As a Hardware Functional Safety Engineer at Comau within the Advance Automation Solutions (AAS) team, I focus on enhancing the safety and operational reliability of safety-critical robots. My role involves conducting comprehensive safety analyses, ensuring compliance with industry standards, and performing detailed risk assessments. I collaborate with cross-functional teams to design and implement robust safety architectures, incorporating fault tolerance and redundancy into hardware components and systems. Through meticulous verification and validation processes, I confirm the effectiveness of safety measures and continuously seek opportunities to improve existing systems. My work contributes to the development of cutting-edge robotic solutions that prioritize safety and enable continuous, efficient automation across various industrial applications.

I am delighted to share the commencement of my position as a System Architect at Iveco Group's Electronic Systems division. With a focus on optimizing interactions among vehicle subsystems, I am dedicated to elevating performance and efficiency in automotive technologies. we contribute to the advancement of electronic architectures in the automotive industry. #automotive #electronics #system #architecture

During my internship, I had the opportunity to delve into the role of a Software Engineer. My primary focus was to support testing, validation, and approval processes for projects related to Electronic Control Units (ECUs). This included the critical task of designing test cases and patterns.On the skills front, I extensively worked on honing my expertise in the automotive testing and validation domain. I became proficient in using industry-standard tools such as CANalyzer, CANoe, which are vital for managing systems like Body Computer, Instrument Panel Cluster, Immobilizer, Brake Nodes, Electric Steering, and ADAS.

This master’s thesis project records a period of internship conducted at Foresee Biosystems, a cutting edge startup nurtured by the Italian Institute of Technology. The core mission of this startup revolves around the creation of IntraCell, an innovative apparatus that employs advanced LASER-based technology to assess the impacts of various substances on cardiac cells. Over the course of five months, the primary objective of the internship centeredon developing the autofocus assessment algorithm—a critical element for achievingaccurate cell observation and optimal cell optoporation at the correct focal point.