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Under the Erasmus+ program, we will welcome Prof. Christos Antonopoulos from Aristotle University of Thessaloniki from 24th to 28th June, see his short biography here.
Christos Antonopoulos, born on July 20, 1958, in Alexandroupolis, Greece, holds a Diploma (1981) and a Doctorate (1990) in Electrical Engineering from Aristotle University of Thessaloniki. His doctoral research focused on electromagnetic field calculations in stratified media. Currently, he is a professor in the Electrical and Computer Engineering Department at the same university, teaching courses in Electromagnetic Field Theory, Wave Propagation, Geo-Electromagnetism, and Acoustics. Prof. Antonopoulos has served in various administrative roles, including university senator, head and vice head of his department, and director of both the Telecommunications Department and Laboratory. He was also on the advisory board of the Hellenic Institute of Acoustics (2010-2012) and serves on the international steering committees for CEFC and ISEM conferences. Additionally, he was involved with the Musical Ensemble and the Symphonic Orchestra of the university.
Tuesday, 25th June:
10:00 AM (Room 4.1.02): Presentation of Laboratory activities, focusing on Applied & Computational Electromagnetics, Radar and Microwaves, Optical Communications, and Communication Systems and Networks.
3:00 PM (Room 4.1.02): Continuation of the presentation, covering Signal Processing and Biomedical Technology, and Electroacoustics.
Followed by visits to the IEETA research center.
Thursday, 27th June (Room 4.1.02, 10:00 AM):
Lecture: “Metamaterial based ultra-thin filters and absorbers in printed circuit boards” (45 minutes).
This will include an overview of metamaterials, their application as filters and absorbers, mathematical analysis, FDTD solutions, optimization, and practical implementations.
Friday, 28th June (IEETA, 10:00 AM):
Lecture: “Healthcare technology design and Clinical Engineering. How to produce a functional healthcare-oriented device” (45 minutes).
This will cover the development process of a breathing device, including idea generation, challenges, lab testing, and mass production.
Everyone is welcome to attend, and we encourage the participation of students and other interested parties.