• STUDY TECHNOLOGY

    Studierende am 3D-Drucker | Foto: aau/tinefoto.com

Space to live, learn and grow

Studying in the Faculty of Technical Sciences

Research and teaching excellence is what sets Alpen-Adria-Universität Klagenfurt’s technology programmes apart. Established in 2007, the Faculty of Technical Sciences prides itself on its exceptional student-supervisor relationships, which facilitate continuous, profitable exchange between tutors and students at all levels. Our technology programmes, which have a large practical component and focus on our key strengths (e.g. Informatics, Information Technology and Technical Mathematics), open up a world of opportunities for our students. And if you decide to take a Joint or Double Degree, you can also gain new experience overseas by taking a semester abroad or attending a summer school.

Courses offered | Social media & news | Preparing for your programme | Programme benefits | Information & advice | New students | IT holiday research placement 2016 | Study abroad | Student life | Careers

Technik studieren | Foto: tinefoto.com

Social Media

Facebook
Twitter


Blog

Courses offered

There are four Bachelor’s degree programmes, four Master’s degree programmes, two teacher training programmes and three Doctoral programmes to choose from.

Preparing for your programme

FAQs

Do you have a question about general admissions, university fees or special admissions processes?
You can find the answers in our FAQs.

Studierende am 3-D-Drucker | Foto: aau/tinefoto.com

Programmes with outstanding benefits

In addition to obtaining a broad foundation in your field, as a student studying a technical degree programme at Alpen-Adria-Universität Klagenfurt, you will also benefit from:

  • exceptional, one-on-one supervision
  • continuous exchange between tutors and students at the very cutting edge of research
  • the faculty’s close links with the Lakeside Labs GmbH research institution
  • strongly application-oriented course content
  • countless opportunities for gaining hands-on, practical experience
  • access to many international cooperation projects and research partners
  • an approach that values “quality over quantity”
  • excellent future prospects
1.082

students studying a technology subject

9

technical science departments

222

co-operation partners in technical sciences

84

partner universities specialising in technical sciences

Information & advice

Contact

Faculty of Technical Sciences Student Advisory Service

 

Röttl Johanna | Foto: aau/photo riccio

Mag. Johanna Röttl, Bakk.
Stiftungsgebäude building, 2. floor, K.2.21
Telephone: +43 463 2700 9324
Email: technik [at] aau.at

Faculty of Technical Sciences

Faculty website

Information about other important offices and contacts can be found here.

 

New students

Where to go for advice

It’s natural to have a lot of questions when starting university. But don’t worry! There are plenty of places ready to offer help and advice. At the start of semester, the Austrian National Students’ Union/Union of Students (ÖH) runs Welcome days and tutorials for students in their first semester. You can also get in touch with your student representative at any time. You will always receive advice from a student in a later semester who is familiar with your programme of study and who is equipped to give you some useful tips.

The Programme Director is responsible for issues relating to the organisation and governance of your programme. They decide whether examinations taken at another domestic or overseas institution can be recognised by AAU and also issue degree certificates.

Credit transfer options

Students at a Höhere Technische Lehranstalt (Higher Technical Institute or HTL) who have passed certain subjects at secondary level may be able to transfer credit so that it counts towards certain courses run by the university. If you have any questions about credit transfer, the Programme Director for your chosen programme will be happy to help. You can find examples of credit transfers from a selection of HTLs here.

HTL Villach

Lehrveranstaltungen des Bachelor-Studiums InformatikAusmaß (SST / Typ)Anzuerkennende HTL-Unterrichtsfächer
Informatik/EDVO
Einführung in die Informatik2 VO + 2 PRGrundlagen der EDV (1. – 2. Jahr)
Einführung in die strukturierte und objektbasierte Programmierung2 VO + 2 PRProgrammieren allgemein (1. – 4. Jahr)
Objektorientierte Modellierung und Implementierung2 PRProjektentwicklung Planung (3. – 5. Jahr)
Datenbanken2 PRAngewandte Datentechnik (3. – 5. Jahr)
Betriebssysteme2 PREDV-Betriebssysteme (3. Jahr)
Rechnernetze und Netzwerkprogrammierung2 PRProgrammieren allgemein (5. Jahr)

System- und Einsatzplanung (4. – 5. Jahr)

