Industrial Biotechnology

In the summer semester, an application is only possible for higher semesters!

Study overview

What is biotechnology and what can it achieve?

Biotechnology is an exciting branch of the life sciences and combines scientific and engineering disciplines. For centuries, people have been using microorganisms or parts of them to make products such as bread, cheese, beer or wine.

Today, the targeted use of bacteria, yeasts, mammalian cells, enzymes or other biomolecules makes it possible to manufacture numerous products more efficiently and with fewer resources. Biotechnology methods are an essential building block for the bioeconomy and a sustainable circular economy.

Biotechnology as a modern key and future technology enables us to develop new and innovative products that improve our lives and conserve the earth's resources through its interdisciplinarity, with the help of nature's tools and the use of molecular biological methods.

How can we secure food for a constantly growing population?

How can we help to combat diseases and create better living conditions for everyone?

How can we conserve the earth's resources and replace energy-intensive production processes (-> white or industrial biotechnology)?

With biotechnology, you can make a difference and help solve the really important issues facing our society!

Short form	IBT
Type of study	Full time
Duration	7 semesters
Award	Bachelor of Science (B.Sc.)
Start of studies	Winter semester
Admission restrictions	None
Lecture location	Ansbach
Language of instruction	German
Course management	Prof. Dr. Dirk Fabritius
Student advisory service	Prof. Dr. Sibylle Gaisser
Student Services	studierendenservice.ibt(at)hs-ansbach.de

Course flyer (German)

Study and examination regulations

And what exactly is industrial or white biotechnology?

Biotechnology can have many colours. As the methods of biotechnology are used in many areas of our lives, colours are used to differentiate between their areas of application. In addition to the well-known branches of green (agriculture and plant breeding) and red (medicine and pharmaceuticals) biotechnology, white biotechnology focuses on the application of biological processes in industrial processes.

An important aspect here is the utilisation of renewable raw materials (biomass) in order to reduce or, if possible, completely replace the use of fossil raw materials. Starch, cellulose and oils obtained from biomass can then be used as starting materials for the production of energy, fuels and bio-based products. This biotransformation is part of a sustainable circular economy.

Another focus is on replacing conventional processes with biological processes. This can reduce energy requirements and the use of raw materials. One example of this is the enzymes or biosurfactants used in the detergent industry. They can significantly reduce the temperature and duration of washing and directly save resources.

Industrial biotechnology originated in the chemical industry, where the use of this technology offered many ecological and economic advantages. Today, its areas of application are diverse and no longer limited to the chemical industry. It is also used on a large scale in food and pharmaceutical production. Both technical expertise and knowledge of biological systems form the basis for making industrial production more resource-efficient and economical, thereby helping to combat climate change and improve living conditions.

Biotechnology can have many colours. As the methods of biotechnology are used in many areas of our lives, colours are used to differentiate between their areas of application. In addition to the well-known branches of green (agriculture and plant breeding) and red (medicine and pharmaceuticals) biotechnology, white biotechnology focuses on the application of biological processes in industrial processes.

Study Industrial Biotechnology in Ansbach?

Ja, klar! Mit einem Studium der Industriellen Biotechnologie (IBT) an der Hochschule Ansbach erwirbst Du neben natur- und ingenieurwissenschaftlichen Grundlagen eine breitgefächerte Expertise in den Kompetenzfeldern Bio-Verfahrenstechnik, Molekularbiologie, Bio-Analytik, Bio-Katalyse, Lebensmitteltechnik und der Herstellung von Pharmaprodukten. Begleitend werden im Studium auch betriebswirtschaftliche Inhalte, Englisch, sowie rechtliche und ethische Aspekte behandelt. Mit einem Training in Kommunikationstechniken wird Dein Profil perfekt abgerundet.

Wir sind ein familiärer Studiengang und arbeiten in kleinen Gruppen mit individueller Betreuung. Neben den seminaristischen Vorlesungen und Übungen verbringst Du ca. die Hälfte der Zeit in verschiedenen Praktika oder bearbeitest Dein eigenes Projekt. Die hohe Praxiserfahrung wird in den Unternehmen und Forschungseinrichtungen sehr geschätzt. Die Lage des Praxissemesters ermöglicht es dir im Regelstudium, deine Präsenzzeit in Ansbach zu verkürzen und im 7. Semester nur noch für einzelne Blockveranstaltungen kommen zu müssen. Das IBT - Studium schließt Du nach der Bachelorarbeit mit dem akademischem Abschluss Bachelor of Science (B.Sc.) ab.

