Study Info Day 2026 | Tulln
Life Sciences & Digital Future – Study for your future at the Biotech Campus Tulln!
Life Sciences & Digital Future – Campus Tulln offers a wide range of future-oriented study programmes. With a focus on biotechnology and digital technology, the campus prepares students for exciting, innovative careers. Close to Vienna and easily accessible!
Visit us at the Study Info Day!
You can look forward to guided tours of the high-tech laboratories in Tulln, individual study consultations, and success stories from our graduates.
Program:
| 15:00 - 18:00 | Guided tours of the building and our high-tech laboratories. |
| Presentations: | |
| 16:00 - 16:10 | Biotech Campus Tulln |
| 16:10 - 16:20 | Bachelor's Study Program Biotechnological processes |
| 16:20 - 16:30 | Bachelor's Study Program Biomedical Science in Tulln |
| 16:30 - 16:40 | Bachelor's Study Program Software engineering and digital systems |
| 16:40 - 16:50 | Master's Study Program Bio Data Science |
| 16:50 - 17:00 | Master's Study Program Biotechnology & Analytics |
| 17:00 - 17:10 | Biotech Campus Tulln |
Our study programmes:
Bachelor’s:
Biotechnical Processes (BSc)
Over the course of six semesters, you will receive a solid scientific education and discover how diverse and future-oriented biotechnology can be. From the first semester on, you will work in small groups in laboratories equipped with the latest technology.
Biomedical Science in Tulln (BSc)
This Bachelor's programme focuses on the analysis of human samples and the preparation of laboratory findings. In this practice-oriented programme, you will learn the biomedical analysis process in both theory and practice.
Software Engineering & Digital Systems (BSc)
Our Software Engineering programme provides a solid education in software engineering, IT security, and IT management. You will learn how to plan, develop, and maintain software solutions for complex systems to meet the demands of modern industry.
Master’s:
Bio Data Science – extra-occupational (MSc)
New technologies are rapidly revolutionising biological research, and bioinformatics tools are essential for analysing and interpreting vast amounts of data. We will present fascinating examples from teaching and research, as well as exciting insights into current Master’s theses.
Biotechnology & Analytics (MSc)
Cutting-edge chemical and molecular biology tools for use in environmental biotechnology, cell factories, food quality, and drug discovery. The programme covers the entire spectrum of biotechnology – your perfect career springboard.
Visit our high-tech laboratories!
Molecular Biology
In the molecular biology lab, you will discover how cell culture systems are used in cancer research, how diagnostic tools are developed, and how microorganisms produce new active substances.
Biochemical Methodology and Protein Analytics
Whether enzymes, immune response mediators or biomarkers – proteins are involved in all physiological processes. Therefore, purification, analysis and characterisation of these biomolecules are of great importance. We will show how these methods are practically taught in the Master's degree programme Biotechnology & Analytics.
From Media Optimisation to the Fermentation of a Recombinant Microorganism
Using statistical experimental design, media optimisation is carried out in shake flasks. In the fermenter, the batch, fed-batch, and production phases are run through to produce a recombinant protein.
Mass Spectrometry
Whether in life sciences, environmental science, medicine or space research – modern mass spectrometers provide answers to a wide range of questions. Be surprised at what is possible in our Master’s programme and beyond in this field.
Textile Recycling
Textile recycling is one of the hot topics for climate neutrality, as established by the EU Green Deal. Learn how textiles can be kept in circulation and what biotechnological processes the University of Applied Sciences Wiener Neustadt is developing for this purpose.
Environmental Biotechnology
Using state-of-the-art environmental biotechnology methods, environmental toxins are detected, environmental risk assessments are carried out, and solutions for soil contamination are developed.
Metagenomics – one of the many exciting applications of the new omics technologies
New technologies are rapidly transforming biological research, and bioinformatics tools are necessary to evaluate and interpret large data sets. One example is metagenomics, which deals with sequencing and analysis of microbial communities and also has important medical applications.
Spectroscopy
Optical spectroscopy can be used to monitor/control biotechnological processes and to characterise various biological samples. Bioinformatic data evaluation, including statistical modelling and experimental design, is applied to systematically and comprehensively examine the results obtained.
