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Learning outcomes |
This Blended Intensive Program (BIP) aims to bring together a diverse group of students and faculty from multiple higher education institutions (HEIs) to engage in a transdisciplinary and international learning experience focused on smart sensors technologies and industrial applications. The program aligns with the Erasmus+ KA131 goals, promoting blended learning formats, fostering digital collaboration, and encouraging innovative approaches to teaching and research. This BIP will emphasize the use of industrial standards and real-world sensor networks in various industrial contexts, providing an opportunity to develop new skills, tackle societal challenges, and enhance long-term mobility prospects for students.
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Syllabus |
Introduction to Sensors and Industrial Applications (UNISA)
- Overview of sensor types (temperature, pressure, proximity sensors, etc.).
- Industrial use cases for sensors: manufacturing, automation, predictive maintenance.
- Signal conditioning, analogue-to-digital conversion, and integration.
Sensor Networks and Industrial Internet of Things (UNIBS)
- Wireless and wired sensor networks: basic architectures (mesh, star, point-to-point).
- Interface technologies for sensor systems in industrial contexts.
- Best practices for integrating sensors into automated control systems.
Industrial Standards and Interoperability (UBI)
- Overview of key industrial standards for sensor integration and communication.
- The role of standards in ensuring interoperability among sensor systems and industrial applications.
- Best practices for implementing standard-compliant sensor networks.
Industrial Applications (UNIZA)
- Data collection and processing from sensors
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