Hire Industrial IoT (IIoT) Designers in Italy

As a Computer Engineer specialised in Robotics and Smart Industry, your biography should emphasise your dual expertise in hardware verification and Industry 4.0 systems. Below is a concise profile des... Read more

As a Computer Engineer specialised in Robotics and Smart Industry, your biography should emphasise your dual expertise in hardware verification and Industry 4.0 systems. Below is a concise profile description tailored for Cad Crowd: Professional Biography Highly motivated Computer Engineer with a Master’s degree in Robotics and Smart Industry, specialising in hardware verification and Digital Twin construction. I possess proven expertise in modeling and testing complex digital systems using SystemVerilog and RTL design. My background includes leading technical projects such as developing Digital Twins for IC production lines and implementing IoT frameworks for real-time industrial data acquisition. With a strong foundation in Industry 4.0, I am skilled in bridging the gap between hardware and software through predictive maintenance, industrial communication protocols (OPC-UA, MQTT), and model-based systems engineering. My accomplishments include designing comprehensive verification plans for AMBA AHB protocols and optimising industrial data integrity through machine learning and iterative stress testing. I am committed to delivering high-quality, reliable engineering solutions for large-scale digital transformation projects.

Embedded systems architect with extensive experience designing, developing, and mass-producing mission-critical electronic products for the energy, utilities, security, and oil & gas sectors. I've su... Read more

Embedded systems architect with extensive experience designing, developing, and mass-producing mission-critical electronic products for the energy, utilities, security, and oil & gas sectors. I've successfully delivered 8+ commercial hardware products currently deployed at scale across hundreds of field units. My work spans the full product lifecycle — from concept and R&D, through circuit design and PCB layout, to firmware development and mass manufacturing. Core expertise: - Microcontrollers: ESP32, STM32, ARM Cortex, Arduino - PCB Design: from schematic to production-ready Gerbers - Firmware: C/C++, FreeRTOS, OTA remote updates, MQTT, device drivers - Communication: LoRa, BLE, Wi-Fi, Cellular (2G/3G/4G), Satellite, VHF, RS485 - Sensors: Ultrasonic, seismic, acoustic, optical, temperature, pressure, current/voltage - IoT & Cloud: AWS IoT, MQTT, web dashboards - Power: Solar, ultra-low power design, battery management, energy harvesting All my firmware deliverables include a built-in OTA (Over-The-Air) update system with a web-based MQTT management interface — fully developed and field-tested across hundreds of devices. Highlights: - 3 technology patents (gas metering, ultrasonic measurement, optical coding) - Petrobras Inventor of the Year award - National Innovation Award (CNI - Brazil) - International publication (Society of Petroleum Engineers) - Postgraduate specialization in Artificial Intelligence I deliver production-ready solutions — not just prototypes.

As a Computer Engineer specialised in Robotics and Smart Industry, your biography should emphasise your dual expertise in hardware verification and Industry 4.0 systems. Below is a concise profile des... Read more

As a Computer Engineer specialised in Robotics and Smart Industry, your biography should emphasise your dual expertise in hardware verification and Industry 4.0 systems. Below is a concise profile description tailored for Cad Crowd: Professional Biography Highly motivated Computer Engineer with a Master’s degree in Robotics and Smart Industry, specialising in hardware verification and Digital Twin construction. I possess proven expertise in modeling and testing complex digital systems using SystemVerilog and RTL design. My background includes leading technical projects such as developing Digital Twins for IC production lines and implementing IoT frameworks for real-time industrial data acquisition. With a strong foundation in Industry 4.0, I am skilled in bridging the gap between hardware and software through predictive maintenance, industrial communication protocols (OPC-UA, MQTT), and model-based systems engineering. My accomplishments include designing comprehensive verification plans for AMBA AHB protocols and optimising industrial data integrity through machine learning and iterative stress testing. I am committed to delivering high-quality, reliable engineering solutions for large-scale digital transformation projects.