IDEAS PRESENTED TO
II SCIENCEKAITZA SCIENTIFIC COMPETITION 2019

3D3B

Objective: To design a structure similar to that of the brain and its outer protection layer that can be manufactured with a 3D printer and that, effectively, reproduces the behavior and distribution of drugs used to treat neurodegenerative diseases, ensuring their effectiveness and safety before being administered to the patient.

Participation

NAVARRABIOMED

  • Natalia Ramírez
  • Maite Mendioroz
  • Ibai Tamayo
  • Alberto Labarga

UPNA

  • Mauro Malvé
  • Rafa Cabeza
  • María Ángeles Cuella
  • Arantxa Villanueva

NAITEC

  • Joseba Irigoyen

BRAV3

Objective: To employ advanced bioengineering tools to develop a printable 3D scaffold that will be populated with cardiac cells derived from human induced pluripotent stem cells.

Participation

CIMA

  • Manuel Mazo
  • Ana Pérez
  • Beatriz Pelacho
  • Pilar Montero
  • María Flandes
  • Saray Rodríguez
  • José Valdés

CUN

  • Juan José Galvira
  • Froilán Granero-Moltó
  • Tania López
  • Juan Antonio Romero

CH4+

Objective: Analyze in energy, construction, economic and regulatory terms, the viability of using the methane generated in residential buildings for use as support for heat production systems or for the generation of bioproducts, without forgetting the importance of reducing methane emissions into the atmosphere.

Participation

UNAV

  • César Martín-Gómez
  • David Elustondo
  • Rafael Moncada
  • Carolina Santamaría
  • Jesús Miguel Santamaría
  • Alba Lorente
  • Víctor Valentí
  • Marina Vidaurre
  • Kattalin Del Valle de Lersundi
  • Amaia Zuazua

CENER

  • Irantzu Alegría
  • Laura García

EMOTIONAL FILMS

Objective: To vary the script of a movie based on the emotions detected in the viewer. It will take into account other factors such as age and gender. The possibilities that are opened with this type of tools are immense for the world of education, being able to have a great impact in the treatment of alterations of the capacities of social relations of children or even adults.

Participation

UPNA

  • Carlos del Río
  • Arantxa Villanueva
  • Andoni Larumbe
  • Mikel Galar
  • Mikel Elkano
  • Mikel, Xabier Uriz
  • Daniel Paternain

UNED

  • Juan Carlos Pérez

NGL

  • Carlos Fernández de Vigo
  • Lorena Ares

Padres Formados

  • Leticia Garcés

HELIOCROP

Objective: Creation of a multi-layered, multifunctional roof with a cellular design that is conceived as a stand-alone infrastructure, off-grid. Heliocrop is a fully printed, sandwich-like structure that includes a photovoltaic layer, a lighting layer, and an accumulation layer in between, all controlled by distributed intelligence.

Participation

NAITEC

  • Fernando Varela

CENER

  • Mª Jesús Rodríguez

HIDROBOLA

Objective: Optimize irrigation management through an innovative dual sensor or Hidrobola (simultaneous estimation of the content and degree of water retention) with wireless connection and low cost.

Participation

UPNA

  • Miguel Ángel Campo Bescós
  • Rafael Giménez Díaz,
  • Alaitz Aldaz Lusarreta

NAITEC

  • Nere Garmendia
  • Juncal Estella
  • Uxua Pérez de Larraya
  • Sergio Alonso
  • Amaya Unanua
  • Guillermo Glaría
  • Félix Gómez

FSESTRUCTURAS

  • Fernando Sarría

NUTRYFERT

Objective: To address the development of a new, original and effective methodology to manufacture new highly efficient granular fertilizers, from mineral nutrients contained in organic waste, whose recycling is the key to the circular economy.

Participation

UNAV

  • José Mª García-Mina
  • Óscar Urrutia
  • Marta Fuentes
  • Javier Erro
  • Ángel Zamarreño

INTIA

  • Alberto Lafarga
  • Luis Orcaray

PHARMA LABEL

Objective: to develop disposable, reliable and simple smart labels to indicate to the patient or the healthcare provider that the cold chain of the medicine or vaccine has been maintained until it reaches their hands. These labels change color when the threshold temperature is reached at the specified design time.

Participation

NAITEC

  • Silvia Zabala
  • Arantxa Sánchez
  • Estíbaliz Armendáriz

UNAV

  • Fernando Martínez

UPNA

  • Juan Ignacio Maté

R2R ENERGY SHOTS

OObjective: Mass production by rotary printing of graphene-based supercapacitors, thus minimizing the use of batteries made of metals and chemicals that are difficult to recycle and reuse.

Participation

NAITEC

  • Joseba Irigoyen

UPNA

  • Antonio López

AIN

  • Cristina Díaz

RASTREATOR

Objective: Activate the immune system through the olfactory bulb as a novel therapy in Alzheimer’s patients.

Participation

CIMA

  • Ana García Osta
  • Mar Cuadrado
  • Noelia casares
  • Juan J. Lasarte

NAVARRABIOMED

  • Enrique Santamaría

RUNHEAT

Objective: Create a printable heated floor. The idea is to print an electrical circuit on the inside of the laminate with a PTC ink, thus generating a printed circuit just a few microns thick. This electrical circuit connected to a receiver and / or accumulator of electrical energy could distribute the heat in a homogeneous way on the floor of a home.

Participation

NAITEC

  • Santiago Gómez

UPNA

  • Alberto Berrueta
  • Álvaro Martínez

SMARTIOTBIOPATCH

Objective: To develop a patch capable of measuring serotonin levels in sweat. The patch will be manufactured using functional printing techniques and will lead to various IoT capabilities, including low-energy communications and fog / cloud computing.

Participation

NAITEC

  • Aaron Cabrera
  • Javier Bravo

UNAV

  • Rosa María Tordera

UPNA

  • Antonio López Martín
  • José Javier Astrain
  • Francisco Javier Falcone

SMARTKITCH

Objective: Design of an intelligent system integrated into a completely autonomous refrigerator and pantry, capable of recognizing the food that is inside and providing a menu advisory service to the user, based on the food that is stored. To do this, it combines different Artificial Intelligence techniques: Vision, Big Data and Machine Learning.

Participation

NAITEC

  • Ángela Bernardini
  • Idoia Aguirre

UPNA

  • Humberto Bustince
  • Francisco Javier Fernández
  • Paloma Vírseda

STROKE CHALLENGE

Objective: The stroke patient journey to recovery. This project will build integrative models to achieve a more personalized stroke medicine, with a great socioeconomic and health impact.

Participation

CIMA

  • Josune Orbe

NAVARRABIOMED

  • Roberto Muñoz

ADACEN

  • Francisco Fernández

ZECO2DA

Objective: Design modules for the processing of ZERO emissions data that can be installed in the region, promoting a digital and sustainable economy.

Participation

CENER

  • Sergio Díaz de Garayo
  • Javier Llorente
  • Laura Frías

UPNA

  • Patricia Aranguren