Research Topic: Comparison of conventional and novel test methods for reverberation chambers
Background:
I am Paola Tili, a doctoral candidate in the department of Information Engineering withing the NEPIT project. I have obtained my master’s and bachelor’s degree from Polytechnic University of Tirana (Albania) in Telecommunication Engineering. Before starting my PhD, I worked as a software developer in the private sector and spent a year at the European Patent Office in the Netherlands as a Young Professional, focusing on Information Security. Alongside that, I also worked at a private course center, giving lessons to university students in programming and engineering-related subjects. Since April 2025, I’ve started my research activities at UNIVPM to further develop my skills and make a lasting impact in favor of reverberation chambers and EMC.
How did you become a part of NEPIT?
I’ve always dreamt of doing work that has a real impact. Ever since I was a child, I wanted to change the world—an ambitious dream that many considered naive. But over time, I realized that meaningful change doesn’t happen all at once; it starts with knowledge, commitment, and the courage to pursue something bigger than yourself. That’s what led me to pursue a PhD. I saw research as a way to contribute to things that have an impact and solve real-world problems. When I came across the NEPIT program, it felt like the perfect fit: it offered the chance to work on something meaningful, in a collaborative and interdisciplinary environment. That’s how I ended up being part of NEPIT—by following a dream and aligning it with a clear academic and professional path.
What is NEPIT according to you?
To me, NEPIT represents more than just a PhD program— it is a launchpad for research that doesn't just stay in labs but touches lives—turning complex ideas into solutions that matter. It brings together diverse disciplines like academia and industry to address some of the most pressing challenges facing society today.
Role in NEPIT?
My research focuses on the comparison between conventional and novel testing methods for electromagnetic reverberation chambers, with the goal of improving electromagnetic compatibility (EMC) and communication testing. I’m particularly interested in how reverberation chambers can better replicate real-world propagation environments. I hope my work will contribute to more accurate and effective EMC testing methods and help narrow the gap between simulation and real-world conditions.
Plans for immediate and distant future?
In the immediate future, my goal is to fully dedicate myself to my PhD research—developing strong technical and analytical skills while contributing meaningfully to both my project and the NEPIT community. In the long term, I aim to contribute to impactful innovations—bridging the gap between technology and real-world needs— while staying true to my passion for learning and making a difference. I would also like to spread knowledge and inspire younger generations to dedicate more time and effort to academia and learning—because I believe education is a powerful pathway to personal growth and societal change.