Industrielle Biotechnologie an der Hochschule Ansbach ist der einzige Studiengang in Deutschland mit einer derartig breiten, fundierten und praxisorientierten Ausrichtung in den Life Sciences. So fundiert und abwechslungsreich vergehen die 7 Semester wie im Flug. Und solltest Du Dich danach nicht von uns trennen können...wir bieten auch noch einen weiterführenden Master an!

Yes, of course! By studying Industrial Biotechnology (IBT) at Ansbach University of Applied Sciences, you will acquire a broad range of expertise in the fields of bioprocess engineering, molecular biology, bioanalytics, biocatalysis, food technology and the manufacture of pharmaceutical products in addition to basic scientific and engineering knowledge. The programme also covers business administration, English and legal and ethical aspects. Training in communication techniques will round off your profile perfectly.

We are an informal degree programme and work in small groups with individual support. In addition to the seminar-based lectures and exercises, you will spend around half of the time in various internships or working on your own project. The high level of practical experience is highly valued by companies and research institutions. The location of the practical semester enables you to shorten your attendance time in Ansbach during the regular study programme and only have to come for individual block courses in the 7th semester. You will complete the IBT degree programme with a Bachelor of Science (B.Sc.) after completing your Bachelor's thesis.

Industrial Biotechnology at Ansbach University of Applied Sciences is the only degree programme in Germany with such a broad, well-founded and practice-oriented focus in the life sciences. So well-founded and varied, the 7 semesters will fly by. And if you can't tear yourself away from us afterwards...we also offer a further Master's programme!

Admission requirements

Entrance qualification for universities of applied sciences, general or subject-specific higher education entrance qualification or vocational qualification (master craftsman, technician, specialist or vocational training and 3 years of professional experience in relevant training occupations).

Study structure

Biotechnology is a melting pot of various scientific and engineering disciplines. The Industrial Biotechnology (IBT) degree programme at Ansbach University of Applied Sciences combines specialist biological knowledge with technical requirements. The aim of this degree programme is to provide you as a student with a comprehensive, highly qualified and practice-oriented education so that you are ideally equipped to meet the interdisciplinary demands of the job market.

The course prepares students for work in a variety of professional fields in biotechnology and applied biosciences. The programme is geared towards learning scientific basics and methods and leads to a vocational and practice-oriented degree that will enable graduates to work independently in the field of applied research, development, production or administration.

Our most important study goals are:

Acquiring in-depth knowledge of the fundamentals of natural sciences and engineering
Intensive study of professional competences in the life sciences
Applying biotechnological methods in various fields of expertise
Acquire interdisciplinary aspects in the areas of communication technologies, law, business administration and technology assessment (ELSA)
technology assessment (ELSA)
Discovering individual areas of interest
Enjoy studying and be enthusiastic about biotechnological topics and fields of research

The degree programme is modularised throughout and comprises 210 ECTS credit points. In the first two semesters, you will mainly learn content from the field of scientific and technical fundamentals. The third to fifth semesters focus on subject-specific courses. In addition to the engineering fundamentals, the core modules of our IBT degree programme come into focus and show you the versatility of our biotechnology degree programme and the opportunities it offers you.

Alongside the lectures, we provide you with intensive practical training, which comprises around half of the course hours. The practical semester takes place in the sixth semester, where you can apply the skills and knowledge you have acquired - ideally in a company. The location of the practical semester allows you to complete your Bachelor's thesis directly in the company and get off to a flying start....

Essential application areas of biotechnology can be found in the conception of the core modules of the Industrial Biotechnology course.

Staff

Prof. Dr.-Ing. Heinz Dauth

Professor Industrielle Biotechnologie (IBT)

0981 4877-467 53.1.2 nach Vereinbarung heinz.dauth vCard

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Prof. Dr. Dirk Fabritius

Professor Industrielle Biotechnologie (IBT) / Studiengangsleitung Industrielle Biotechnologie (IBT)

0981 4877-329 53.1.3 nach Vereinbarung dirk.fabritius vCard

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Dipl.-Ing. (FH) Katja Frohnapfel

Laboringenieurin Industrielle Biotechnologie (IBT)

