Type of course:
Digital learning, Path
Language:
EN
Duration:
1 hour
Workload:
4 hours
Proficiency:
Beginner
Target:
Manager, Professionals, Workers
This learning path provides an understanding of sustainability in the manufacturing environment, employing an electrochemical process use case. The general concept of environmental sustainability in manufacturing is introduced, together with the connection between sustainability key performance indicators (KPIs) and Digital Twins. In particular, Digital Twins are depicted, highlighting their role as key enabling technologies to monitor and optimize the physical process, discussing how changes in process variables impact the sustainability KPIs. The capability of Digital Twins to improve decision-making is presented, together with the optimization of an electrochemical machining process as an example.
Learning outcomes
- Following the successful completion of the Learning Path, the learner will be able to describe the concept of sustainability, the main needs and goals in the manufacturing context
- Following the successful completion of the Learning Path, the learner will be able to outline the relation between sustainability KPIs and digital twins for electrochemical processes in manufacturing context
- Following the successful completion of the Learning Path, the learner will be able to predict how a change of process variables impacts the sustainability KPIs of an electrochemical process
LessonSustainability assessment in manufacturing context
Course Content
LessonDigital Twin for Sustainability Improvement for Electrochemical Process
Course Content
LessonDigital Twins as Sustainability-enabling Technology - Electrochemical Use Case - Quiz
Course Content
Topics
Digital Transformation, Digital Twin