Lecce, Apulia, Italy
I am a technology enthusiast with solid experience in electronic design, software development, and managing complex projects, gained in both academic and industrial environments. 📌 Key Experiences: -Electronic Designer and Software Developer at Assis.Ter. Tech Solutions, where I develop advanced solutions for CNC machinery, including laser technology systems. I have designed and implemented MES (Manufacturing Execution Systems) and ERP (Enterprise Resource Planning) software, as well as user-friendly human-machine interfaces (HMI), ensuring compliance with Industry 4.0 and 5.0 protocols to drive digitalization and process efficiency. -Salento Racing Team: I contributed to the design and management of two Formula SAE single-seater race cars (internal combustion and electric engines), taking on increasing responsibilities and ultimately becoming EV Tech Leader, where I coordinated multidisciplinary teams and managed relationships with commercial partners. 💡 Technical Skills: -Design of electronic boards and Low Voltage and High Voltage wiring systems. -Programming microcontrollers (Arduino, StMicro, Teensy) and developing embedded software. -Development of complex industrial systems, from concept to final implementation. -Team management and leadership in coordinating high-tech projects. 📈 Mission: To integrate technical expertise and managerial skills to develop innovative solutions that enhance efficiency and sustainability in the industrial sector. I am constantly seeking new challenges to broaden my horizons and contribute to projects with a significant impact in the technology and industrial fields. 📻 Passions and Hobbies: In my free time, I delve into the study of radiofrequency systems, driven by my passion for RF transmission technologies. I am currently studying to become a licensed radio amateur, a path that combines my technical curiosity with the desire to explore new frontiers in telecommunications. Additionally, I hold a certification for FPV drones and enjoy piloting drones, combining precision and technology in an exciting and evolving field. 🌟 Future: I am committed to leveraging my skills to tackle the challenges of industrial innovation and collaborating with ambitious, visionary teams to create a more connected and sustainable future.
Key Responsibilities: • Technical lead for company operations, overseeing service and maintenance activities • Coordination and management of field teams for installation, service, and troubleshooting • Planning and scheduling of technical interventions and project execution • Direct interface with customers and suppliers to ensure successful delivery and commissioning • Supervision of installation processes and system integration on industrial machinery Industry 4.0 / 5.0 Development: • Design and development of proprietary software solutions for Industry 4.0 and 5.0 integration across all sold machinery • Implementation of data acquisition, connectivity, and automation features • Software officially registered under personal authorship in the Italian SIAE registry Automation & Robotics: • Programming and commissioning of 5 automated robotic welding cells • Integration of robotic systems within industrial production environments
ndustry 4.0 / 5.0 Development: • Design and development of proprietary software solutions for Industry 4.0 and 5.0 integration across all sold machinery • Implementation of data acquisition, connectivity, and automation features • Software officially registered under personal authorship in the Italian SIAE registry
Technical Inspector for ANFIA - Associazione Nazionale Filiera Industria Automobilistica during the 20th years edition Formula SAE Italy. Key experiences: 1. Complete development of two Formula SAE prototypes: EV and ICE Contributed to the full development cycle of two Formula SAE vehicles, one electric and one internal combustion, from concept and design to manufacturing, assembly, testing, and competition readiness. 2. Regulatory compliance and technical inspection preparation Gained hands-on experience in preparing vehicles for Formula SAE technical inspections, with a strong focus on rule compliance, driver safety, accessibility of safety-critical components, technical documentation, and resolution of non-conformities. 3. Integration and validation of high-voltage electrical systems on a Formula SAE EV Worked on the integration, verification, and validation of electric vehicle systems, including HV/LV wiring, safety devices, shutdown logic, accumulator interfaces, inverter, electric motor, and control systems. 4. ICE vehicle experience: powertrain, chassis, safety, and testing Contributed to the development and validation of an internal combustion Formula SAE vehicle, with experience in powertrain integration, auxiliary systems, cooling, transmission, chassis, safety-critical components, and functional testing. 5. Fault diagnosis, problem solving, and pre-race validation Performed troubleshooting and root-cause analysis of mechanical, electrical, and electronic issues during assembly, static checks, dynamic testing, and race preparation, ensuring vehicle safety and reliability before track use.
CTO Role Overview (E-SRT): As CTO of the electric vehicle program, responsible for the complete technical vision, system architecture, and integration of the entire vehicle. Led the design and development of all subsystems including powertrain, electronics, embedded software, and telemetry. Oversaw cross-functional integration across powertrain, frame & body (including monocoque-related interfaces), aerodynamics, and vehicle dynamics teams, ensuring system-level coherence and optimal performance. Coordinated multidisciplinary teams, defined technical strategies, and supervised the full lifecycle from concept to track validation, with direct responsibility for performance, reliability, and safety of the vehicle. Key Responsibilities: • Definition and execution of the overall technical strategy of the vehicle • System-level architecture design and cross-domain integration • Leadership and coordination of multidisciplinary teams (powertrain, electronics, frame & body, aerodynamics, vehicle dynamics) • Planning, task allocation, and project timeline management • Technical decision-making with focus on performance, reliability, and safety • Budget management and cost optimization of the vehicle • Management of relationships with sponsors, suppliers, and university stakeholders • Support in commercial and sponsorship activities • Organization of technical activities, testing sessions, and team events • Risk assessment and problem-solving across all subsystems • End-to-end supervision from concept design to track validation
• End-to-end design and development of complete vehicle electronic architectures (C-SRT and E-SRT) • Full vehicle wiring harness design and implementation • Firmware and software development for custom ECUs • Advanced sensor integration and validation Telemetry systems development: • data acquisition • visualization and analysis (logging, graphs, diagnostics) PCB design and development for: • data acquisition systems • vehicle safety systems • functional control modules Combustion Vehicle (C-SRT): • Engine control unit (ECU) development • Engine calibration and mapping on test bench and track • Implementation of safety and emergency systems • Design and development of automatic electro-pneumatic gear shifting system • Optimization of engine control strategies Electric Vehicle (E-SRT): • Electric powertrain design and integration • Inverter control development and calibration • Energy management system development • Technical supervision across all domains (electronics, software, system integration)
• End-to-end design and development of complete vehicle electronic architectures (C-SRT and E-SRT) • Engine control unit (ECU) development PCB design and development for: • data acquisition systems • vehicle safety systems • functional control modules