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Table of Content

NAWI Graz highlights 2004–2017


Joint nomination of professors


NAWI Graz advanced school of science (GASS)


NAWI Graz virtual library


NAWI Graz central labs and core facilities


NAWI Graz infrastructure funding


NAWI Graz gender projects (2010–2015)


NAWI Graz study programmes


NAWI Graz organisation


Imprint 22

Highlights 2004–2017

The NAWI Graz contract is finalised.

The Federal Ministry awards initial funding for the NAWI Graz project. Letter of Intent for NAWI Graz is finalised.


First NAWI Graz pro­ grammes begin for bachelor (Chemis­ try, Earth Sciences, Molecular Biology), and master (Earth Sciences) degree training.


The four NAWI Graz Fac­ ulty Work Groups – Chemistry (incl. Biosci­ ence), Earth Sciences, Mathema­tics and Phys­ ics – are established.


NAWI Graz receives funding from Federal Ministry (performance agreement 2007–09).

NAWI Graz approves the first funding for the DK Molecular Enzymology.

First joint NAWI Graz professorships are established.

Six more NAWI Graz master’s programmes are established.

NAWI Graz master’s programmes Chemi­ cal and Pharmaceuti­ cal Engineering and Mathematical Com­ puter Science begin.



NAWI Graz Doctoral Schools are estab­ lished.

NAWI Graz receives fund­ ing from Federal Mi­nistry (perfor­ mance agreement 2010–12).


NAWI Graz virtual library goes online.

First Fulbright-NAWI Graz professorship is established.

NAWI Graz master’s pro­ grammes Plant Sciences and Nanophysics begin.



Inter-university NAWI Graz alumni association is estab­ lished.

Two more NAWI Graz Central Labs are opened.

NAWI Graz is exter­ nally evaluated.

NAWI Graz Fa­culty Work Group Physics is re-integrated.

International NAWI Graz Scientific Advi­ sory Board is constituted.


First NAWI Graz research grants for female scien­ tists are awarded.

2010 2012

NAWI Graz programmes Mathe­matics (bache­ lor) and USW NAWITECH (bachelor and master) begin.

NAWI Graz receives funding from Fed­ eral Ministry (per­ formance agreement 2013–15).

First NAWI Graz Central Lab is established.

NAWI Graz master’s programme Space Sciences and Earth from Space established.

Conversion of six master´s programmes in Mathematics into one NAWI Graz pro­ gramme offered in English.

Two master’s programmes in Chemistry become taught in English.

2011 2013

NAWI Graz Core Facility in Physics is approved. NAWI Graz bachelor’s programme Physics begins.

First joint graduation ceremonies for NAWI Graz alumni held.


Seven master’s programmes are offered in English.


Foundation of the inter-univer­ sity NAWI Graz GeoCentre.

Four NAWI Graz Core Facilities are established.

The fourth NAWI Graz Central Lab opens.

NAWI Graz celebrates its 10th anniversary.

Transfer of the project NAWI Graz into the line organisations of both uni­ versities.



English master’s pro­ gramme Advanced Materials Science begins.

English master’s pro­ grammes in Physics start. Installation of two further Core Facilities

Workshops NAWI Graz Centre of Physics

Further professors nominated jointly

In total 17 jointly nominated professors.


Joint nomination of professors Appointing a new professor is always a major decision for a university. It has a significant effect on how a particular subject is rep­ resented in terms of research and teaching on a long-term basis. In the case of NAWI Graz, the two universities have agreed to align future professorships located in the five NAWI Graz areas. This en­ sures that each discipline is rep­ resented comprehensively, and that both universities are able to stay future-oriented when decid­ ing who to appoint. Extending the existing practise of coordinating future nomina­ tions of professors in the area of natural sciences, both universi­ ties started to conduct the joint nomination of professors in 2010. Appointment committees in this nomination procedures consist of members from both universities. Using this approach, all experts are integrated into the process of finding the best scientist for an open position, and as a re­ sult, the professors nominated are perfectly integrated into the NAWI Graz cooperation right from the start.

Fulbright-NAWI Graz Professors Concerted actions regarding the nomination of visiting professors also have a long tradition in Graz. For this reason, both universities have begun a cooperation with the Fulbright Commission, in or­ der to establish the programme “Fulbright-NAWI Graz Visiting Professors in the Natural Scien­ 6

ces”. This programme aims to bring distinguished researchers from the United States to Graz for teach­ ing as well as for research. Each Fulbright-NAWI Graz professorship is funded for a four-month period. Fulbright-NAWI Graz Visiting Pro­ fessors are integrated into research and teaching at both universi­ ties, which makes the programme highly beneficial for students and researchers. Students attend lec­ tures given in English by native speakers and researchers get the chance to start new partnerships.

