Dr. Daniele Passaretti is an Associate Researcher at the Institute for Hardware-Oriented Technical Computer Science, Otto von Guericke University Magdeburg, where he earned his Ph.D. summa cum laude. His doctoral work, titled “A Plug-and-Play Real-Time Architecture for MPSoC-FPGAs Targeting Interventional Computed Tomography,” focused on reconfigurable computing for medical imaging systems. His research centers on digital design and computing architectures for low-latency, data-intensive, real-time applications, particularly in complex medical cyber-physical systems such as CT, PET, and MRI scanners.

After completing a classical high school education in 2011, he began his Bachelor’s studies in Computer Engineering at the University of Naples Federico II, graduating in 2014 with a thesis on “NoSQL: I GraphDB” under the supervision of Prof. Antonio Picariello. He continued at the same university for his Master’s degree in Computer Engineering, specializing in Embedded and Industrial Systems. During this period, he joined Prof. Alessandro Cilardo’s research group, contributing to the EU H2020 MANGO project on the microarchitecture design of  NaplesPU, a open-source many-core accelerator, GPGPU-like. He graduated with honors in 2017 with a thesis on Advanced Computer Architecture and GPU Programming – Design of Hardware Thread Synchronization Support for an Experimental Manycore System.