1 / 19

BioArt Project Implementation at Zaporizhzhia National Technical University

Join us for the 1st BioArt Project Meeting on October 3-4, 2018 at Zaporizhzhia National Technical University. Explore new disciplines and laboratories related to additive manufacturing, virtual reality, biotribology, and medical equipment diagnostics.

ksingleton
Download Presentation

BioArt Project Implementation at Zaporizhzhia National Technical University

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. 1st Bioart Project Meeting 3-4 October 2018In Zaporizhzhia National Technical University Pryazovskyi State Technical University http://events.pstu.edu/bioart/ Prof. Vasyl Iefremenko, Head oh thr Department of Phisics Kateryna Polupanova Head of International Projects Department

  2. Project implementation.New disciplines indicated:

  3. Project implementation.New laboratories indicated • Laboratory of additive manufacturing implants by 3D-printing • Laboratory of virtual reality • Laboratory for biotribologicalstudies • Laboratory of the diagnostics of medical equipment

  4. Project implementationEquipment Management Laboratory of additive manufacturing implants by 3D-printing Laboratory of medical equipment diagnostics Laboratory of Biotribology Laboratory of virtual reality

  5. Equipment list Curriculum Laboratory name Laboratory function Preliminary price, euro 1 3D printer Flashforge Inventor, 3D printing for biomedical applications Laboratory of additive manufacturing implants by 3D-printing The Lab is intended for classes of the bases of design and additive manufacturing the implants by means of 3D-printing 1790 2 3D Printer Ultimaker 2+ 2800 3 3D scanner BQCiclop 300 4 Systems of virtual reality Regenerative medicine and biotechnology in orthopedics Laboratory of virtual reality The Lab is intended for classes on physiology and anatomy of human body and on the bases of prosthetics. 2500 5 Interactive whiteboard 920 6 Multimedia projector 1000 7 Tribometr «Micron-tribo» 1.Biomaterials 2. Bio-ceramics Laboratory for biotribological studies The Lab is aimed to conduct (in the framework of MA graduation thesis) the testing of tribological behavior concerning biocompatible materials and relevant strengthening technologies intended for the manufacturing human articular implants. 8000 8 Profilometr «Micron-alpha» 8000 9 Analytical balances RADWAG АS 60 / 220.R2 800 10 PC for the registration and processing of tribo-testing data 500 11 Rough grinding machine for metal ORTigrind SM 300 1900 12 Grinding and polishing machine 760 13 Ultrasonic and Magnetic Laser Therapy Apparatus «МИТ-11» 1.Biomedical instruments 2.Biomedical measurements Laboratory of the diagnostics of medical equipment The Lab will be aimed to studying and mastering the method of diagnosing/testing the working condition and the functioning of diagnostic and therapeutic medical equipment.  700 750 14 6-channel electrocardiogram 600G 3080 15 Test MedTester 5000C Total 33800 Project implementation. List of equipment :

  6. Project Implementation Visualization. “BioArt” page at PSTU web-sitehttp://events.pstu.edu/bioart/

  7. Project implementation. Visualization. “BioArt” page at PSTU web-sitehttp://events.pstu.edu/bioart/ Bioart is available in English and Ukrainian languages • BioArt – project running • About the project- project description • Documents • Work group • Contacts

  8. Project implementation.“BioArt” project budget allocation at PSTU As on the date of October 01,2018 Total PSTU project budget (€) : 82611,00 Realization of the budget: Staff cost:2332,49 Travel cost: 701,50 Cost of stay: 2787,52 Transferred to PSTU account: 23003,30 Remaining balance 01.10.2018: 18943,00.

  9. Project implementationCurricular to be modernized in 2018-2019: Biomaterials Bio-Ceramics 3D Printing for Biomedical Applications Computer simulation of Multibody Models Nanostructures and Nano Capsules

  10. Project implementation“BioArt” publications International Scientific and Technical Conference “University Science-2018” Mariupol, Ukraine, May 23-24, 2018 Today Biomedical Engineering for Realization of the Bioart Project Objectives

  11. Project implementation.Trainings / mobility activities(international, national)

  12. Project implementationTeachers’ Trainings in Cracow University of Technology (Poland) (June 2018)

  13. Project implementation: “BioArt” trainings at PSTU 14 Sept. 2018 BioArt Work shop for PSTU teachers BioArt Work shop for PSTU students 03 Sept. 2018

  14. Project implementationPSTU Quality Assurances Group Natalia Zakharenko, PhD, Assoc. Professor, Management Depart. Dmytro Mironenko, PhD, Assoc. Professor, Depart. of Computer Science Olexandr Bilyk, PhD, Assoc. Professor, BioEng. Department

  15. Project implementation: University-Enterprises collaboration Mariupol City Oncology Center Military mobile hospital Medical Center “Iridalab” PSTU

  16. PSTU dissemination materials of “BioArt”

  17. PSTU materialsof “BioArt” dissemination https://www.youtube.com/channel/UCw778W9uxPv2yOPXLNHaKhg BioArt PSTU

  18. “BioArt”Open Questions • Final list of curricular • Reinvestment in the project • Possibility of equipment purchase by Grant holder (experience of previous projects)

  19. THANK YOU FOR YOUR ATTANTION!

More Related