The implemented project explores the innovative application of eXtended Reality and Spatial Computing technologies through the development of an interactive environment based on Unity 3D software, accessible via virtual reality headsets (e.g., Meta Quest 3). Specifically a virtual laboratory faithfully reproducing an industrial kitchen was created in collaboration with the Competence Center of Triveneto – SMACT. It is structured into interactive levels managed by scripts that allow both free navigation within the virtual space and a guided walkthrough of the various operational steps, with time‑based logic driven by timers. Custom code was implemented to enable realistic grasping and rotation of scene objects, interactions with machinery (such as changing its operating state), and overall simulation management scripts. In particular, the environment features a multi‑level design in which each recipe step is organized as an independent level, thereby facilitating the learning process and monitoring of individual phases. This technological solution demonstrates significant advantages in terms of efficiency, safety, and cost savings: it allows new projects to be tested without material risks while ensuring operational flexibility and rapid updates, and it is highly effective for personnel safety training.
Il progetto realizzato esplora l'applicazione innovativa delle tecnologie di eXtended Reality e Spatial Computing attraverso lo sviluppo di un ambiente interattivo basato su software Unity 3D, fruibile tramite visori per realtà virtuale (ad es. Meta Quest 3). Nello specifico è stato creato, in collaborazione con il Competence Center del Triveneto - SMACT, un laboratorio virtuale che riproduce fedelmente una cucina industriale, strutturato con livelli interattivi gestiti tramite script che consentono sia la navigazione libera nell'ambiente virtuale, sia l'accompagnamento guidato nei diversi passaggi operativi con logiche temporizzate basate su timer. Sono stati implementati codici per consentire operazioni realistiche di grasping e rotazione degli oggetti di scena, interazioni con le macchine (come il cambio di stato operativo) e script di gestione della simulazione. In particolare essa presenta un design multilivello dove ogni passaggio della ricetta è organizzato come un livello autonomo, in modo da facilitare l'apprendimento e il monitoraggio delle singole fasi. Questa soluzione tecnologica dimostra significativi vantaggi in termini di efficienza, sicurezza e risparmio economico: permette infatti di testare nuovi progetti senza rischi materiali garantendo flessibilità operativa e aggiornamenti rapidi, oltre ad essere efficace per la formazione del personale in sicurezza.
Laboratorio Industriale Virtuale: Simulazioni Interattive per la Presentazione e il Training
VECANSKI, MARKO
2024/2025
Abstract
The implemented project explores the innovative application of eXtended Reality and Spatial Computing technologies through the development of an interactive environment based on Unity 3D software, accessible via virtual reality headsets (e.g., Meta Quest 3). Specifically a virtual laboratory faithfully reproducing an industrial kitchen was created in collaboration with the Competence Center of Triveneto – SMACT. It is structured into interactive levels managed by scripts that allow both free navigation within the virtual space and a guided walkthrough of the various operational steps, with time‑based logic driven by timers. Custom code was implemented to enable realistic grasping and rotation of scene objects, interactions with machinery (such as changing its operating state), and overall simulation management scripts. In particular, the environment features a multi‑level design in which each recipe step is organized as an independent level, thereby facilitating the learning process and monitoring of individual phases. This technological solution demonstrates significant advantages in terms of efficiency, safety, and cost savings: it allows new projects to be tested without material risks while ensuring operational flexibility and rapid updates, and it is highly effective for personnel safety training.| File | Dimensione | Formato | |
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Vecanski_Marko.pdf
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https://hdl.handle.net/20.500.12608/92591