DC7: In-situ evaluation of the EMI footprint of large interconnected systems
Project: In-situ evaluation of the EMI footprint of large interconnected systems (WP2)
Host institution: TU/e (Netherlands)
Supervisor: Anne Roc’h (TU/e, Netherlands)
Co-supervisor(s): Guus Pemen (TU/e, Netherlands), Guillaume Andrieu (Unilim, France), Wim Ophelders (Canon, Netherlands)
Objectives:
- Advance the concept of the EMI footprint to in-situ evaluations for complex interconnected systems.
- Explore advanced measurement setups such as the Vibrating Intrinsic Reverberation Chamber (VIRC), near-field scanning and distributed sensing.
- Incorporate cutting-edge algorithms, including machine learning, to the EMI footprint.
Expected Results:
- Comprehensive framework for evaluating the EMI footprint in complex interconnected systems.
- Providing engineers with more detailed and accurate information about the electromagnetic characteristics of products in real-world environments.
Planned secondment(s):
- Academic secondment: UNILIM, Guillaume Andrieu, M17-M19, 2M, EMI footprints using reverberation chambers.
- Industrial secondment: Canon, Wim Ophelders, M30-M32, 2M, EMI footprints of consumer devices such as a printer
Enrolment in Doctoral degree: TU/e (Netherlands)