935 476 066
680 582 321Industrial Operations, Digital Twins and Simulation Course
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Industrial Operations, Digital Twins and Simulation Course Details
Start: 03/05/2027
Duration: 4 days (12 hours)
Modality On-Site: 4 sessions from 6 pm to 9 pm (or Streaming)
Campus: Terrassa
Language: Spanish
Euncet Business School's Industrial Operations, Digital Twins and Simulation Course equips managers and technical professionals in the industrial sector with the knowledge to contribute to digital transformation projects in factories, logistics centres and supply chains. This practical programme explores the role of simulation in industrial operations and introduces the digital twin, a key technology in Industry 4.0.
Throughout the course, participants will discover how industrial process simulation can help them analyse scenarios and support decision-making in operations management. They will put their knowledge into practice using AnyLogic, with a free licence for educational purposes, and complete the course by developing an individual 3D modelling and simulation project.
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Academic Information
Industrial Operations, Digital Twins and Simulation Course
CAMPUS
Terrassa
DATE:
May 3, 6, 10, 13, 2027
PRICE:
420 €. Special price for workers of companies
with an agreement or Alumni: 320 €
SPOTS:
20
Industrial Operations, Digital Twins, and Simulation Course Format
4 DAYS
Monday and Thursday: May 3, 6, 10, 13, 2027
12 HOURS
The training, lasting 12 hours, will be carried out in person at the Terrassa Campus, and with the possibility of doing it in Streaming.
2 WEEKS
It is distributed in 4 theoretical-practical sessions of 3 hours each, in the afternoons from 6 pm to 9 pm.
THEORETICAL-PRACTICAL TRAINING
Dynamic classes, success stories and practical exercises with AnyLogic, culminating in an individual 3D modeling and simulation project.
CERTIFICATE OF PARTICIPATION
To obtain the certificate of participation in the training course, it is an essential requirement to have attended at least 75% of the scheduled sessions.
Industrial Operations, Digital Twins and Simulation Course Modules
Module 1: Simulation
- Introduction
- Operations Research
- Computer simulation
- Discrete Event Simulation
- Industrial and manufacturing process simulation
- Simulation Model Architecture
- Process Modeling Methodology
Module 2: Digital Twin
- Origins, concepts and definitions
- Types of digital twins
- Enabling Technologies 4.0
- The digital twin in industrial processes
- IT Architecture
- Success stories
Module 3: AnyLogic Program
- Introduction to the AnyLogic program
- Basic modeling interface and functionalities
- Practical exercises: model development
Module 4: Individual Project
- Development of an individual project, modeling, and 3D simulation with AnyLogic
Teaching Team
Industrial Operations, Digital Twins and Simulation Course
Industrial Operations, Digital Twins, and Simulation Course Objectives
The course provides participants with the foundations needed to apply simulation and digital twins in industrial and logistics environments. By the end of the course, participants will be able to:
- Understand the fundamentals of process simulation and digital twins, as well as their applications in industrial and logistics environments.
- Identify industrial processes where these technologies can help analyse scenarios and improve decision-making.
- Understand the main types of digital twins, their enabling technologies and their basic architecture.
- Use the basic functions of AnyLogic to create and test simulation models.
- Develop an individual 3D modelling and simulation project based on an industrial or logistics process.
What will you learn about Industrial Operations, Digital Twins and Simulation?
The course combines theory and practice in just 12 hours. Each session takes a step further: you start with the simulation, you arrive at the digital twin and you end up building your own model. Attendees work with success stories and practical exercises from day one.
Participants will learn how to:
SIMULATE BEFORE DECIDING
Understand the fundamentals of operations research and discrete event simulation, and how they apply to the Industrial Simulation: test scenarios in a virtual model before making changes to the plant or logistics center. They will also learn a methodology of Process Modeling to build well-structured models.
FROM SIMULATOR TO DIGITAL TWIN
Discover what the Digital twin in Industry 4.0: its origins, its types, the enabling technologies that make it possible and its IT architecture. From examples of digital twins and success stories, will see how this technology evolves computer simulation and is applied in industrial processes.
PRACTICE WITH ANYLOGIC
Make the leap into practice with AnyLogic, a simulation software that is free to use for training purposes. They will learn about its interface and its basic modelling functionalities, and will develop their own models through practical exercises.
INDIVIDUAL 3D SIMULATION PROJECT
Close the course with your own 3D modeling and simulation project applied to a process. It will be a starting point to analyze and propose the optimization of industrial processes in their own professional environment.
FAQS
Industrial Operations, Digital Twins and Simulation Course
A digital twin is a virtual replica of a process, a product or an installation that is fed with real data to analyse its behaviour and test scenarios without intervening in the physical system. It emerged as an evolution of computer simulation and is one of the main technologies of Industry 4.0.
It is aimed at managers, area managers and technical professionals from industrial companies, logistics centres and supply chains who want to apply simulation and digital twins to analyse processes and support digital transformation projects. It is particularly suitable for those responsible for production, operations management, engineering, logistics and continuous improvement, as well as for those involved in the design, optimisation or digitalisation of processes.
Computer simulation creates a model to analyze how a process behaves in different scenarios. The digital twin goes a step further: it keeps that model connected to data from the real system. That's why the course starts with the simulation and then moves on to the digital twin.
Participants get to know the interface and basic functionalities of AnyLogic, develop models through practical exercises and end up creating an individual 3D modeling and simulation project. For this purpose, the free license is used for training purposes.
This digital twin course combines theory, case studies and practice with software, and closes with an individual project. It provides an understanding of how simulation and the digital twin are applied in industry, and provides a foundation for leading digital transformation projects in factories, logistics centres and supply chains.
Georgina Navarro
Executive Education and Corporate Training Advisor
