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Ccastillo

Portable sensors for monitoring different agricultural crops in the Sierra and Coast of Ecuador

General Objective: The objective of this project is to evaluate portable sensors applied to crop stems and leaves, thus contributing to food security and climate change. Specific Objectives: Participating Institutions: USFQ, EPN, ESPAM Project Director Frank Alexis Participants: Awarded Budget: $38,300.80 Project Status: Awarded

Portable sensors for monitoring different agricultural crops in the Sierra and Coast of Ecuador Read more »

SOLE-R: from social learning in insects to social learning in robot swarms

General Objective: Formulate social learning models inspired by the behavior of social insects and use them to develop efficient and verifiable control software for robot swarms through controlled and documented tests. Specific Objectives: Participating Institutions: ESPOL, UG, UDA Project Director Carlos Saldarriaga Participants: Awarded Budget: $36,873.60 Project Status: Awarded

SOLE-R: from social learning in insects to social learning in robot swarms Read more »

Exposure of the Ecuadorian population to pesticide residues in agricultural products for mass consumption

General Objective: To evaluate the risk of dietary exposure of the Ecuadorian population to pesticide residues in mass consumption foods with potential contamination. Specific Objectives: Participating Institutions: ESPOL, UCUENCA, UPS, PUCE Project Director Juan Cevallos Participants: Awarded Budget: $40,000.00 Project Status: Awarded

Exposure of the Ecuadorian population to pesticide residues in agricultural products for mass consumption Read more »

Optimization of an electrochemical sensor for the selection of plants useful in phytoremediation by monitoring the oxidative burst in Pennisetum stem cells under cadmium stress

General Objective: Optimize an electrochemical sensor for the detection of hydrogen peroxide (oxidative burst) resulting from stress by Cd(II) ions, in stem and leaf stem cells of Pennisetum purpureum Schumach and Pennisetum violaceum grown in vitro as a model device for selection. of plants useful in phytoremediation. Specific Objectives: Participating Institutions: PUCE, UTMACH, EPN

Optimization of an electrochemical sensor for the selection of plants useful in phytoremediation by monitoring the oxidative burst in Pennisetum stem cells under cadmium stress Read more »

Development of an Ecuadorian sign language interpretation system based on Artificial Intelligence to improve the communication of deaf people in Ecuador

General Objective: Develop an interpretation system for Ecuadorian sign language through the use of artificial intelligence tools based on transfer learning and deep learning in order to improve the communication and interaction of deaf people within the Ecuadorian context. Specific Objectives: Participating Institutions: UTI, EPN, PUCE, UPS Director of the

Development of an Ecuadorian sign language interpretation system based on Artificial Intelligence to improve the communication of deaf people in Ecuador Read more »

Optimizing the bioavailability of nutrients in Fermented Andean Grains: Engineering of Saccharomyces cerevisiae with Phytase and Ferric Reductase

General Objective: Improve the bioavailability of iron and other essential minerals in a fermented drink based on quinoa and amaranth by genetically engineering Saccharomyces cerevisiae to express phytase and ferric reductase, in order to reduce phytates and increase mineral absorption. Specific Objectives: Participating Institutions: UTE, USFQ, UCUENCA, ANDES

Optimizing the bioavailability of nutrients in Fermented Andean Grains: Engineering of Saccharomyces cerevisiae with Phytase and Ferric Reductase Read more »

Green innovation: cutting-edge technologies for the sustainable management of cochineal in dry forests and conservation areas on the Ecuadorian coast

General Objective: Determine the incidence of scale insects in dry forest areas and/or conservation units on the Ecuadorian coast, through an approach that integrates the use of high spatial resolution images, biological and meteorological variables with artificial intelligence techniques. This study will allow us to better understand the impact of distribution and evolution

Green innovation: cutting-edge technologies for the sustainable management of cochineal in dry forests and conservation areas on the Ecuadorian coast Read more »

CHAKRAFILAMENT: Use of nanocellulose from agricultural waste from the Amazon Chakra for the production of 3D printing filament

General Objective: Develop filaments for 3D printing based on crystalline nanocellulose from agricultural waste from the Amazon Chakra as an eco-friendly alternative for the additive manufacturing of sustainable products with high added value. Specific Objectives: Participating Institutions: IKIAM, UEB, ESPOL, YACHAY Project Director Edgar Marcelo Vilcacundo Chamorro Participants: Awarded Budget: $35200.00 State of the

CHAKRAFILAMENT: Use of nanocellulose from agricultural waste from the Amazon Chakra for the production of 3D printing filament Read more »

“TherapyBuddy”: Reinventing Geriatric and Childhood Rehabilitation through Emotionally Intelligent Robots

General Objective: Design a robotic hospital accompaniment system focused on the socio-affective needs of children and older adults during their rehabilitation in hospitals and clinics of the Ecuadorian public and private Health network, to mitigate stress levels and social isolation. , favoring resilience and efficient recovery, through

“TherapyBuddy”: Reinventing Geriatric and Childhood Rehabilitation through Emotionally Intelligent Robots Read more »