At Politecnico diTorino, I developed real-time embedded software using OSEK/VDX and Trampoline RTOS, including a task-communication pipeline with verified worst-case latency of 725 ms and IPCP to prevent priority inversion.
I modelled a CPU→GPU→CPU processing pipeline in MATLAB/SimEvents and formulated a MILP scheduling model in MATLAB, achieving a makespan of 2.239 minutes for seven jobs. In a separate project, I built a Simulink/Stateflow one-pedal controller with ISO 26262 hazard analysis, fail-safe transitions, and 100% unit and integration test coverage.
As a Quality Control Engineer with ElFateh Engineering Industries / Künz GmbH, I performed non-destructive testing and dimensional inspection on crane structures, and developed quality processes and documentation to meet EN/European standards. My M.Sc. thesis focuses on multi-sensor fusion for indoor human localization and identification using machine learning.