Web-Technologien2 PRProjektentwicklung und Umsetzung (3. – 5. Jahr)
Informationstechnologie – Netzwerktechnik
Einführung in die Informatik (STEOP)Grundlagen der Informatik (1. – 2. Jahr)
Einführung in die strukturierte und objektbasierte Programmierung2 VO + 2 PRAngewandte Programmierung (1. – 3. Jahr)
Objektorientierte Modellierung und Implementierung2 PRProjekt und Projektmanagement (3.- 5. Jahr)
Datenbanken2 PRDatenbanksysteme (3. – 4. Jahr)
Betriebssysteme2 PRBetriebssysteme und Computerarchitektur (2. – 3. Jahr)
Rechnernetze und Netzwerkprogrammierung2 VO + 2 PRNetzwerktechnik (2. – 4. Jahr)

Lokale Netzwerke (3. – 4. Jahr)

Netzwerkprogrammierung (3. – 4. Jahr)

Informationstechnologie – System- und Informationstechnologie
Einführung in die Informatik (STEOP)2 VO + 2 PRGrundlagen der Informatik (1. – 2. Jahr)
Einführung in die strukturierte und objektbasierte Programmierung2 VO + 2 PRAngewandte Programmierung (1. -3. Jahr)
Objektorientierte Modellierung und Implementierung2 PRProjekt und Projektmanagement (3. – 5. Jahr)
Datenbanken2 PRDatenbanksysteme (3. – 4. Jahr)
Betriebssysteme2 PRBetriebssysteme und Computerarchitektur (2. – 3. Jahr)
Rechnernetze und Netzwerkprogrammierung2 PRNetzwerktechnik (2. – 4. Jahr)
Software Engineering I2 PRAngewandte Programmierung (4. – 5. Jahr)
Informationstechnologie – Internet- und Medientechnik
Einführung in die Informatik (STEOP)2 VO + 2 PRGrundlagen der Informatik (1. – 2. Jahr)
Einführung in die strukturierte und objektbasierte Programmierung2 VO + 2 PRAngewandte Programmierung (1. – 3. Jahr)
Objektorientierte Modellierung und Implementierung2 PRProjekt und Projektmanagement (3. – 5. Jahr)
Datenbanken2 PRDatenbanksysteme (3. – 4. Jahr)
Betriebssysteme2 PRNetzwerktechnik (2. – 4. Jahr)
Web-Technologien2 PRInformationssysteme (3. – 5. Jahr)

HTL Mössingerstraße

Lehrveranstaltungen des Bachelor-Studiums InformatikAusmaß (SST / Typ)Anzuerkennende HTL-Unterrichtsfächer
Telekommunikation
Einführung in die Informatik2 VO + 2 PRAngewandte Elektronik (2. Jahr)

Konstruktionslehre und Projektmanagement (1. – 2. Jahr)

Einführung in die strukturierte und objektbasierte Programmierung2 VO + 2 PRAngewandte Informatik (1. – 3. Jahr)
Rechnernetze und Netzwerkprogrammierung2 VO + 2 PRTelekommunikationstechnik (3. – 5. Jahr)
Rechnerorganisation2 PRComputertechnik (3. – 5. Jahr)
Technische Informatik
Einführung in die Informatik2 VO + 2 PRAngewandte Elektronik (2. Jahr)

Konstruktionslehre und Projektmanagement (1. – 2. Jahr)

Einführung in die strukturierte und objektbasierte Programmierung2 VO + 2 PRAngewandte Informatik (1. – 3. Jahr)
Rechnernetze und Netzwerkprogrammierung2 VO + 2 PRInternet Engineering (3. – 5. Jahr)
Rechnerorganisation2 PRAngewandte Elektronik (3. – 5. Jahr)
Web Technologien2 PRTechnische Informatik (4. – 5. Jahr)

Konstruktionslehre und Projektmanagement (3. Jahr)

Biomedizin
Einführung in die Informatik2 VO + 2 PRAngewandte Elektronik (2. Jahr)

Konstruktionslehre und Projektmanagement (1. – 2. Jahr)

Einführung in die strukturierte und objektbasierte Programmierung2 VO + 2 PRAngewandte Informatik (1. – 3. Jahr)

HTL1 Lastenstraße Klagenfurt

Lehrveranstaltungen des              Bachelor-Studiums InformatikAusmaß  (SST / Typ)Anzuerkennende HTL-Unterrichtsfächer
Mechatronik
Einführung in die Informatik2 VO + 2 PRAngewandte Elektronik (2. Jahr)

Konstruktionslehre und Projektmanagement (1. – 2. Jahr)

Elektrotechnik
Einführung in die Informatik2 VO + 2 PRAngewandte Elektronik (2. Jahr)

Konstruktionslehre und Projektmanagement (1. – 2. Jahr)

