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Battery less, cordless and wireless sensor system through thermal harvesting. Fields of application of this product; industrial plant safety, monitoring and control for battery-less non-power wireless sensor, iot devices, wearable devices, smart farm, building and home automation, etc.

This project aims to develop low cost unmanned aerial vehicles (uav) and sorting machinery -supplemented by vis + nir multi- hyperspectral cameras- and cloud based decision support systems to help citrus growers and managers to take decisions in real time and easily be customized to serve to the nee

The project cloud vr aims to develop a cloud-based virtual reality (vr) streaming platform, and a stand-alone vr/ar (mixed reality) hdm device and its peripheral controllers.

The aim of this project is to isolate green compounds with antibiofilm activity, anticancer and cosmeceutic from waste generated by the seafood industry. Chitosan oligosaccharides (cos) will be purified, evaluated and included in formulations to be used in the food, medical and cosmetic industry.

The project objective is to develop both new optical sensors and aero-elastic model in order to evaluate the structural health of wind turbines and to determine its remaining life. It will allow extending wind farms life based on real data and, as a result, it will make wind energy more profitable.

Design and develop an exhaust gas recirculation cooler (egrc) in materials of aluminum, resistant to the severe corrosion and mechanical conditions that provides a better relation efficiency / weight / cost due to a dramatically weight reduction.

Development of a solution for safe train operation to contribute to a big picture of a smart city. Based on various sensors to collect different types of data and analyze them to predict and prevent accidents efficiently. Also, by enabling preventive maintenance, maximize the lifecycle of resources.

If smart, connected products (scps) produce, and exchange data with inadequate levels of quality , then organization can fail to achieve their business goals. Dqiot project will supply organizations with results to efficiently manage the data quality in scp operations.

We intend to increase the water saving effect and product competitiveness by introducing the optimal irrigation system technology based on the evapotranspiration monitoring model in the huge tomato growing area in the southern part of spain where the climate is good but suffer from the water

The main objective of this project is to design a high efficiency refrigeration chiller based on dry direct condensation system without water consumption and double centrifugal compressor using r134a as a refrigerant.