Karin Baur, NAWI Graz Professor of Algebra, University of Graz, with a student.     Fulbright-NAWI Graz Professor Karin Ruhlandt, Distinguished Professor of Chemistry, Syracuse University, Syracuse, NY. (From left to right) Peter Grabner, Professor of Constructive and Computational Mathematics and Jussi Behrndt, NAWI Graz Professor of Differential Equations, both Graz University of Technology.  


NAWI Graz Advanced School of Science (GASS) Training of the next generation of excellent scientists and highly qualified executives for science and industry is carried out within the framework of the NAWI Graz Advanced School of Science (GASS). In 2006, both universities estab­ lished doctoral schools which agreed on inter-university stat­ utes, allowing them to cooperate more closely. High quality standards are main­ tained, since the doctoral train­ ing at both universities complies with the Salzburg Principles (e.g.


doctoral students are to be con­ sidered as early-stage research­ ers, and are involved in actual research projects; a training agreement is compulsory). Fur­ thermore, as doctoral training and research are interlinked very closely, the doctoral training is also subject to the quality criteria of research funding agencies. Doctoral candidates are members of the inter-university Doctoral Schools and benefit from the sup­ port of teachers and research­ ers from both universities. Joint programmes such as DocDays – mini-congresses, organised by

doctoral students – not only in­ troduce doctoral students to vari­ ous research questions, but also enhance students’ organisational and presentational skills. Funds provided for the NAWI Graz Doctoral Schools can be used to partially cover costs for doctoral students to participate in congresses abroad (if they give their own presentation), as well as for special lectures pro­ vided by visiting scientists. The number of doctoral students in the NAWI Graz areas has risen to around 600 students in the past ten years.

Research projects in NAWI Graz areas Research cooperation in the areas of natural sciences between Graz University of Technology and the University of Graz has a long tradition. Indeed, research cooperation and especially inter-university re­ search projects are an important nucleus for the implementation and further development of NAWI Graz, as these projects have fos­ tered many new partnerships between scientists. Since the beginning, NAWI Graz has placed

strong emphasis on inter-univer­ sity research projects located at the interface between epistemo­ logical and application-oriented research, in order to support these as much as possible. As a result, scientists have started to apply for collaborative projects like DKs and SFBs, which are car­ ried out in a much larger context. NAWI Graz has been focusing on these collaborative research pro­ jects since 2010. As these are subject to strict evaluation cri­ teria, they strive for very high quality standards. Furthermore, collaborative research pro­ jects

have a long-term perspective and bring together researchers from both universities and often from various disciplines.

Examples of NAWI Graz collabo­ rative research projects: —— DK Molecular Enzymology (Bioscience/Chemistry) —— DK fForte – FreChe Materie (Chemistry/Bioscience) —— DK Numerical Simulations in Technical Sciences (Math­ ematics/Engineering) —— DK Discrete Mathematics (Mathematics) —— DK/IGK Optimization and Numerical Analysis for Par­ tial Differential Equations with Non-smooth Structures (Mathematics) —— SFB Mathematical Optimi­ zation and Applications in Biomedical Sciences (Math­ ematics), and —— SFB Lipotoxicity: Lipidinduced Cell Dysfunction and Cell Death (Bioscience) The success of NAWI Graz in terms of research is reflected in the de­ velopment of third-party funding. Starting with 15.6 million Euro in 2006, the annual third-party in­ come increased to 31 million Euro in 2016. A total of 450 research projects are conducted in the NAWI Graz areas of Graz Univer­ sity of Technology and the Univer­ sity of Graz per year.


NAWI Graz virtual library The NAWI Graz virtual library is a very good example of how to make best use of synergies beyond research and teaching. As a result of negotiations with publishing houses, the Univer­ sity of Graz and Graz University of Technology were given the op­ portunity to jointly purchase liter­ ature for both universities at par­ ticularly favourable conditions. The range of the NAWI Graz vir­ tual library comprises:

Elsevier Backfiles A total of 437 different journals by Elsevier can be accessed from year one to 1994 as electronic re­ sources. The e-journals cover the following areas:


—— Biochemistry, Genetics, Molecular Biology —— Chemistry —— Earth Sciences —— Mathematics —— Physics

Wiley-Blackwell Backfiles A further 200 journals – again from year one to the mid-1990s – are offered by the NAWI Graz vir­ tual library and can be accessed quickly and easily from any work­ ing place on campus. The e-journals cover the following areas: —— Biotechnology, Biochemistry and Biophysics —— Analytical Sciences

—— Cell and Developmental Biology
 —— Chemistry/ Chemistry societies —— Polymers —— Earth and Environmental Sciences —— Food Science, Technology and Agriculture
 —— Materials Science —— Mathematics —— Physics and Astronomy The journals can be accessed via the Electronic Journals Library (EJL) as full papers. For many of these journals, more recent issues are also available through regular subscription by the university libraries.


