EUGLOH 3D printing and its medical applications

Szeged, Hungary

Date 4 Nov 2024 15:00 - 6 Dec 2024 15:00

Location Szeged, Hungary

Host university University of Szeged (USZ)

Mode Online

WP WP 2

Target groups Academic Staff, Administrative Staff, Master students, PhD students, Post-docs, Researchers, Undergraduate students

Contact person Dr. Kocsis Lilla - kocsis.lilla@szte.hu

Duration Up to 1 month in length

Reference code EUG2_T2_1_0039

Type of event Workshop

Recognition Transcript of records - ECTS

Language English

Recruitment of participants Qualitative Assessment

Number of open spots 81

Is eligible to international certificate Yes

Evaluation criteria 10% - Academic / Professional Merit 80% - Motivation 10% - Time of Application

Isced fields of study 053 - Physical sciences

This online course is intended to be a general course, i.e. does no not require previous knowledge (on medical sciences, engineering, or biotechnology etc.) and hence will be open to all students of the EUGLOH Alliance.

This online course will be held in a 5-week period, starting on 4 of November 2024. There will be 10 presentation days (twice a week. We will try to choose the two days of the week that best suit the students and the class will take place between 15:00-19:00 (also based on the majority).

After the on-line course organised in the autumn semester, we will organise a one-week course in Szeged in the spring semester with personal participation. There the main task will be to implement a real project.

Topics will include:

What is 3D printing and how does it work?
Additive Manufacturing Technologies
Design strategies
What materials can be printed?
Metal 3D printing
FDM and SLA technologies
Scanning Tools
Application areas with special emphasis on medical opportunities (Patient Specific Implants, Dental technologies, etc.)
Bioprinting: artificial tissues and their use/application
Processing and post-processing DICOM images
Legislative issues (ethics and relevant regulations)
3D printing in medical and health science education

Content and Methodology

Lectures by online video streaming, interactive communication tools.

The primary basis for student selection is a motivation letter of up to 2000 words submitted at the time of application. In any conflict (too many applicant) students will be further selected by a ‘first come, first serve’ approach.

Topics:

What is 3D printing and how does it work?
Additive Manufacturing Technologies
Design strategies
What materials can be printed?
Metal 3D printing
FDM and SLA technologies
Scanning Tools
Application areas with special emphasis on medical opportunities (Patient Specific Implants, Dental technologies, etc.)
Bioprinting: artificial tissues and their use/application
Processing and post-processing DICOM images
Legislative issues (ethics and relevant regulations)
3D printing in medical and health science education

Back to list

Last update 7 Oct 2024 17:37

Our Members