MISSING TECH SAGL -  

Ranking results:

Past rankings:

2019
Criterium:Position:
Overall Score:> 1000
Total Project Funding per Partner:> 1000
Total Number of Projects:> 1000

Ranking timeline:

Project Participation Performance(2019-01-01 - 2024-12-31 ):

Total Project Funding:

Total funding allocated to projects this organisation participated or coordinated

Funding per Partner:

Since 2014 individual funding per partner. If data is not available at CORDIS: total funding / No of participants.

Projects:

Leadership:

Total number of projects: 2
As coordinator: 0
As participant: 2
Sole participant: 0
Coordinator / Participant Ratio: 0*

*Ratio includes only projects with > 2 partners

Summary:

Total project funding [€]:Projects [No]:
Year:coordinator*participant*per partner  as coordinatoras participant
2021 0 1.582.400 124.200 1
2019 0 1.108.600 138.000 1
*n.b.: These numbers represent the total amount of funds allocated to projects this institution has participated in, not the funding allocated to this institution

Networking:

Partners:

Institution:Projects [No]:
ATHENA RESEARCH AND INNOVATION CENTER IN INFORMATION COMMUNICATION & KNOWLEGDE TECHNOLOGIES2
ENGINLIFEENGINEERING SOLUTIONS2
UNIVERSIDAD DE GRANADA2
APA SAN SEBASTIAN S COOP AND1
ASOCIACION ARTE TECNOLOGIA Y SOCIEDAD ARTES1
BEIA CONSULT INTERNATIONAL1
CIRCULAR ECONOMY INNOVATION SOCIEDAD LIMITADA1
EFIIS SISTEMIKI VIOLOGIA MONOPROSOPI IKE1
EKROME1
IDEAS TECNICAS Y ESTRATEGIAS MULTIMEDIA SOCIEDAD LIMITADA1
POLITECNICO DI TORINO1
SCUOLA UNIVERSITARIA PROFESSIONALE DELLA SVIZZERA ITALIANA1
UNIVERSIDAD ADOLFO IBANEZ1

Constancy:

Total number of partners: 16
Partner loyalty:
Frequent Partner: (> 2 projects): 0
Rare Partner: 16
Frequent / Rare Partner Ratio: 0

Project overview:

Start dateProjectacronymrolefundingpartners
2021-01-01Reuse Reduce Recycle AI-based platform for automated and scalable Maker culture in Circular economy RRREMAKERparticipant1.582.40010
2019-12-01Virtual tongue to predIct the oRganoleptic profile of mediterranean IngredienTs and their effect on hUman hOmeostasis by means of an integrated compUtational multiphysicS platform VIRTUOUSparticipant1.108.6008