About

Welcome to my personal website!

I am Nicola Arangino, a 22-year-old student from Sardinia, Italy, currently based in Rome. 

I am pursuing a master's degree in Electronics Engineering at "Tor Vergata" University of Rome.

Previously, I completed my bachelor's degree in Computer Engineering at the same university, specializing in the Automation and Robotics curriculum. I graduated in February 2025 with 110/110 cum laude and a GPA of 29.5/30. 

In June 2021, I graduated from Marconi-Lussu Senior High School (Liceo Scientifico) in San Gavino Monreale, where I attended from 2016 to 2021. In my final state examination (Maturità Scientifica), I achieved the score of 100/100 cum laude. As a result of this accomplishment, I was included in the National Register of Excellence (Albo Nazionale delle Eccellenze), maintained by INDIRE in collaboration with the Ministry of Education, University, and Research (MIUR). You can verify my credentials on the official website at this link.

Beyond academics, I have a deep passion for science and technology, which I actively pursue in my free time. I am particularly interested in Mathematics, Physics, Automation and Electronics, working on various projects to bring various ideas to life.

Additionally, I am an editor on the English version of Wikipedia, where I contribute to articles on both scientific and humanities-related topics. This experience has exposed me to diverse cultures, extensive literature, and rigorous research practices. My work includes writing new articles, expanding existing ones, and reviewing Good Articles (GA) to ensure their accuracy and reliability. You can visit my Wikipedia profile at this link.

When it comes to my academic and research interests, they mainly revolve around the design and development of advanced and integrated electronic systems, both analogue and digital, mainly for healthcare applications. I am also interested in the design and control of robotic systems, as well as in signal analysis for the characterization of new technologies and sensor systems. Such work finds applications in rehabilitation, medical training, in the diagnosis and management of motor disorders, remote actuation, automation, and intelligent remote monitoring.

My interests also include electronics for control and actuation systems, power electronics, digital control, hybrid system control, nonlinear control, optimal control, adaptive control, robust control, switching and bang-bang control, learning-based control, state observer synthesis, electrical drives control and Hardware-in-the-Loop simulation.