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WE LOVE RESEARCH AND DEVELOPMENT
SCOUTING THE FUTURE OF TECHNOLOGY IS OUR CHALLENGE IN R&D PROJECTS
Funded Projects
Fortissimo 2
NATIinFVG
Description
Experiment: HPC-Cloud-Based Sails Design Tool.
Development of a cloud-based service for the fluid-dynamic simulation of Sails
Sector
Bio-Informatics, Machine Learning
Partners
- Cape Horn Engineering
- PLUS
- CINECA
Our contribution to the project
As technology expert members of the project, PLUS will develop the IT framework and the Web App to transform the CFD simulations of sails into an easy to use pay-per-use web service.
Funds
Eligible (Funded) Costs: 41.500 € (29.050 €)
Description
Non Invasive Prenatal Testing (NIPT) for traceable and computerised aneuploidies in Friuli Venezia Giulia
Description
Smart-Health, Data Analysis, Bio-Informatics
Partners
- AB Analitica
- PLUS
- Università degli Studi di Trieste
- IRCCS materno infantile Burlo Garofolo
- TBS Group
- Simulware
Our contribution to the project
PLUS has been selected for the development of a classification algorithm aimed to estimate the chromosomic aneuploidies through the analysis of DNA sequences data
Funds
Overall Funded Costs: 1.085.686 €
Projects funded under Friuli Venezia Giulia POR FESR 2014-2020 Initiative
Projects funded under European Community's HORIZON 2020 Programme
HPV Selfie
NUTRIACT
Description
The project aims to validate HPV Selfy test that can be performed by self-sampling method using a simple swab to detect and diagnose HPV infection
Description
Smart-Health, Data Analysis, Bio-Informatics
Partners
- Ulisse Biomed
- PLUS
- Azienda Sanitaria Universitaria Integrata di Trieste (ASUITs)
Our contribution to the project
PLUS has been selected for the development of IT platform for analysis the testing data and predicting the HPV result
Funds
Overall Funded Costs: 355.102,62 €
Description
Personalized physical rehabilitation and nutrition pathways for the prevention and treatment of sarcopenia
Description
Smart-Health, Data Analysis
Partners
- Centro Medicus
- Università degli Studi di Udine
- PLUS
- Università degli Studi di Trieste
- Contento Trade
- IRCCS materno infantile Burlo Garofolo
- CBM
Our contribution to the project
PLUS has been selected for the development of IT Infrastructure that allows the project partners and the patients to access the rehabilitation information
Funds
Overall Funded Costs: 726.405,59 €
Projects funded under Friuli Venezia Giulia POR FESR 2014-2020 Initiative
Projects funded under Friuli Venezia Giulia POR FESR 2014-2020 Initiative
ModeBoat
AeroPathAI
Description
Development of a suite of collaborative software tools, Digital Twin, to standardise the design of vessels, also managing data from sea trials.
Sector
Naval, Design System
Our contribution to the project
PLUS aims to improve product development performance through efficient management of
information, reducing costs and increasing quality
Funds
Overall Funded Costs: 219.813 €
Description
The objective of the project is to define a reference practice for validating and measuring the effectiveness of airborne pathogens sanitisation technologies.
Sector
Smart-Health, Data Analysis
Partners
- ARCO
- ICGB
- PLUS
Our contribution to the project
PLUS has been selected as responsible for building the virtual prototypes, processing the data and recordings and correlating them with the physical experiments.
Funds
Eligible (Funded) Costs: 68.232 €
Projects funded under i-NEST - PNRR - M4
Projects funded under i-NEST - PNRR - M4
ModeBoat 2
Glionav 2.0
Description
Development of an intelligent platform to support clinical navigation and personalized information for patients affected by glioblastoma, based on cloud technologies and artificial intelligence
Description
Smart-Health, Data Analysis
Our contribution to the project
The project “GLIONAV 2.0 – Glioblastoma Navigator” was created with the aim of developing and validating an innovative and collaborative platform for the collection and analysis of clinical data from patients affected by GBM.
GLIONAV seeks to establish a system in which patients, caregivers, specialist physicians, and artificial intelligence tools interact in synergy (“supermind”) to collect real-world clinical data and, through intelligent algorithms, generate personalized guidance on the most appropriate therapeutic pathway for each individual case.
Description
ModeBoat 2 builds on the previous project by advancing the platform from TRL 5 to TRL 6 through the development of a Beta version.
The platform integrates various calculation tools for nautical design (such as load case, hydrostatics, scantling, and performance evaluation) and is intended for shipyards and designers of vessels under 24 meters, accessible via a web interface on cloud infrastructure.
Sector
Naval, Design System
Our contribution to the project
PLUS aims to improve product development performance through efficient management of
information, reducing costs and increasing quality
Funds
Eligible (Funded) Costs: 149303 €
Projects funded under Friuli Venezia Giulia POR FESR 2021 2027 Initiative
Projects funded under Life Science Cluster Friuli Venezia Giulia
NautiLink
Description
The objective of the project is to study all useful systems and equipment to enable any marine vessel with a propulsion, motor or sail, to perform the above services, autonomously (without control of a pilot) by taking advantage of the marine and aerial technology mix.
Description
Naval, Design System
Partners
- PLUS
- Mquadro
- Dronus
- Università degli Studi di Trieste
Our contribution to the project
Conceptualization of “navalizable platform,” i.e., a hardware and software kit capable of adapting to a range of marine craft, integrating within it all the modules necessary for the management of one or more aircraft.
Funds
Eligible Costs: 316026.07 €
Description
In the luxury yacht shipbuilding sector, final product validation relies on sea trials which, despite their importance, are still based on traditional methodologies. The current approach often involves fragmented data collection, relying on non-synchronized instrumentation and, at times, subjective assessments. This results in limited test repeatability, constrained analysis, and a failure to capitalize on accumulated know-how for future projects.
Sector
Naval, Design System
Partners
- GBI
- PLUS
Our contribution to the project
The primary objective of the NautiLink project is to move beyond the traditional validation model and establish a standardized, objective, and data-rich industrial process, transforming sea trials into a scientific and quantitative experiment.
Funds
Eligible (Funded) Costs: 124733,48 €
Projects funded under Friuli Venezia Giulia POR FESR 2021 2027 Initiative
Projects funded under Friuli Venezia Giulia POR FESR 2021 2027 Initiative
Adr.IA
Description
Create a North Adriatic digital twin demonstrator.
Sector
Naval, Design System
Partners
- eXact lab
- PLUS
Our contribution to the project
As technology expert members of the project, PLUS will be responsible for data visualisation and computation management activities.
Funds
Eligible (Funded) Costs: 181.689 €
Projects funded under i-NEST - PNRR - M4