The course Laboratory Sustainable and Industrial Systems (37207-ENG) is offered to the students in the master degree in Management Engineering (3cfu ING-IND/17 + 3cfu ING-INF/04) and students in the master degree of Mechatronics and Smart Technology Engineering – curriculum Mechatronics (3cfu ING-INF/04).
Students will acquire advanced knowledge on criteria and methodologies that govern the analysis of an industrial system, being able to evaluate its sustainability according to various perspectives (e.g., economic, environmental).
At the end of the course, students will be able to:
– Understand what a sustainable industrial system is
– Know and apply the KPIs and instruments used to evaluate the sustainability of an industrial system
– Know and apply methods for industrial data analysis in order to support predictive maintenance
– Apply various methods and techniques (e.g., simulation, Total Cost of Ownership) aimed at supporting the evaluation of the sustainability of an industrial system
– Evaluate the sustainability of an industrial system
– Create a model to evaluate the sustainability of an industrial system
– Acquire the ability to address a complex problem through teamwork
In the 3cfu ING-INF/04 where the CAL is involved, students will learn the concepts of condition-based maintenance through techniques of data analysis and signal processing, with real examples from industry and coding sessions.
All material is avaiable on the course Teams at the following link