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3D PRINTING FOR INCLUSIVE HEALTH CARE (improving digital skills for ergonomics and bioengineering)
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Š•rgodesigner
3D PRINTING FOR INCLUSIVE HEALTH CARE
Introduction of the biomaterials and biocompatible materials
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Introduction of the biomaterials and biocompatible materials
Introduction of the biomaterials and biocompatible materials
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Introduction: The benefits of implantology in the health care system, management of patience and production process (Soft skills + management + ergonomics) for people with special needs
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Processing technologies of the biomaterials and biocompatible materials
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Introduction: The benefits of implantology in the health care system, management of patience and production process (Soft skills + management + ergonomics) for people with special needs
Processing technologies of the biomaterials and biocompatible materials
3D printing of the metals, ceramics and polymers
Anatomy of the implantology, geometry, sizes and general and special examples
Material selection for implant (use the knowledge of the biomaterials and biocompatible materials and their processing technologies) as a function of the anatomy of the application
Human implant compatibility test methods and surgery in implantology.
Databases, programming, AI
Telemedicine system, medical informatics
3D scanning, process and device
Medical Imaging (CT/MRI/USG)
Medical Imaging (CT/MRI/USG)
Medical Imaging (CT/MRI/USG)
Medical Imaging (CT/MRI/USG)
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