Spin supports companies, research centers, engineers and PhD students in the realization of new projects, organizes training courses and hosts thesis students and interns, providing the know-how and assistance needed to develop their work according to the latest scientific advances. We also offer in-depth thematic webinars on specific software or topics in the field of electromagnetism and mechanical design.
Thesis topics academic year 2025
- Motors with Pcb windings
- Application of machine learning techniques to diagnostics and predictive maintenance
- Advanced control systems for electric motors
- Vehicle comfort: calculation and measurement of electromagnetic forces and torque oscillations in electric motors
- Electric Traction: innovative electric motors for electric vehicles
- Axial Flux Motors
- Wound rotor of Syncronous motor
- Switched reluctance motor
- Innovative cooling systems: use of advanced calculation systems for the analysis and sizing of innovative cooling systems
- Reliability: “durability” of the components, thermal and insulation issues for high voltage addressed through simulation and laboratory tests
- Predictive maintenance of rotating electrical machines: monitoring of electrical quantities to prevent failures- digital twin
- Development of sensorless algorithm for controlling synchronous reluctance motors for pump applications
- Application of data analysis and machine learning techniques to the selection and sizing of electromagnetic devices
- Sizing and optimization of electromagnetic devices with Soft Magnetic Composite
The topics listed involve different application areas: Automotive, Transport, Aerospace, House appliances, Lifting, Industry equipment, Automation, Energy.
Students will be able to attend training days and other events organized by Spin and interact periodically with staff technicians to learn more about topics of interest and receive training and support in the use of the software.