HTL Wolfsberg

Lehrveranstaltungen des           Bachelor-Studiums InformatikAusmaß (SST / Typ)Anzuerkennende HTL-Unterrichtsfächer
Mechatronik
Einführung in die Informatik2 VO + 2 PRAngewandte Informatik und fachspezifische Informationstechnik (1. – 5. Jahr)
Wirtschaftsingenieur
Einführung in die Informatik2 VO + 2 PRInformatik und Informationssysteme (1. – 5. Jahr)
Betriebsinformatik (2006)
Einführung in die Informatik2 VO + 2 PRBetriebsinformatik und Programmieren (1. – 5. Jahr)
Einführung in die strukturierte und objektbasierte Programmierung2 VO + 2 PRBetriebsinformatik und betriebliche Informationssysteme (3. – 5. Jahr)
Objektorientierte Modellierung und Implementierung2 PRProjekte und Projektmanagement (3. – 5. Jahr)
Betriebsinformatik (2009)
Einführung in die Informatik2 VO + 2 PRInformatik und Informationssysteme (1. – 5. Jahr)
Einführung in die strukturierte und objektbasierte Programmierung2 VO + 2 PRSoftwareentwicklung und Projektmanagement (1. – 3. Jahr)
Objektorientierte Modellierung und Implementierung2 PRSoftwareentwicklung und Projektmanagement (4. – 5. Jahr)

HTL Saalfelden

Lehrveranstaltungen des               Bachelor-Studiums InformatikAusmaß (SST / Typ)Anzuerkennende HTL-Unterrichtsfächer
Elektrotechnik
Einführung in die Informatik2 VO + 2 PRFachspezifische Informationstechnik (1. – 5. Jahr)
Mechatronik
Einführung in die Informatik2 VO + 2 PRAngewandte Informatik (2. – 3. Jahr)

IT holiday research placement 2016

The IT holiday research placement is aimed at young students aged between 15 and 19 attending any school in Austria. This four-week placement gives students a chance to experience and get involved in real-life research. During the placement, students gain an insight into a typical university researcher’s day and also get their first taste of working and studying in a future-oriented field.

During their time at the university, placement students receive expert supervision from researchers working in different departments and research groups within the Faculty of Technical Sciences. The students are directly involved in day-to-day research activities and make an active contribution to themes currently being researched at the university during their placement. The IT holiday research placement is accompanied by an interesting programme of supporting events, which includes a special closing event.

Information

This year’s holiday research placement runs from 11 July 2016 to 5 August 2016 at Alpen-Adria-Universität Klagenfurt and offers young students the opportunity to take part in a total of 14 different projects. Applications for Summer 2016 have now closed.

Queries & Information: 

Mag. Johanna Röttl, Bakk.
Stiftungsgebäude building, 2nd floor, Room K.2.21
Telefon: +43 463 2700 9324
E-Mail: johanna.roettl [at] aau.at
Website

Menschengruppe vor Bibliothekstreppen | Foto: aau/tinefoto.com

Study abroad

Mobility programme

Partner universities

The Faculty of Technical Sciences has links with over 80 universities across Europe and the world. Overseas study placements are offered at a number of partner universities for a variety of different mobility programmes and subjects.

 Erasmus+ partner universities

 Joint-Study partner universities

Applications

Applications can be made on the Student Portal under “My applications”.
If you have any questions about how to apply, the International Office will be happy to help.

Grants

The Faculty of Technical Sciences is always happy to hear from potential scholarship sponsors. We would also like to thank the following organisations, which have provided scholarships to the Faculty for many years:

Additional grants and scholarships for study and work abroad placements can be found under International.

Graphische Darstellung aller TeWi Kooperationspartner

Student life

Studierende vor Haupteingang | aau/tinefoto.com

There’s more to student life than lectures and exams. Meeting and exchanging ideas with other people also plays an important role, and AAU’s Klagenfurt campus offers many opportunities to do just that. There is a variety of cafés and food outlets around the Alpen-Adria-Universität Klagenfurt campus and the University Sports Institute’s (USI) wide variety of sports offers the perfect outlet for the stress that accompanies study and exams.

What other campus offers you the chance to

  • hike and ski in the Gerlitzen mountains within 30 minutes?
  • swim in the Italian seas within two hours?
  • be at the Venice Biennale within two and a half hours?
  • stroll through the Old Town in Rovinj, Croatia, in three hours?
Kajakkurs am Wörthersee Universitätssportinstitut 1| aau/USI
  • Campus

    Discover the many advantages of studying at a campus university!