0981 4877-324 92.1.36 nach Vereinbarung katja.frohnapfel vCard

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Prof. Dr. Sibylle Gaisser

Professorin Industrielle Biotechnologie (IBT) / Studienfachberatung Industrielle Biotechnologie (IBT)

0981 4877-304 53.1.4 nach Vereinbarung sibylle.gaisser vCard

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Prof. Dr. Sibylle Gaisser

0981 4877-304
53.1.4
nach Vereinbarung
sibylle.gaisser
vCard

Professorin Industrielle Biotechnologie (IBT) / Studienfachberatung Industrielle Biotechnologie (IBT)

Funktionen:

Professorin Industrielle Biotechnologie (IBT)
Studienfachberatung Industrielle Biotechnologie (IBT)
Professorin Künstliche Intelligenz und Kognitive Systeme (KIK)
Professorin Applied Biotechnology (ABI)
Studienfachberatung Applied Biotechnology (ABI)
Frauenbeauftragte Fakultät Technik
Musik an der Hochschule

Lehrgebiete:

Biotechnologie
Biologie
Rekombinante Arzneistoffe
Bioethik

Vita:

Studium der Technischen Biologie an den Universitäten Stuttgart, Swansea (Großbritannien) und Freiburg
Promotion in der Pharmazeutischen Fakultät der Eberhard-Karls-Universität Tübingen zum Thema der Antibiotika-BioSynthese und Resistenzmechanismen in Streptomyceten
Industrie und Forschungstätigkeiten:
- Stellvertretende Geschäftsführerin der Biotechnologie-Agentur Baden-Württemberg
- Senior Scientist und Projektmanagerin am Fraunhofer-Institut für System- und Innovationsforschung, Karlsruhe im Fachbereich "Neue Technologien"
- Weiterbildung und Forschungsaufenthalt zum Thema "Health Technology Assessment" an der Universität Montreal, Kanada
seit 1/2010 Professorin für Biotechnologie und Bioverfahrenstechnik an der Hochschule Ansbach

Forschungsthemen:

Synthetische Biologie
Antibiotika-Biosynthese
Sozioökonomische Analysen und Technikfolgenabschätzung im Bereich der Lebenswissenschaften

Publikationen (Auswahl):

[1] S. Gaisser, T. Reiss (2014): Synthetische Biologie im Spannungsfeld von Forschung, Gesellschaft und Wirtschaft - von der Notwendigkeit eines interdisziplinären und ergebnisoffenen Dialogs. pp. 69 - 90. In "Chancen und Risiken der modernen Biotechnologie". M.Schartl, J.M. Erber.Schropp (Herausgeber). Verlag Springer Fachmedien Wiesbaden

[2] S. Gaisser, T. Reiss (2009): Shaping the science-industry-policy interface in synthetic biology. Systems and Synthetic Biology 2009 Dec;3(1-4):109-14.

[3] S. Gaisser, Reiss T, Lunkes A, Müller KM, Bernauer H. (2009): Making the most of synthetic biology. Strategies for synthetic biology development in Europe. EMBO Rep. 2009 Aug;10 Suppl 1:S5-8.

[4] S. Gaisser, Hopkins MM, Liddell K, Zika E, Ibarreta D. (2009): The phantom menace of gene patents. Nature. 2009 Mar 26;458(7237):407-8.

[5] M. M. Hopkins, D. Ibarreta, S. Gaisser, C,M. Enzing, J. Ryan, P.A. Martin, G. Lewis, S. Detmar, et al.: "Putting pharmacogenetics into practice". Nature Biotechnology 4/2006

[6] Gaisser, S.; Nusser, M.; Reiß, T.: Stärkung des Pharma-Innovationsstandortes Deutschland. Fraunhofer IRB-Verlag (2005), 224 S.

[7] S. Gaisser, A. Trefzer, S. Stockert, A. Kirschning, A. Bechthold: "Cloning of an avilamycin biosynthetic gene cluster from Streptomyces viridochromogenes Tü57". J. Bacteriol. (1997), 179 (20): 6271-6278.

