Kiel, Schleswig-Holstein, Germany
As a biomedical engineer, I am passionate about integrating electronics and computer science into the biomedical sector. My experience includes programming in C++, Python, and Matlab for medical image processing, device communication protocols, and statistical analysis of medical data. I have expertise in the characterization and testing of electromagnetic sensors and coils for biomedical applications, supported by finite element simulations using Comsol Multiphysics. Additionally, during my internships and research projects, I gained hands-on experience in preparing photonic crystals in laboratory and cleanroom settings, as well as in the preparation of magnetic nanoparticle samples. This diverse skill set allows me to work effectively with multidisciplinary teams and contribute for biomedical solutions.
Modeling and simulation of magnetoelectric sensors system that allows the detection of changing magnetic signals from the human body.
Il lavoro di tirocinio ha avuto come obiettivo la fabbricazione, la funzionalizzazione e il testing di biosensori che utilizzano cristalli fotonici slabs mono-dimensionali tramite un Intensity Based Camera Setup.
Lavoro di Tirocinio e Tesi incentrato sull'analisi delle possibili correlazioni tra le variabili, di tipo clinico e di tipo molecolare, estrapolate da dataset clinici reali inerenti a pazienti affetti dal Linfoma Diffuso a Grandi Cellule B.