ODINO – Laboratorio di Robotica Educativa

ODINO – Laboratorio di Robotica Educativa

ALTAIR research projects

Laboratorio ODINO

Laboratorio di Robotica educativa e Officina d’Innovazione ODINO Verona

 

logo-odino-verona

Timing

Inaugurato a Settembre 2021

Link

Sito ufficiale

Con il contributo di

Fondazione Cariverona

Laboratorio di Robotica ODINO – L’officina di Innovazione di Verona

Il Laboratorio di Robotica ODINO Verona offre formazione di base e specialistica in ambito Industria 4.0 e robotica, favorendo il networking con aziende high-tech e la contaminazione tra giovani appassionati. Ospita al suo interno una linea di produzione completamente automatizzata, riprodotta a scopi formativi. Localizzata presso l’Ex-Mercato generale di Verona (Laboratorio ICE), l’Officina è gestita direttamente dal Dipartimento di Informatica dell’Università di Verona.

Cosa trovi in ODINO? Robot collaborativi, stampa 3D, interazione uomo-macchina avanzata, automazione e catena di montaggio, dimostrazioni e robot in funzione.

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Laboratorio ODINO Verona

Open lab - prenota la tua visita!

L’Officina ODINO Verona apre le porte per cittadini, scuole e futuri studenti. Ci sono tante ragioni per venire a trovarci: per capire se la robotica può far parte del tuo percorso di studi universitari, per fare un’esperienza scuola lavoro e acquisire crediti #PCTO, per organizzare una visita scolastica con la tua classe. 

Laboratorio di Robotica ODINO Verona

Via Santa Teresa 12, Verona c/o ICE Lab

verona@progetto-odino.it

Il Laboratorio di Robotica – Officina d’Innovazione ODINO Verona nasce all’interno del progetto “ODINO – Officine d’Innovazione” che ha l’obiettivo di offrire percorsi formativi gratuiti di eccellenza e di auto-imprenditorialità per giovani dai 16 ai 30 anni del territorio veronese.
Il progetto ODINO si sviluppa all’interno di due settori strategici per il territorio: la viticoltura e la robotica per l’industria 4.0.

Le officine di Innovazione ODINO sono luoghi di formazione e apprendimento che rendono possibili incontri di persone, saperi, esperienze e crescita professionale, in relazione costante con i territori in cui sono inseriti: le città di Soave e Verona. L’Officina ODINO Soave detta anche “Scuola del Vino” ha sede presso l’Ex Mulino di Soave, luogo simbolo della città.

Sito ufficiale

ALTAIR projects

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PROCT Project

PROCT Project

ALTAIR research projects

PROCT

Prostate Diagnosis using Optical Coherence Tomography

 

Timing

From 1 October 2022 to
31 March 2024

Link

Cordis website

Granted by

Horizon-Europe
grant-erc

PROCT Project: Repurposing an eye exam method for prostate cancer diagnosis

 

Optical coherence tomography (OCT) is an imaging technique that takes pictures of the back of the eye. Funded by the European Research Council, the PROCT project aims to exploit this method for prostate cancer diagnosis. Existing prostate biopsy approaches are invasive, subjective and prone to human error, leading to significant misdiagnoses of prostate cancer. OCT offers the potential to visualise the prostate tissue without any physical examination. Imaging will be semi-automated and image analysis will take place utilising AI. PROCT partners will validate at the preclinical level this innovative approach aiming to improve disease management and patients’ quality of life.

Cordis website

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Robiopsy

Robiopsy

ALTAIR research projects

ROBIOPSY

AI and Robotics for Prostate Biopsy

 

logo-robiopsy-project

Timing

From 1 September 2022 to 31 August 2025

Link

Official website

Granted by

Horizon-Europe
EIC - LOGO 2021
Robiopsy-main-pic

ROBIOPSY project: AI and Robotics combined in a new robotic device for prostate cancer biopsy.

 

With 1.3 million new cases worldwide, prostate cancer is the second most common cancer in men.

The ROBIOPSY project aims at evolving the robotic device for prostate cancer biopsy demonstrated during the ERC-PoC PROST into a product prototype that will be ready for clinical trials.

The focus of the project will be on the engineering of the current laboratory prototype, and on the accurate analysis of the business case of prostate cancer diagnosis. We will address the results of the pre-clinical tests, meet the strict medical certification regulations, and analyse the Health economics implications of our solution.