NAWI Graz Central Labs and Core Facilities The objective of the NAWI Graz Central Labs/Core Facilities programme is to acquire cost-intensive scientific instruments for which there is considerable demand. Central Labs bundle thematically related equipment at one loca­ tion. As this equipment is open for use by all NAWI Graz research­ ers, utilisation of instruments is optimised and measuring peri­ ods can be kept short. Core Fa­ cilities are single pieces of highperformance equipment, which are urgently needed by several research groups. NAWI Graz Cen­ tral Labs/Core Facilities can be funded by up to 50% of the pur­ chase/installation price. As the implementation of the Central Labs/Core Facilities is complex and requires various aspects to be taken into consideration, there is a multi-tier approval procedure that starts with a proposal from an inter-university group. Once a proposal has been accepted, it will be developed further togeth­ er with the NAWI Graz Steering Committee.


Existing Central Labs/Core Facilities are: Central Lab Water, Minerals and Rocks This lab’s research focuses on the creation and decay of minerals, but also on the age and chemistry of the earth by investigating geo­ chemical processes in the bio­ sphere, lithosphere, pedosphere, hydrosphere and atmosphere. The analyses of these highly sen­ sitive samples with the help of HRMS requires state-of-the-art cleanroom technology. Central Lab Graz Cell Informatics and Analyses (GRACIA) By bundling a high-throughput cell analysis, a cell sorter and server systems, more efficient screening methods for bioactive substances can be conducted. Overall, this Central Lab provides a great plat­ form to conduct systems biology research at a functional level. Central Lab Environmental, Plant & Microbial Metabolomics This Central Lab’s aim is the struc­ tural elucidation of microbial and

herbal substances, and investi­ gations into their metabolism as well as their biological effect and impact on the environment. Its main instrument is a HRMS, ca­ pable of both quantification and accurate mass measurements, coupled to an UHPLC. Central Lab Biobased Products The main objective of this lab is the development and implemen­ tation of new technologies for the production and isolation of natu­ ral substances (e.g. flavourings, colourings), active substances (e.g. insecticides, fungicides) and bulk products (e.g. ethanol, fur­ fural) from lignocellulose-based materials. Core Facility Teaching Centre Mathematics Installing the joint bachelor’s pro­ gramme in Mathematics required many investments, like the ex­ pansion of one lecture hall. More­ over, learning spaces for students and a comprehensive virtual li­ brary for students and also teach­ ers were established.

Core Facility Nanolithography This Core Facility filled an impor­ tant instrumental gap by funding a modern system for nano struc­ turing with electron beam litho­ graphy. The new Core Facility with its system’s resolution <10 nm en­ ables the exploration of new fron­ tiers in research. Furthermore, the new system is able to struc­ ture bigger areas (cm2).

Core Facility Vacuum Suitcase Investigating samples thoroughly often implies having them mea­ sured by different instruments. The CF Vacuum Suitcase enables researchers to measure in an ultra-high vacuum and also guar­ antees that the samples will not be contaminated or altered in any way when changing instrument or location.

Core Facility Spectropolarimeter The existing pool of instruments used in Biophysical Methods was enhanced with a highly advanced CD-Spectropolarimeter, which is used for the characterisation of macromolecules, such as pro­ teins, peptides and nucleic acids.

Core Facility Elemental Analysis For more than 15 years, TU Graz has provided classical C/H/N/S elemental analysis as a service within the greater area of Graz. By updating an existing and pur­ chasing a new instrument, this lab could be converted into a NAWI Graz Core Facility.

Core Facility STRONG MB STRuctural Optimisation of NAWI Graz – Molecular Biosciences Moving a research group from TU Graz to University of Graz and installing a drosophila lab were the first milestones of STRONG MB. This initiative was further en­ hanced with the joint nomination of a professorship in Biochemistry.

