3D-print - certificate course

Technology, flexibility and sustainability

3D printing holds enormous potential with its diverse technologies for numerous industries and areas of application. Despite this, the process has not yet become sufficiently established in industry. Instead, in many cases people continue to rely on tried and tested manufacturing methods. However, the constant developments in the field of 3D printing, be it in terms of the process (e.g. printing speed), the materials that can be used and more, make it increasingly important for companies to recognise and exploit the potential of additive manufacturing.

Accurate knowledge of animal, plant, and wildlife species is essential in various diverse professions and functions. In many cases, species are difficult to identify and therefore only accessible to specialists. Oftentimes, it took these specialists decades to work on a species group. For some years now, technologies have been available that support species identification in numerous ways and thus facilitate access even to very difficult groups. Various sensors and artificial intelligence (AI) play a crucial role. Some determination tools are available in the form of apps or portable tools. The methods are currently "booming", their usage requires a lot of expertise, especially a critical assessment of the results. As a certified eTaxnomist, you will be able to,

  • provide essential taxonomic principles and an overview of the three biological realms (plants, animals, fungi),
  • recognize and name crucial biotope and habitat types, using an identification key,
  • to give an overview of the range of identification technologies, especially their fields of application, reliability and technical maturity,
  • apply selected identification technologies (sampling, evaluation, documentation, interpretation and archiving) and
  • to apply a selected survey method independently and to critically reflect and process the quality of the results.

Dank des JTF können Unternehmer und Arbeitgeber in Kärnten finanzielle Förderungen für die Weiterbildung ihrer Mitarbeiter*innen in Anspruch nehmen, wobei 50 % der Kosten vom Land Kärnten übernommen werden. Alle Infos finden Sie HIER

Information & Contact

Contact

Please contact us if you have any questions about your studies:

Dr. mont. Sandra Petersmann
Wissenschaftliche Leitung

+43 5 90500 2156
s.petersmann[at]fh-kaernten[dot]at

Europastraße 3a
9524 Villach

Niveau der Qualifikation
Kunststofftechniker*in

ECTS Credits
5 ECTS

Ausbildungskosten
€ 3.500,-

ÖH-Beitrag
€ 22,70 / Semester

Studiendauer
4 Monate (4 Module zu je 24 h)

Organisationsform
berufsbegleitend

Unterrichtssprache
Deutsch/Englisch

  • Geplanter Starttermin: 10.10.2024
  • Bewerbungsfrist: Bewerbungen sind bereits möglich!

Aim & Content

The course starts with a general introduction to 3D printing, describing the different classes of materials and 3D printing technologies, and the first practical contact with different process variants. Practical work should make up about 40% of the course. It includes basic training on polymer and metal 3D printers and problem-solving sessions to learn and apply specific methods based on 3D printing and material properties. Participants are invited to define and work on their own research topics or problems to be solved directly related to their professional R&D and/or engineering activities.

In addition, the topics of rapid prototyping and rapid tooling as well as a technical and economic evaluation of 3D printing for industry are dealt with and underpinned with industrial experience. An important aspect of 3D printing is the high degree of design freedom. In the course of product design, the technology must always be kept in mind and therefore a good understanding of the process is a prerequisite. With process improvement, weight savings can be achieved through topology optimisation, circularity through design for recycling or functionality through product design. Furthermore, new trends are highlighted and the application of 3D printing for sustainable products and smart materials is discussed. As the quality of an end product is of crucial importance, the topics of standardisation and qualification will also be addressed.

Organisation & Dates

Planned start date: 05.10.2023
Application deadline: Applications are possible as of now!

The training includes 5 ECTS and a final certificate. In order to receive the final certificate, attendance of at least 80% is required; for a Transcript of Records (5 ECTS), the performance records must also be submitted. The training is organised on a part-time basis in the form of block courses. Classroom teaching takes place in 4 modules of 24 hours each, mainly at the Carinthian University of Applied Sciences in Villach. Part of the teaching is held in the Smart Lab in Klagenfurt and part in the GPS training centre in Villach. The dates always take place on Thursdays and Fridays every second week. A maximum of 8 people are accepted per course. However, a minimum of 6 participants is required for a course to take place.

Application

Access requirements

  • A technical higher education.
  • Good knowledge of English.
  • Potential participants are employees of industrial companies who are familiar with the issues of research and development as well as innovation, engineering and design and who want to further their education in the areas of production techniques.

For a registration we need:

For registration please send the following documents to weiterbildung[at]fh-kaernten[dot]at:

  • Registration form
  • Certificate of graduation
  • Birth certificate, proof of citizenship
  • E-card, curriculum vitae

Team

Dr. mont. Sandra Petersmann
Wissenschaftliche Leitung

+43 5 90500 2156
s.petersmann[at]fh-kaernten[dot]at

Europastraße 3a
9524 Villach

Mag.a rer.nat. Carmen Zernig-Malatschnig
Head of CUAS Academy

+43 5 90500 4313
c.zernig-malatschnig[at]fh-kaernten[dot]at

Hauptplatz 12
9560 Feldkirchen in Kärnten

Nicole Bachmann
Administration CUAS Academy

+43 5 90500 7281
n.bachmann[at]fh-kaernten[dot]at

Hauptplatz 12
9560 Feldkirchen in Kärnten