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Die Forschungsstrategie Der TU Wien TU Wien Research Strategy Die Forschungsstrategie der TU Wien FORSCHUNG 2013 TU Wien Research Strategy FORSRECHUNSEARGCH 20 201313 RESEARCH 2013 Content Rector’s Introduction 5 Research: Introduction of the Vice-Rector for Research and Innovation 6 The Five Research Focal Areas of TU Wien 10 Computational Science and Engineering 12 Quantum Physics and Quantum Technologies 16 Materials and Matter 20 Information and Communication Technology 24 Energy and Environment 28 Additional Fields of Research 32 TU Goes BIO 34 TUWIn 4.0 36 Entrepreneurial University 38 2|3 AKTUALISIEREN Inhalt Vorwort der Rektorin 5 Forschung: Vorwort des Vizerektors für Forschung und Innovation 7 Die fünf Forschungsschwerpunkte der TU Wien 11 Computational Science and Engineering 13 Quantum Physics and Quantum Technologies 17 Materials and Matter 21 Information and Communication Technology 25 Energy and Environment 29 Additional Fields of Research 33 TU Goes BIO 35 TUWIn 4.0 36 Entrepreneurial University 38 FORSCHUNG 2013 FORSRECHUNSEARGCH 20 201313 RESEARCH 2013 4|5 Sabine Seidler, Rektorin / Rector Rector's Introduction Vorwort der Rektorin The largest technical and scientific university in 3.700 TU Wien-Wissenschaftler_innen finden an Austria provides its more than 3,700 scientists with a der größten technisch-naturwissenschaftlichen Universität research environment which promotes high-quality in Österreich ein Forschungsumfeld vor, das qualitativ fundamental and application-oriented research in equal hochwertige Grundlagen- und anwendungsorientierte measure and purveys the cornerstones of a modern Forschung gleichermaßen fördert und das die Grundpfei- university: research, teaching and innovation. Through- ler für eine moderne technische Universität, bestehend out its 200-year history, TU Wien has evolved into a aus Forschung, Lehre und Innovation, bildet. Die Techni- modern research university with high aspirations. Numer- sche Universität Wien hat sich in ihrer mehr als 200-jähri- ous successful cooperation projects between science and gen Geschichte zu einer modernen Forschungsuniversität economy mean that innovation can be driven forward as mit hohem Anspruch an sich selbst entwickelt. Zahlreiche a shared duty of University and companies. The great erfolgreiche Kooperationen zwischen Wissenschaft und extent of external funding that has been raised clearly Wirtschaft ermöglichen, Innovation als gemeinsame shows that TU Wien is essential to consolidating the Aufgabe von Universität und Unternehmen wahrzuneh- research centre and strengthening the Central European men. Mit einem hohen Anteil an eingeworbenen Drittmit- innovation location of Austria and its capital Vienna. teln zeigt die TU Wien deutlich, dass sie für die Festigung des Forschungsstandortes und Stärkung des zentraleuro- päischen Innovationsstandortes Österreich und der Bundeshauptstadt Wien unverzichtbar ist. Sabine Seidler FORSCHUNG 2013 FORSRECHUNSEARGCH 20 201313 RESEARCH 2013 Research The five great "pillars" of TU Wien's research core activity) through applied research to innovation, the profile focus on “Computational Science and Engineer- i²c, TU Wien's Innovation Incubation Center, was set up ing”, “Quantum Physics and Quantum Technologies”, to run activities such as a diploma supplement on innova- “Materials and Matter”, “Information and Communication tion, the StartAcademy for scientists, the TUW i²ncubator Technology” and “Energy and Environment”. TU Wien's and an entrepreneurship platform for students and activities are assigned to fields of research that are mostly researchers with seminal ideas, thus laying the ground- interdisciplinary (embracing multiple faculties or insti- work for start-ups. tutes) and fall within these focal areas. The research profile is developed along the lines of this "TUW research Furthermore, TU Wien has established TU-Bio to matrix" and underpinned by an appointments policy, provide a home base for its research activities in this area. internal advancement programmes, the alignment of At TU Wien, expertise in bioscientific and biotechnical research infrastructure and complementary support for activities within many fields of the TU research matrix is researchers who are successful in attaining renowned merged under the umbrella of TU -Bio and is therefore grants and sponsorships. made visible not only internally, but also externally in academia and business, as well as to funding bodies, in In order to distinguish, evaluate and promote the form of interdisciplinary material. research pooled according to specialism outside the five key TU areas, four “Additional Fields of Research” have been added to the TU research matrix, encompassing the development of the arts and basic (financial) mathemati- cal research. What is particularly