Two further NAWI Graz Core Fa­ cilities „Field Emission Electron Microprobe“ and „Photoemission Electron Microscope“ are current­ ly under development.


NAWI Graz infrastructure funding According to the existing practise of third-party funding agencies, such as the Austrian Science Fund and the Austrian Research Promotion Agency (FFG), research funds can be used for staffing or material expenditure, but only in rare cases for the procurement of scientific equipment. In order to ensure the availabil­ ity of the equipment required for joint research projects and to pro­ vide a good position for the ac­ quisition of third-party funds, the NAWI Graz infrastructure funding and the NAWI Graz Central Labs/ Core Facilities were established as subsidy programmes. Via the NAWI Graz infrastructure funding programme (2008–2015), single pieces of new equipment and appropriate additions to exist­ ing equipment were funded up to 50% of the purchase price. To pro­ cure the new equipment, two or more researchers from both uni­ versities had to file a joint appli­ cation. Aspects that were taken into account approving decisions included, for instance, existing joint publications/research activ­ ities and the availability of other infrastructure that is required for the operation of the desired instrument (e.g. vibration-free in­ stallation location). Between 2008 and 2015, more than 150 instruments could be ac­ quired for joint use. By co-finan­ cing 3.1 million Euro, equipment to the amount of 7.1 million Euro could be purchased.


Infrastructure maps Making equipment available to all NAWI Graz members is one of the basic ideas behind the coop­ erative NAWI Graz infrastructure funding. To further enhance the benefits of existing infrastructure, information related to these in­ struments has to be made visible. For this reason, NAWI Graz has started to create infrastructure maps that can be obtained from At present, two such maps dedicated to high-

resolution mass spectroscopy (MS) and nuclear magnetic reso­ nance (NMR) spectroscopy show: —— which instruments are avail­ able in Graz, and how these are configured; —— which measurements can be carried out, and —— who can be contacted for further information. As a valuable addition, the in­ frastructure maps also include equipment that is located at the Medical University of Graz.


NAWI Graz gender projects (2010–2016) Between the years 2010 and 2015, a considerable share of the NAWI Graz funding provided by the federal ministry was reserved for the realisation of NAWI Graz gender projects. By providing support for female staff researchers, especially dur­ ing their habilitation phase, the NAWI Graz gender projects provid­ ed a substantial and sustainable boost for a number of scientific careers.

The NAWI Graz gender projects comprised: NAWI Graz support for young female scientists
 Experience shows that it is much harder for female scientists to receive project funding from in­ dustrial enterprises. In order to provide better conditions for fu­ ture research projects, all female staff scientists (with qualification


agreements/career positions) re­ ceived a research grant and were allowed to submit one application for infrastructure funding at a re­ duced own-contribution rate. The University of Graz also estab­ lished a young female researcher’s group grant. Female researchers who fulfilled all application crite­ ria were invited to submit a project proposal; a total of five highly am­ bitious projects were submitted. From these proposals, the projects of Dr. Monika Oberer (Unravelling the secrets of the lipolysome) and Dr. Manuela Temmer (Quiet solar wind flow and interacting distur­ bances) were chosen. At Graz Uni­ versity of Technology, two female staff positions have been created. NAWI Graz master’s theses grant In 2010, NAWI Graz initiated a mas­ ter’s theses grant (comparable to the Austrian Science Fund’s “Forschungsbeihilfe”) for female

scientific staff members in order to provide direct support for master’s theses they supervise. This was primarily intended to promote the colleagues’ research and also to lead to a higher rate of approved third-party project proposals. From 2010 to 2015, a total of 29 master’s theses grants for female staff members were awarded. NAWI Graz gender professorship 2015/16
 The NAWI Graz gender professor­ ship 2015/16 was funded for the purpose of integrating gender rele­ vant topics into NAWI Graz study programmes. Prof. Sigrid Schmitz, an international expert in the area of gender and natural sciences, gave two gender lectures as well as designed several tailor-made gender related modules, to be in­ tegrated in compulsory lectures of various NAWI Graz study pro­ grammes. The modules are to be used also in future lectures.


NAWI Graz study programmes Instead of offering separate study programmes, Graz University of Technology and the University of Graz started to conduct joint NAWI Graz study programmes in Bioscience, Chemistry, Earth, Space and Environmental Sciences, Mathematics and Physics in 2006. NAWI Graz curricula are devel­ oped by an inter-university com­ mittee and approved by the sen­ ates of both universities. This means that the universities have to agree which share of teaching

is provided by which university, since lectures for a NAWI Graz study programme will be offered only once in Graz. NAWI Graz students are registered at the university of their choice and will also be automatically coregistered at the partner univer­ sity. During their studies, they are trained at both universities and are able to choose supervisors for bachelor’s and master’s theses from the university of their choice, without changing the university at which they are registered.