ROBIOPSY will effectively address the main causes of diagnostic errors in prostate cancer, supporting the medical personnel and providing a better treatment for the patient which will be

  • Standardized: More precision, safety, repeatability, and control thanks to the AI.
  • User oriented: Easy design that shortens the procedure learning curve of the medical personnel.
  • Precise: Target identification and positioning error drastically lowered.

ROBIOPSY is funded by the European Innovation Council (EIC) and SMEs Executive Agency.

The focus of the project will be on the engineering of the current laboratory prototype, and on the accurate analysis of the business case of prostate cancer diagnosis.

Prof. Riccardo Muradore

officiale website

ALTAIR People involved

Riccardo Muradore

Riccardo Muradore

Associate Professor

Francesco Setti

Francesco Setti

Assistant Professor

ALTAIR projects

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GEYEDANCE

GEYEDANCE

ALTAIR research projects

geyedance

AI Guidance for Robot-Assisted Eye Surgery

 

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Timing

From 1 May 2023 to 30 April 2026

Link

Official website

Granted by

EN_FundedbytheEU_RGB_POS
horizon-europe-programme
geyedance-main-pic

GEYEDANCE is an EU-funded project that is developing the world’s first assistive robotic platform for safe and efficient retina surgery procedures. This technology aims to address a significant unmet socio-economic challenge by offering retina surgery for patients who currently receive inadequate or no treatment due to a shortage of personnel.

About GEYEDANCE

GEYEDANCE technology will apply Artificial Intelligence methods to the field of surgical robotics, creating a high-precision, tremor-free robotic-assisted tool for retina surgery that enhances surgeons’ abilities while alleviating mental and physical strain. The project’s research builds upon an already CE-certified robotic system and aims to develop tangible technology that is “close-to-certification”.

The project is managed by a multi-disciplinary consortium comprising 7 partners. This consortium includes universities such as the University of Verona (IT), University of Ferrara (IT), and University of Bern (CH); research centers like ACMIT (AT); companies such as Zeiss Med and Zeiss CRT; as well as SMEs like Preceyes (NL). These partners assume complementary roles in research, communication, and exploitation activities throughout the project, as well as during the subsequent commercialization phase, which takes place after the project’s completion.

This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement N° 101070443

Democratizing retina surgery: GEYEDANCE technology aims at answering a big unmet socio-economic challenge, providing retina surgery for those patients that are currently treated inadequately or even not treated because of the lack of personnel. 
Prof. Riccardo Muradore

officiale website

ALTAIR People involved

Riccardo Muradore

Riccardo Muradore

Associate Professor

Francesco Setti

Francesco Setti

Assistant Professor

ALTAIR projects

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ThermalX

ThermalX

ALTAIR research projects

thermalx

Advanced visual and thermal 3D endoscope

Timing

Funded in 2022

Link

Official website

Co-financed

Awards

ThermalX is a research project of the University of Verona co-financed by RoboIt

 

A novel insight in the operating room 

Surgical procedures involve the use of thermal ablation techniques through the use of electrosurgical units, which can lead to an uncontrolled diffusion of energy towards tissues adjacent to the target area. In fact, temperatures above 60 ° C lead to cell death and, consequently, irreversible tissue damage that can extend, for example, to the surrounding nervous structures with consequent partial or total functional losses. Currently, the ability to monitor the actual extent of thermal damage in real time does not exist in the operating room and, therefore, the surgeon is left without any feedback that would allow him to take preventive actions.

ThermalX is developing an advanced Visual and Thermal 3D Endoscope. A minimally invasive laparoscopic endoscope that uses advanced optical technologies to extract 3D and stereoscopic thermographic information. The use of the endoscope developed by ThermalX can lead to

  • A reduction in post-operative complications by allowing real-time analysis of the impact of thermal ablation tools on organic tissues.
  • Avoid irreversible damage.
  • Real time quantitative temperature monitoring

Innovation of the surgical endoscopes

The innovation brought by ThermalX concerns the patented thermo-stereoscopic endoscopy, which combines at the hardware level a thermal sensor with a pair of stereoscopic cameras, and the software necessary to superimpose the visible and thermal 3D images in a single time-variant vision that allows real-time analysis of thermal diffusion to organic tissues during laparascopic surgery. 

The ThermalX Team: Giacomo de Rossi, Claudia Daffara, Dumitru Scutelic, Salvatore Siracusano, Riccardo Muradore and Nicola Piccinelli.

Official website

ALTAIR People involved

Riccardo Muradore

Riccardo Muradore

Associate Professor

Giacomo De Rossi

Giacomo De Rossi

Research Assistant

Nicola Piccinelli

Nicola Piccinelli

Research Assistant

ALTAIR projects

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