  • Accommodation

    Study, live and relax just a stone’s throw from the university!

  • Catering

    Discover the many cafés, restaurants and food and drink outlets around the university!

  • Sport & leisure

    The home of Austria’s most modern University Sports Institute, AAU has a huge number of sports and leisure activities to choose from.

  • The city of Klagenfurt

    Klagenfurt is a captivating city with a lot to offer including arts and culture, sports and leisure and Lake Wörthersee.

Would you like to study a Master’s at Alpen-Adria-Universität Klagenfurt?

Careers

Each year, around 900 students graduate from Alpen-Adria-Universität Klagenfurt and enjoy a positive, profitable relationship with the university even after they have completed their programme of study. Useful information and comprehensive advice on careers is available from the university’s Career’s Service.

Jobs

Graduates with a degree in a technical subject from Alpen-Adria-Universität Klagenfurt have a multitude of different job options available to them. You can find out more about the various careers open to you here.

Information Technology

Research engineers working with wireless transmission systems develop new methods and algorithms for transmitting measurement data between environmental sensors. They test these methods using prototypes and head up international projects alongside partners in the fields of sensor technology, informatics and biology.

Systems architects working in transport system management develop and test algorithms that evaluate toll system data so that transport information can be collated in real-time. They coordinate the design of traffic management systems based on this data and work closely with project teams in road transport infrastructure and traffic control centres.

Development engineers working in medical electronics are responsible for setting the specifications for the analogue and digital circuitry used in CAT scanners and for developing and implementing this circuitry. They are also share responsibility for ensuring that the entire production process runs smoothly from start to finish, and work closely with project teams in mechatronic and software development.

Informatics

Java software developers and their colleagues play a key role in the ongoing development of new online marketing systems. They are involved in the software development process right from the word go, through to the very end and work independently on web development projects and sub-projects requiring Java, ensuring all the while that existing product portfolios are continuously developed and expanded upon.

System engineers are in charge of looking after and maintaining server landscapes (e.g. Unix/Linux, Windows). They research and evaluate new technologies and techniques to increase performance; monitor system components and perform system back-ups. In addition, system engineers are tasked with designing and integrating security-related concepts into systems, ongoing troubleshooting and problem-solving and documenting these tasks. System engineers are also responsible for the optimisation and conceptual development of existing IT structures.

Load and performance testing consultants execute load and performance tests by undertaking a requirements analysis, designing the test, developing and implementing the test, conducting the test, analysing the test results and establishing a test cycle for each specific client. Since they offer support on a variety of different matters (e.g. application analysis or performance optimisation), consultants also have a lot of contact with their clients.

Information Management

Web designers are responsible for designing and building themes for content management systems (CMS) and for building entire websites. They need an excellent knowledge of CSS and HTML, as well as a lot of creativity, and must be open to working on a variety of different topics. Web designers are proficient users of new web technologies (including Flash, HTML5, etc.). They are also responsible for designing and drafting traditional printed materials (e.g. flyers, product information sheets and posters).

SAP consultants help clients and companies in a variety of sectors to implement projects based on the SAP standard software program. SAP consultants offer advice and support during strategic decision-making, use the latest technologies to help implement these decisions and offer support when introducing SAP-based projects to the process management system.

Business Intelligence Product Managers are responsible for developing reporting systems and data warehouses. They design and develop new system features and also improve old features. They are also responsible for designing reporting strategies and taking measures based on these strategies. They are also involved in developing conceptual specifications for IT systems.

Mathematics

Mathematicians / Statisticians have been affected by the radical transformation of the energy markets. Procurement processes and business transactions have become extremely complex and are defined increasingly by the power exchanges. A strong background in mathematics and statistics is therefore required for making the necessary optimisations to these processes. Statistics-based tasks in the energy sector include complex options pricing, demand forecasts, weather data and stock market developments. Because of this environment, energy companies have a diverse range of resources for modelling their energy purchases at their disposal. The most effective procurement mix is identified using selection processes based on individual mathematical optimisation models.

Credit risk analysts are responsible for analysing credit risk, structuring and ratings, and even for project finance when applications are received from large clients. They also study and assess financial models in existing balance sheet analyses, conduct their own risk analyses making recommendations directly to decision-makers and formulate credit conditions based on risk. They also check, record and process waiver requests and develop risk handbooks and risk management processes on a continuous basis.

Actuaries compile balance sheets for investment and risk associations and are responsible for forecasting and financial modelling, as well as calculating premiums and claims. They also offer support to specialist sectors on current issues relating to insurance.