Design, installation and commissioning of automated
control systems for hydroponic systems, in addition to designing the system of
soilless culture.
Leading a team of about 15 people: agricultural experts, electronic engineers, programmers, graphic designers, marketing.
Software architecture and programming Arduino
microprocessor (ATMEL) One series, Mega, Due, Ethermega.
Design and implementation of sensor networks (pH,
conductivity, carbon dioxide, PT100 sensors, photosynthetically active
radiation, humidity, dissolved oxygen in the water, etc).
Development and programming of user interfaces
(Human-Machine Interface) through vb.net, WPF (Windows Presentation
Foundation), allowing you to interact with the machine.
Development and programming of data acquisition
systems through vb.net, WPF (Windows Presentation Foundation) and MySQL. Can obtain
data and graphics.
Integrating minicomputer Raspberries Py to communicate
with the Hydroponic system over the Internet (Internet Of Things) to view the
different parameters in real time and interact remotely with the machine.
Implementation of PID (Proportional/Integral/Derivative) control. These are control
algorithms which allow the very precise manipulation of various parameters, for
example ambient temperature.
Design recipes for the artificial cultivation of
different types of plants (strawberries, lettuce, tomatoes, etc).
Design and manufacture of electronic boards for
prototyping PCB and future series production.
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