ABOUT
I’m an Automation Engineer with a passion for software development. I began my career working on the development of the Train Control and Monitoring System (TCMS) in the railway sector. During this experience, my interest in full-stack development grew, as I worked on the back-end (written in C) and the front-end (using HTML and JavaScript). This motivated me to begin personal projects to improve my knowledge and expand my skills with new technologies Today, I work as an On-board System Engineer, where I have acquired new technical skills and explored other levels of the V&V model
SKILLS
Railway Areas of Expertise
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Software Development
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TCMS Ethernet Networks
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Real-Time Diagnostic Systems
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Diagnostic Algorithms
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Condition-Based Maintenance (CBM)
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Vehicle Software Integration
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Human-machine interface (HMI)
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Systems Integration
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Testing System Requirement
Other Areas of Expertise
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Full Stack Development
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Web application deployment
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Internet of Things
August 2022 – Present
On Board System Engineer /
Hitachi Rail STS S.p.A.
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Design of the Event Recorder system with definition and development of the system architecture and integration into the vehicle
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Writing of technical documentation (SyRS, FRS, FTS) using DOORS
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Definition of measurements and configuration of recording parameters
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Execution of functional tests in the laboratory and on the actual vehicle in accordance with UNI 11750
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Analysis of recorded data according to technical specifications and regulatory requirements (EN 11624, EN 62625-1, IEE1482)
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Support for maintenance and troubleshooting
June 2014 – December 2017
Diagnostic Software Engineer /
Hitachi Rail STS S.p.A.
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Development of software for diagnostic and communication systems in railway projects, including Caravaggio (Trenitalia Rock, Ferrovie Nord Milano), Masaccio (Trenitalia Blues), Milano 1, 2, 3 Lines
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Design and development of real-time diagnostic system architectures
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Design and implementation of advanced diagnostic algorithms and Condition-Based Maintenance (CBM) solutions
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Development of embedded software and HMI interfaces for train monitors in accordance with customer specifications
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Analysis of system requirements and technical reviews with Trenitalia and Trenord. Vehicle integration and support during the testing and commissioning phases
WORK EXPERIENCE
EDUCATION
Master’s Degree Automation Engineering
University of Naples Federico II / Graduated:2018
As a result of the joint project between Kineton and Honeywell, a model-based prognostic architecture has been developed that provides several wear indexes for automotive components that describe their health status to make predictive maintenance. Moreover, the fuel path in the indirect gasoline engines was investigated, and several models were collected for the proposed architecture.
Bachelor’s Degree Automation Engineering
University of Naples Federico II / Graduated:2016
A Matlab class that manages the plasma model has been developed to improve the usual plasma operation by exploiting the object-oriented paradigm
Publications
University of Naples Federico II / Feb 2020
Nowadays, the continuous technological advances allow designing novel Integrated Vehicle Health Management (IVHM) systems to deal with strict safety regulations in the automotive field with the aim at improving efficiency and reliability of automotive components. However, challenging issue, which arises in this domain, is handling a huge amount of...
PROJECTS
Gineko
A web application for gynecologists designed to efficiently organize and manage patient information, medical records, health status, medical visits, and pregnancy monitoring
Multicon
A web application designed for router management equipped with customized firmware that allows the creation of a point-to-point VPN between a client PC and a router
WorkoutLog
A web application that uses AI to analyze an image and identify a personalized workout program, allowing users to track their progress over time