29 July 2024
Project 220169, Lviv, Ukraine
The United Nations Industrial Development Organization (UNIDO) and the Government of Japan proudly announce the initiation of a specialized training program aimed at enhancing the capabilities of Ukrainian prosthetists with the implementation of advanced 3D printing technology in Lviv. The program, part of the broader initiative "Emergency assistance for 3D-printed prosthetics and job creation in Ukraine," seeks to revolutionize prosthetic manufacturing and the assistive technology sector within the country.
At the Halychyna Rehabilitation Centre in Lviv, an 8-week course in Digital Prosthetics Engineering has commenced, engaging ten Ukrainian prosthetists from clinics and rehabilitation centers. Led by Japanese experts in 3D-printing technology for orthopaedics & prosthetics, the course promises to modernize Ukraine's prosthetic services and meet the growing need arising from the ongoing conflict.
Programme Highlights:
Technology and Training: Over two weeks, participants will gain hands-on experience with cutting-edge 3D printing technologies and digital modeling techniques. The programme will also provide opportunities to exchange experiences with international experts, ensuring participants are equipped with crucial knowledge to modernize the prosthetics manufacturing industry within Ukraine.
Practical Application: The subsequent six weeks will focus on hands-on, on-the-job training, enabling participants to apply their new skills directly. The participants will practice scanning, modeling, 3D printing, and fitting of prosthetics for 32 veterans in need, making an immediate impact on the lives of those awaiting these life-changing devices.
Modernization and Capacity Building: The initiative marks a critical step in modernizing Ukraine's prosthetic manufacturing capabilities and rehabilitation services. Through the integration of cutting-edge technology and international best practices, the program is poised to significantly enhance the quality and production capacity of prosthetic devices within the country. Additionally, the move from traditional casting methods to digital scanning and modeling will facilitate more flexible and effective services, making it possible to reach remote communities and reduce waiting times for patients in need.