Prof. Dr.-Ing. Anke Knoblauch

Professorin Industrielle Biotechnologie (IBT)

0981 4877-298 53.1.5 nach Vereinbarung anke.knoblauch vCard

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Dipl.-Ing. (FH) Katrin Köhl

Laboringenieurin Industrielle Biotechnologie (IBT)

0981 4877-330 92.1.38 nach Vereinbarung katrin.koehl vCard

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Prof. Dr. Sebastian Künzel

Professor Industrielle Biotechnologie (IBT) / Vorsitzender Prüfungskommission Industrielle Biotechnologie (IBT)

0981 4877-306 53.0.5 Montag 12.00-13.00 Uhr oder nach Vereinbarung sebastian.kuenzel vCard

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Prof. Dr. Annette Martin

Professorin Industrielle Biotechnologie (IBT) / Praktikumsbeauftragte Industrielle Biotechnologie (IBT)

0981 4877-213 53.0.6 nach Vereinbarung annette.martin vCard

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Prof. Dr. Annette Martin

0981 4877-213
53.0.6
nach Vereinbarung
annette.martin
vCard

Professorin Industrielle Biotechnologie (IBT) / Praktikumsbeauftragte Industrielle Biotechnologie (IBT)

Funktionen:

Professorin Industrielle Biotechnologie (IBT)
Praktikumsbeauftragte Industrielle Biotechnologie (IBT)
Professorin Applied Biotechnology (ABI)
Laborleitung Molekularbiologie
Projektleitung Gentechnik

Lehrgebiete:

Molekularbiologie
Gentechnik
Bioanalytik
Zellbiologie und Zellkultur
Englisch

Vita

Studium der Biologie an der Albert-Ludwigs-Universität Freiburg
Promotion am Lehrstuhl für Genetik der Technischen Universität München
Protein-DNA- und Protein-Protein-Interaktionen in der Regulation der Genexpression
Mehrjährige Forschungstätigkeit als Senior Research Scientist bei der Beiersdorf AG Hamburg
seit 10/2010 Professorin für Molekularbiologie an der Hochschule Ansbach

Forschungsinteresssen

Nachhaltigkeit im Labor
Bioanalytische Untersuchung und Bewertung der Zytotoxizität von Konsumgütern
Lehr-/Lernkonzepte in MINT

Publikationen

Gaisser, S., Knoblauch, A., Martin, A. (2023) Für MINT begeistern – Interesse wecken und Berührungsängste abbauen durch das Ansbacher Modell. Tagungsband zum 5. Symposium zur Hochschullehre in den MINT-Fächern, Nürnberg, 18-24.

Sover, A., Ermster, K., Riess, A. K.-M., Martin, A. (2023) Recycling of Laboratory Plastics Waste - a Feasibility Study on Cell Culture Flasks. In Proc.: 5th International Conference Business Meets Technology. Valencia, 13th-15th July 2023. 67-75. DOI: 10.4995/BMT2023.2023.16729

Hänel, S., Ahlers, M., Martin, A. (2022) Antibiotic-loaded 2D collagen matrices show high biocompatibility with human fibroblasts. Tagungsband 16. ThGOT Thementage Grenz- und Oberflächentechnik und 13. Biomaterial-Kolloquium 14. - 15. Juni 2022, INNOVENT e.V. ISBN 978-3-00-063254-9.

Baumann, T., Bergmann, S., Schmidt-Rose, T., Max, H., Martin, A., Enthaler, B., Terstegen, L., Schweiger, D., Kalbacher, H., Wenck, H., Jedlitschky, G., Jovanovic, Z. (2014) Glutathione-conjugated sulfanylalkanols are substrates for ABCC11 and γ-glutamyl-transferase 1: A potential new pathway for the formation of odorant precursors in the apocrine sweat gland, Exp Dermatol, DOI:10.1111/exd.12354

Martin, A., Hellhammer, J., Hero, T., Max, H., Schult, J. and Terstegen, L. (2011) Effective prevention of stress-induced sweating and axillary malodour formation in teenagers. Int J Cosmetic Sci, 33(1): 90-7

Martin, A., Saathoff, M., Kuhn, F., Max, H., Terstegen, L. and Natsch, A. (2010) A functional ABCC11 allele is essential in the biochemical formation of human axillary odor. J Invest Dermatol 130 (2): 529-40

Wilke, K., Martin, A., Terstegen, L. and Biel, S. S. (2009) Neurobiology of skin appendages: Eccrine, apocrine and apoeccrine sweat glands. Granstein and Luger (Eds) Neuroimmunology of the skin (pp. 167–176), Springer-Verlag Berlin Heidelberg

Wilke, K., Martin, A., Terstegen, L. and Biel, S. S. (2007) A short history of sweat gland biology. Int J Cosmetic Sci 29 (3): 169–179