Franco Daniel de Vargas Idoyaga

Lead the development and implementation of internal innovation projects focused on industrial automation, process monitoring, embedded systems, and applied engineering solutions.

• Design and implementation of industrial automation and real-time monitoring solutions.
• Development of embedded control systems using ESP32, Raspberry Pi, and industrial sensors.
• Integration of hardware, software, and industrial equipment through Ethernet/TCP-IP and web-based interfaces.
• Development of automatic fault-detection systems for industrial printing processes.

Software development company building digital solutions for small and medium-sized businesses. As founder and lead developer, I take part in every stage of the development cycle: requirements analysis, architecture design, development, deployment, and maintenance of applications.

• Development of custom web applications with scalable architectures and modern, responsive interfaces.
• Integration of APIs and third-party services, and design of reusable components.
• Performance optimization and ongoing maintenance of delivered solutions.
• Technical project management and production bug fixing.

SaaS platform for educational institutions, designed to bring together academic management, administration, and institutional communication into a single system, with virtual campus (LMS), CRM, billing, and dashboard modules.

• Frontend and backend development, and modular organization of the system.
• Development of new features and integration across modules (academic, administrative, portals, virtual campus, CRM, billing).
• Performance optimization and ongoing maintenance and improvement of the platform.

• Designed and validated a hardware-in-the-loop test bench for a three-phase voltage source inverter (VSI) with model predictive control, applied to grid-connected solar photovoltaic generation systems.
• Developed and tested the real-time control strategy using a Texas Instruments C2000 platform.
• Evaluated the inverter's dynamic response and switching behaviour under different operating conditions.
• Achieved a total harmonic distortion (THD) of 1.69%, well below the 5% limit set by the IEEE 519 standard.

• Developed a system for automatic detection of print errors and numbering skips on Citronix industrial printers.
• Real-time event processing over Ethernet/TCP-IP, with precise identification of the point where the fault occurred.
• Graphical interface for industrial monitoring, designed to run on a Raspberry Pi.

• Designed and developed an automatic control system with an ESP32 for an industrial rewinder.
• Integrated ultrasonic sensors, DC motors, and servomotors with proportional speed control.
• Web interface with wireless configuration for process monitoring and adjustment.

• Developed a robotic system for automatic object sorting using computer vision.
• Real-time image processing to drive the system's decision-making.

• Took part in electronic architecture design, sensor integration, and control programming.
• Built on ROS2 for motion coordination and system control.

• Designed and modeled mechanical parts in SolidWorks for manufacturing and 3D printing.