13:00 Project work - Alberto De Marco/Giovanni Zenezini 25/07/19 9:00-13:00 Project work final presentations - Alberto De Marco/Giovanni Zenezini
calendario Tutte le lezioni si terranno in sala DIGEP B. 11/06/19 9:00-13:00 Introduction to complexity in engineering&management systems – Carlo Rafele 14/06/19 9:00-13:00 Introduction to System Dynamics modelling – Alberto De Marco 18/06/19 9:00-13:00 Theory of complexity – Carlo Rafele 21/06/19 9:00-13:00 System dynamics archetypes – Alberto De Marco 28/06/19 9:00-13:00 System dynamics simulations and launch of project work – Alberto De Marco 02/07/19 9:00-13:00 Principles of agent based modelling – Giovanni Zenezini attenzione la lezione del 2 luglio p.v. sarà spostata in aula 19 (invece che DIGEP B) sempre dalle 9 alle 13. 12/07/19 9:00-13:00 Project work - Alberto De Marco/Giovanni Zenezini 18/07/19 9:00-13:00 Project work - Alberto De Marco/Giovanni Zenezini 23/07/19 9:00-13:00 Project work - Alberto De Marco/Giovanni Zenezini 25/07/19 9:00-13:00 Project work final presentations - Alberto De Marco/Giovanni Zenezini
Modalità di esame:
Exam:


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