Luigi Calligaris is an Assistant Professor and experimental physicist with 11 years of experience designing FPGA, SoC and microcontroller firmware for low-noise quantum sensors and high-throughput trigger systems used in forefront experiments like CMS, FLASH, LiteBird and LSPE. He bridges deep particle-physics analysis and hands-on digital-electronics engineering—having delivered pipelined Hough-transform firmware and simulation tools for HL-LHC Phase-2 upgrades and led firmware for dark-matter and early-universe sensor readouts. Fluent in six languages and comfortable in multicultural, fast-paced labs across Europe and Brazil, he also teaches physics and mentors students on applied IoT solutions for viticulture. His toolkit spans VHDL, Embedded C, C/C++, Python, multivariate ML and statistical inference, enabling him to turn large, noisy datasets into low-latency, robust decision systems. A less obvious strength is his adaptability across domains: from trigger-level real-time processing at 40 MHz and 100 Tb/s bandwidths to precision low-noise sensor firmware for quantum measurements.
11 years of coding experience
9 years of employment as a software developer
Erasmus student, Physics, Erasmus student, Physics at Universidad Autónoma de Madrid
Doctor of Philosophy (Ph.D.), Elementary Particle Physics, sehr gut (cum laude), Doctor of Philosophy (Ph.D.), Elementary Particle Physics, sehr gut (cum laude) at University of Hamburg
Contributions:42 pushes, 7 branches, 5 tags in 3 years 7 months
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