3D technologies and wearable electronics. Integration of modern engineering solutions into medical practice
Pilot course
Take part in a unique hands-on course dedicated to the integration and use of 3D technologies and wearable electronics in prosthetics and rehabilitation. During the course, you will get acquainted with advanced methods and engineering solutions that are revolutionizing medical monitoring, diagnostics and rehabilitation. The course consists of two thematic blocks, each of which includes 2 lectures and practical classes from leading experts in their fields.
-
Wearable electronics and biomechanical markers in medical monitoring and rehabilitation
Speaker: Yuriy Voytovych
You will learn about the application of modern wearable electronics to collect biomechanical markers that are critical for medical monitoring and rehabilitation. Let’s talk about methods of obtaining and analyzing data for medical purposes, and new developments in the field of measurements that shape the future of medical diagnostics.
-
3D technologies and wearable electronics. Integration of modern engineering solutions into medical practice
Speaker: Andriy ZUEV
The lecture covers the use of wearable electronics for diagnosis and rehabilitation. The speaker will consider the problems and features of biomedical data collection and analysis, as well as the prospects for the use of wearable electronics in medicine. Special attention will be paid to the measurement of human gait parameters as a means of monitoring the rehabilitation process.
-
3D scanning and 3D modeling in biomechanics
Speaker: Ksenia POTOPALSKA
The lecture is devoted to the application of 3D scanning in traumatology and individual prosthetics. You will learn the fundamental principles of 3D scanning and modeling aimed at solving challenges in the field of traumatology and orthopedics. The speaker will also discuss the use of 3D scanning and modeling in rehabilitation procedures.
-
3D modeling and 3D printing in rehabilitation and traumatology
Speaker: Oleksiy VODKA
This lecture focuses on opportunities for custom 3D design in trauma and prosthetics. You will learn about the application of 3D printing in biomechanics and the use of engineering simulations to improve the effectiveness of medical applications. Don’t miss this opportunity to learn more about the latest technologies changing the face of medicine and gain valuable practical skills for their effective application!