Within R&D, I lead the Imaging department, which comprises over 50 engineers specializing in the development of products for radiology as well as the Imaging software for dental, medical, and veterinary segments.I oversee the entire projects lifecycle, from concept to production, ensuring compliance with industry standards and regulations.My responsibilities include managing budgets and resources, and implementing innovative technologicalsolutions to enhance patient diagnosis and the clinical workflow.Additionally, I have optimized development processes, reducing cycle times and improving product quality, built a high-performing team, and introduced Agile methodologies and tools to ensure deadlines are met and initiated strategic collaborations with universities and research institutions, resulting in the securing of patents and scientific publications.

Within the Digital & Advanced Technology area, I led the Off-Board Architecture department with the aim of guiding the digital transformation of the systems. This involved identifying critical deficiencies, determining their potential impacts on the business, and implementing actions to align solutions with the defined architectural guidelines, moving towards the state-of-the-art in technology, strategies, and standards.This was done to ensure high reliability, scalability, and the adoption of cutting-edge technologies in a multi-cloud environment, as well as well-known architectural patterns. The goal was to improve the quality, reduce costs, and shorten the time-to-market of the core systems involved, which offer B2B and B2C services for connected vehicles.

Head of the Digital area for the Commercial & Specialty Vehicles segment and Technical Chief of the European Digital Hub, a software factory with more than 30 software engineers. The European Digital Hub aims to harmonize the design and development of all products in the areas of Telematics, Connected Vehicles, IoT, Big Data, Analytics, Artificial Intelligence, and Digital Touch Points.

Responsible for the Service Delivery Platform, a comprehensive Telematics and Big Data solution focused on delivering advanced B2B and B2C services for the company's core segments: Agriculture, Construction, Commercial & Specialty Vehicles, Powertrain, and Financial Services.

As the person responsible for the Telematics Service Platform (TSP) insourcing program, aimed at providing value-added services in car and motorcycle insurance, I led, with the support of my team and external suppliers, all the different project streams: - Governance - Architectural Design - Technical Design - Functional Design - Third-party systems integration - Logistics and Accounting serviceswith a particular focus on technological aspects, governance methodologies, DevOps practices, integration, advanced monitoring, testing automation, and security, all supported by specific tools and shared processes.This allowed us to build a comprehensive Telematics Platform for the Automotive segment, capable of supporting the current 4 million connected cars while guaranteeing high performance, high availability, scalability, security, maintainability, and the ability to be easily extended to other segments of the connected insurance world.Reference technologies: IBM Cloud, Watson IoT4A, Kafka, Kubernetes, REST API, Microservices Architecture, IBM Workload Scheduler, JSR-352, IBM Data Power, SAML, JWT, ELK (ElasticSearch, Logstash, Kibana), IBM Jazz Suite (Rational Team Concert, Rational Quality Manager, Rational Test Workbench, Rational Doors), DevOps, CI/CD methodologies, IBM UrbanCode (Deploy, Build), Blue-Green Deployment, ERP, SAP, Git Hub, New Relic, CA monitoring, Spring Framework, Angular, IBM Direct Link, MPLS, sHDSL, VPN.

As a key technology advisor and IoT and Telematics expert, I facilitate customers in optimizing their technology investments. My role involves driving rapid and sustainable growth in telematics products and services to meet customer needs and objectives effectively.

As the Technical Manager for telematics products in the OEMs business unit, I oversee system design, software lifecycle management, technology adoption, quality assurance, security measures, compliance with company ISO regulations, and monitoring of IT infrastructure and applications. Additionally, I am responsible for identifying and allocating technical resources and collaborating with the HR department to enhance their expertise through targeted training courses.Reference technologies: Java, .NET, Angular JS, Spring, iBatis, Redis, Docker, Rabbit MQ, PostgreSQL, PostGIS, Cassandra, Barman, Sqitch, Maven, Hadoop, Pentaho, GeoServer, AWS S3, HAProxy, F5 Load Balancer, Jenkins, Jmeter, Ansible, Zanata, M2M protocols (CoAP, MQTT, AMQP), SSL/TLS, Linux, NewRelic, Tomcat, IIS, Git, Jira, Swagger, RESTful Services, SOAP Services, Unit Test, Integration Test, Continuous Integration, Continuous Delivery, IaaS, SaaS, PaaS.

As a Team Leader, I spearheaded the analysis, design, and development of telematics systems tailored for major OEMs, with a focus on geo-referencing, fleet management, CAN data telemetry, and remote diagnostics for machinery operating in the agricultural, forestry, and construction sectors.Reference technologies: Java, .NET, Angular JS, Spring, iBatis, Rabbit MQ, PostgreSQL, PostGIS, Maven, SSL/TLS, Tomcat, IIS, Git, Jira, SOAP Services, JUnit.

Working as a back-end software engineer, I contributed to the development of telematics systems aimed at enabling OEMs to factory-fit telematics boxes for providing connected services to their vehicles. Additionally, I supported the adoption of aftermarket solutions to transform existing fleets into connected fleets for fleet owners.Reference technologies: Java, PostgreSQL, PostGIS, .NET, PHP, ExtJS, Spring, iBatis, Tomcat, IIS, SOAP, SVN, Netbeans, Visual Studio, Mantis.

I worked on an international project called "RADICAL RADon", which focused on monitoring natural radioactivityin buildings, with particular attention to Radon, a radioactive gas naturally produced by the decay of radium,which in turn descends from uranium found in rocks, soil, and building materials. I designed and implemented asystem capable of collecting, processing, and historicizing radiometric data from devices that detect Radonconcentration, along with other environmental parameters. Additionally, I developed tools for geo-referencing andanalyzing the data, as well as for over-the-air configuration of the devices.

I worked on the development of an information system primarily focused on management control, resource allocation, and the analysis and forecasting of costs and revenues. Additionally, I conducted the analysis and design activities for integrating this system with the enterprise's existing systems through data exchange using SOAP web service technology.