Reference Code | EUG2_T2_1_0124 |
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Host Institution | UAH - University of Alcalá |
Description | Develop practical strategies and skills for optimizing and creating resilient supply chains using Digital Twins with simulation capabilities.
This 40-hour course, split in 10 sessions, introduces students to the use of digital twins for supply chain logistics. Using real-life business cases and scenarios from European multinational companies, the students will learn to identify and solve common logistics challenges through simulation exercises. Strategical, tactical and operational perspectives are addressed. A professional software environment (AnyLogistix3) is used for supply chain simulation and digital twin, where each student can reproduce the scenarios proposed. The required simulation environment licenses were purchased in the first edition of the course, so the initial financial investment can be efficiently returned. Each session will focus on a specific problem, combining theory and hands-on simulation with AnyLogistix 3, Excel, and python notebooks to demonstrate practical solutions. Also, free generative AI tools will be requested to be used for analytic purposes The course will award you with 2 ECTS Prerequisites: B2 Level of English is needed. Personal computer and network connectivity are required. Also Excel software tool or compatible alternative software is required |
Period | 15 Dec 2025 — 30 Jan 2026 |
Duration | |
Mode | Online |
Type of activity | Course |
Target groups | |
Location | Online |
WP | WP 2 |
ISCED Fields of Study | |
Contact Person | for Administrative issues: Ana Gigosos, for academic issues ALvvaro Paricio and Miguel Ángel López ana.gigosos@uah.es, alvaro.paricio@uah.es, miguelangel.lopez@uah.es |
Content and Methodology | Problem-based learning, Online lectures, and presentations. Simulation-based learning and teamworking will be used as methodologies.
Evaluation will be done through online tests and practical activities uploaded in the virtual classroom.
All the digital twin simulation environments are delivered to the students so that they can reproduce the class online or deferred. A professional software environment is used for supply chain simulation to implement the digital twin, where each student can reproduce the SC scenarios proposed |
Recognition | Transcript of records - ECTS |
Language | English |
Funding by EUGLOH budget | Funded in full |
Recruitment of Participants | Qualitative Assessment |
Number of open spots | 40 |
Call for Applications |
OpenCurrent call19 Aug 2025 — 1 Oct 2025 Apply now |