VR Mentor Stomatološki trenažni simulator od Wei Sun

Dizajn VR Mentor Stomatološki trenažni simulator od dizajnera Wei Sun je visoko cijenjeni dobitnik prestižne nagrade 2024 Brončana nagrada A' Design Award u kategoriji Dizajn Obrazovanja, Nastavnih Pomagala i Sadržaja za Obuku.

BronzaObrazovanje· 2024

VR Mentor Stomatološki trenažni simulator

autor Wei Sun

Klijent: Xi'an Jiaotong University

Dobitnik nagrade Brončana nagrada A' Design Award u kategoriji Obrazovanje

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Dizajn

O dizajnu VR Mentor Stomatološki trenažni simulator

VR Mentor je sistem za nastavu i obuku iz stomatologije zasnovan na virtuelnoj stvarnosti. Sistem kombinuje vizuelni prikaz, stereofonski zvuk i povratnu informaciju sile (force feedback) kako bi stvorio imerzivno iskustvo izvođenja zahvata. Dva nastavna moda, praktični rad i dijeljeni haptički mod, te trenažni mod, vode polaznike duž snimljenih putanja stručnjaka koje proizvode privlačenje i otpor. Hardver ima dimenzije 400 x 400 x 1400 milimetara i postavljen je na ergonomsku visinu. Softver je razvijen u Unity3D okruženju. VR Mentor smanjuje potrebu za anatomskim uzorcima i snižava troškove obuke.

Priznanje

O nagradi Brončana nagrada A' Design Award

VR Mentor Stomatološki trenažni simulator je pobjednik Brončane nagrade A' Design Award, visoko prestižnog priznanja koje se dodjeljuje izvanrednim dizajnima što se odlikuju kreativnošću, domišljatošću i oštroumnošću. Brončani pobjednici izdašno su vješti i upečatljivo kreativni artefakti koji potvrđuju golemo iskustvo, maštu i snalažljivost svojih dizajnera. Očekuje se da VR Mentor Stomatološki trenažni simulator bude visoko cijenjen, voljen i njegovan predmet koji je izuzetno profesionalan i inovativan. Ovaj dizajn koji je osvojio Brončanu nagradu A' Design Award uključuje najbolje prakse u umjetnosti, nauci, dizajnu i tehnologiji i izvrstan je zbog pažnje posvećene detaljima. VR Mentor Stomatološki trenažni simulator sjajno zadovoljava potrebe, dotiče želje, očarava osjećaje i privlači znatiželju.

Iza dizajna

Press komplet

Zasluge, članovi tima i tehnički detalji koje je dostavio dizajner.

Jedinstvena svojstva: This product is a dental teaching and training system based on Virtual Reality. Through the multimodal combination of VR vision, stereophonic audition and force feedback, two innovative teaching modes, namely "Hands on" and "Shared haptic", along with a training mode, have been designed to provide students with immersive stereoscopic operation experience and sufficient practical opportunities.
Dimenzije i pakovanje: Hardware: 400 mm x 400 mm x 1400 mm. The height of the device is positioned ergonomically. Software: UWP application.
Oznake: Virtual Reality, Dentistry, Haptics, Teaching and training system, learning efficiency, Practical operation ability
Tehnologija proizvodnje: The system is mainly developed through Unity3D. The shell of the device can be made by ABS injection molding, which can not only meet the standards of medical devices, but also meet a certain strength and save the cost. The internal transmission and drive mechanism can use FRP and other materials with certain rigidity and fatigue resistance, which can ensure the stability and service life of the entire system.
Dizajnerski izazov: The most challenging part is to explore and design a novel and effective teaching model that goes beyond mere visual and basic haptic effects in VR. This model should significantly improve students' learning efficiency and practical skills, enhancing their fine motor skills and hand-eye coordination.
Istraživanje: Currently, traditional training suffers from shortage of specimen resources, high cost and low efficiency. This product is a dental teaching and training system based on Virtual Reality. Through the multimodal combination of VR vision, stereophonic audition and force feedback, two innovative teaching modes, namely "Hands on" and "Shared haptic," along with a training mode, have been designed to provide students with immersive stereoscopic operation experience and sufficient practical opportunities.
Inspiracija: In traditional dental education models, there are problems such as a shortage of anatomical specimens, high costs, and low efficiency, which lead to inadequate clinical training for students. The development of VR technology provides a promising solution for strengthening dental education by offering more realistic, efficient, and immersive virtual teaching and training experiences.
Trajanje projekta: The project started at Xi'an Jiaotong University in May 2022 and ended at Xi'an Jiaotong University in May 2023
Tok rada: By recording the operation information of the expert, In the teaching mode, it can generate a standardized visualized path track on where the adsorption force can be generated. And the students are guided to move along the operation track in a way similar to the teaching by holding their hands. And the operation track can also produce resistance, which allows students to experience the magnitude of the force feedback.
Patenti: Copyrights belong to Wei Sun, 2023.
Članovi tima: Wei Sun
Yao Luo
Shiwen Zhang
Zeyv Mo
Supervisor: Xiaoling Li
Autorstvo slika: Wei Sun