important is to ensure that the interaction between fundamental research and application-oriented research bridges the gap between the natural sciences and engineering. An institution such as TU Wien should meet the standards expected of a research university as well as those expected of an entrepreneurial university. In order to build a value chain stretching from fundamental research (the university's 6|7 Johannes Fröhlich, Vizerektor für Forschung und Innovation Vice-Rector for Research and Innovation Forschung Die fünf großen „Säulen“ des Forschungsprofils Eine Institution wie die TU Wien soll den Ansprü- der TU Wien fokussieren auf „Computational Science and chen einer „Research University“ ebenso wie der einer Engineering“, „Quantum Physics and Technologies“, „Entrepreneurial University“ gerecht werden. Dafür, um „Materials and Matter“, „Information and Communication eine Wertschöpfungskette von der Grundlagenforschung Technology“ sowie „Energy and Environment“. Die – das Kerngeschäft einer Universität – über die angewand- Aktivitäten der TU Wien sind mit überwiegend interdiszip- te Forschung zur Innovation zu bauen, wurde das i²c, das linären bzw. fakultäts- oder institutsübergreifenden, Innovation Incubation Center der TUW, eingerichtet, das diesen Forschungsschwerpunkten untergeordneten mit Aktivitäten wie einem Diploma Supplement on Forschungsfeldern hinterlegt. Entlang dieser „TUW-For- Innovation, der StartAcademy für Wissenschaftler_innen, schungsmatrix“ erfolgt die Profilbildung, insbesondere dem TUW i²nkubator und einer Entrepreneurship Platt- über die Berufungspolitik, die internen Förderprogramme, form für Studierende und Forscher_innen mit Gründungs- die Ausrichtung der Forschungsinfrastruktur sowie die ideen den Nährboden für Start-ups legt. komplementäre Unterstützung von Forscher_innen, die bei renommierten Grants und Förderprogrammen erfolg- Weiters gibt die TU Wien mit „TU-Bio“ ihren reich sind. dahingehend orientierten Forschungsaktivitäten eine „Homebase“: An der TU Wien werden in vielen Feldern Um jenen, durch entsprechende Leistungen innerhalb der TU-Forschungsmatrix angesiedelte Experti- ausgewiesenen, fachlich gebündelten Forschungen sen zu biowissenschaftlichen und biotechnischen Aktivitä- außerhalb der fünf TU-Schwerpunkte, Sichtbarkeit zu ten unter diesem Schirm gebündelt und somit sowohl geben und diese auch evaluieren/profilieren zu können, inneruniversitär als auch nach außen für Akademia und ist die TU-Forschungsmatrix durch vier „Additional Fields Wirtschaft sowie für Fördergeber als interdisziplinäre of Research" erweitert. Diese betreffenden Bereiche Querschnittsmaterie sichtbar gemacht. umfassen die Entwicklung der Künste und der (wirtschafts-) mathematischen Grundlagenforschung. Besonders Die auf Basis der „Ressource TU Wien“ erzielten wichtig ist, durch das Zusammenwirken der Grundlagen- Erfolge können sich sehen lassen: zahlreiche Teilnahmen forschung und der anwendungsorientierten Forschung an den Exzellenzprogrammen des FWF (Spezialfor- eine Brücke von den Natur- zu den Ingenieurswissen- schungsbereiche: SFB, Doktoratskollegs: DKs und Nationa- schaften zu bilden. le Forschungsnetzwerke (NFN), über 20 START-Preisträ- FORSCHUNG 2013 FORSRECHUNSEARGCH 20 201313 RESEARCH 2013 » Research » Forschung The success achieved based on "Resource TU number of patents awarded and is also the only Austrian Wien" is plain to see: regular participation in the FWF university to have won top INVENTUM awards for patents excellence programmes (special research areas: SFB, during the years 2014 and 2015. In 2016, a joint project doctoral courses: DKs and national research networks: of TU Wien and BOKU won the "Staatspreis Patent". NFN), over 20 START award winners, several Wittgenstein Patents must be seen as important assets for TUW award winners, 19 ERC grant-holders and major prizes at spin-offs but also as marketing benefits for researchers the Houska Award given by the B&C Privatstiftung in intending to collaborate with companies. recognition of applied research projects implemented with partners from commerce. With 14 active Christian This success shows that TU Wien is making an Doppler (CD) laboratories, TU Wien is the most represent- outstanding contribution to innovations all the way along ed university within this research advancement pro- the value chain, from fundamental research to the gramme. translation of this into applied research, right through to application. TU Wien is hallmarked by the excellence of its 2016 saw the university receive approx. EUR 89 researchers in the areas in which TU Wien specialises. It million of third-party funding. In the seventh framework follows that TU Wien has the very best conditions in programme organised by the EU, TU Wien was the most which to continue its success
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