Benefits of the NAWI Graz study programmes: —— higher quality of study programmes by using the best resources of both universities —— eliminating duplicate lectures and courses —— increased permeability of study programme structure —— larger choice of possibilities for bachelor’s and master’s degree students —— new and well-matched master’s programmes

Master (120 ECTS)

Bachelor (180 ECTS)

The following study programmes are offered within the framework of NAWI Graz. As of winter term 2016, 5,300 NAWI Graz students were registered.

Molecular Bioscience, Biotechnology, Plant Science

Chemistry and Chemical Technologies

Earth, Space and Environmental Science (ESES)

Fundamental and Applied Mathematics


BSc Molecular Biology

BSc Chemistry

BSc Geosciences

BSc Mathematics

BSc Physics

Dipl.-Ing. Mathematics [English Programme]

Dipl.-Ing. Advanced Materials Science [English Programme]


MSc Molecular Microbiology

MSc Chemistry

MSc Earth Sciences

MSc Biochemistry and Molecular Biomedicine

Dipl.-Ing. Technical Che­mis­try [English Programme]

MSc Geospatial Technologies

MSc Physics [English Programme]

Dipl.-Ing. Biotech­no­logy [English Programme]

Dipl.-Ing. Chemical and Pharma­ceutical Engineering [English Programme]

Dipl.-Ing. Space Scien­ces and Earth from Space

Dipl.-Ing. Technical Physics [English Programme]

MSc Plant Science



English NAWI Graz master’s programmes
 The current internationalisation strategy of NAWI Graz has led to the further development of se­ lected NAWI Graz master’s study programmes. After a complete revision, the seven NAWI Graz master study programmes Advanced Materials Science, Biotechnology, Chemical and Pharmaceutical Engineering, Mathematics, Physics, Technical Chemistry and Technical Physics are offered exclusively in English.

Joint graduation ceremonies Students in the NAWI Graz pro­ gramme study at two universities and choose electives or supervi­ sors from either of both houses, so why should graduation cere­ monies be limited only to the uni­ versity awarding the degree? Since July 2015, joint graduation ceremonies have been conduct­ ed. It was decided that the exist­ ing ceremonies of both universi­ ties would remain as they were, but that an academic author­ ity from the partner university

would be invited to the gradua­ tion panel.

NAWI Graz alumni network In 2014, NAWI Graz established its own alumni service, enabling graduates to stay in touch with both universities and to take part in events organised by the univer­ sities’ alumni organisations.


NAWI Graz organisation 2016 was a very special year, as the cooperation’s status as a project ended and NAWI Graz was fully inte­ grated into the line organisations of both universities instead. In February 2016, the NAWI Graz Steering Committee was established. Consisting of the deans responsible for NAWI Graz areas and also two vice rec­ tors, this board guarantees that all decisions are made within line functions and furthermore are aligned with the respective dean from the partner university.

NAWI Graz Geocentre Founding the NAWI Graz Geocentre in December 2015 was an outstanding milestone, which still is unique in Austria. Based on intensive long-term cooperation in research and teaching, four institutes of University of Graz and Graz University of Technology have decided to merge into an inter-university department, aiming to make better use of synergies and to promote visibility of Geology and Geotechnical Engineering. NAWI Graz Centre of Physics Moreover, the NAWI Graz Physics group strives to establish an inter-university department. This requires the development of an organisational structure and a concept for spatial merging in future.

NAWI Graz Steering Committee

TU Graz Vice Rector

TU Dean Math/Phy/Geod Uni (Vice)Dean Natural Sciences

Uni Graz Vice Rector

TU Dean Civil Engineering Uni (Vice)Dean Natural Sciences

TU Dean Chem/Bio Uni (Vice)Dean Natural Sciences

Coordination office

Fundamental and Applied Mathematics



Earth, Space and Environmental Science

Chemistry and Chemical Technologies

Molecular Bioscience, Biotechnology, Plant Science

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Imprint: NAWI Graz information brochure 4th edition, 2017 Content: NAWI Graz Coordination Office Mozartgasse 12/2 8010 Graz, Austria All Photos by Helmut Lunghammer, except picture of Karin Ruhlandt by Steve Satori. All charts by NAWI Graz Coordination Office. Created by CONCLUSIO public relations, Graz



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