Faculty of Life Sciences

Narly Golestani

Research Focus 

We examine how structural and functional properties of neural auditory and language systems constrain speech perception, language learning, multilingualism and reading. We link detailed morphology of Heschl’s gyrus and temporal sampling of speech to individual differences in aptitude, dyslexia and multilingualism. Using structural and functional MRI, EEG/MEG, computational modelling and behavioural assays, we map how nature and nurture shape linguistic abilities. Our automated phenotyping tools and open datasets enable reproducible characterisation of auditory cortex structure and its relationship to cognition, and emerging imaging–genetics findings. We aim to identify mechanistic markers that bridge behavioural profiles, neural dynamics and developmental or clinical outcomes. Ongoing/future directions include lifespan and developmental approaches to probe multilingualism-induced cognitive and neural reserve, and multimodal studies of multilingual dyslexia. 

Research environment 

The lab is affiliated with Universities of Vienna and Gevena. It operates within an interdisciplinary research ecosystem connecting linguistics, psychology, neuroscience, engineering, data science and clinical partners. We work with high-quality multimodal datasets spanning multilingualism, dyslexia, music and memory in developmental, healthy adult and aging cohorts, and use established pipelines for structural segmentation, functional modelling and network-level analyses. Fellows have access to advanced neuroimaging facilities, high-performance computing and methodological expertise, as well as active collaborations with ENIGMA-Language, with the Swiss National centre for research competence on language evolution (https://evolvinglanguage.ch/) and other international networks. The environment prioritizes open science, reproducibility, regular lab meetings, joint supervision and cross-team methodological exchange, supporting both independent and collaborative research trajectories. 

Expectations towards postdoctoral fellows in this programme

Fellows are expected to design, execute and disseminate rigorous projects that leverage our datasets, computational tools and conceptual frameworks on any of the research focus topics listed above. They should have advanced experience with neuroimaging data analysis and with statistics and programming, and should be comfortable integrating neuroimaging, modelling and behavioural approaches, while contributing to open, reproducible workflows and mentoring students. Active collaboration within the team and with external partners is encouraged, including engagement with comparative or clinical datasets where relevant. I will provide structured mentoring, strategic guidance, feedback on analyses and writing, and support for fellow-initiated grant proposals, fostering a trajectory toward research independence. 

Possible research themes or topics for postdoctoral projects 

Potential topics include mechanistic links between auditory cortex morphology, neurofunctional encoding of speech and reading or language disorders; imaging-genetics approaches to structural phenotypes using TASH, MCAI and large-scale consortia; modelling how multilingual experience shapes neural structure, function and cognitive profiles using NEBULA101 (https://pubmed.ncbi.nlm.nih.gov/39762267/ ) and related datasets; and brain based approaches to studying neural reserve (e.g. brain age, entorhinal grid-like codes) in the context of disorders and aging. Each topic can flexibly integrate behavioural, structural, functional and computational components. 

Weblink for further information: 
http://brainandlanguagelab.org/

Email:  narly.golestani(at)univie.ac.at

APPLY HERE
 

Petra Sumasgutner

Research Focus 

I study how rapid human-driven environmental change reshapes species interactions, focusing on predator-prey and predator-scavenger dynamics. My work integrates advanced movement ecology with behavioral and physiological measurements and demographic modeling to identify mechanisms linking individual responses to population outcomes. Using machine-learning and AI-based classification of accelerometer-informed signals, I detect fine-scale behaviors such as hunting and scavenging to quantify their ecological and energetic consequences. I coordinate major collaborative initiatives, including the Global Anthropocene Raptor Research Network and one ICARUS project tracking kestrels across Europe. On the Galápagos, I collaborate on the Sigfox network rollout with the Max Planck Institute and lead pilot biologging studies to support multi-species monitoring and the reintroduction of short-eared owls on Floreana. Other systems include African crowned eagles, golden eagles and Northern ravens. 

Research environment 

My group offers a dynamic, collaborative environment at the interface of movement ecology, behavioral ecology, and conservation science. We work across the University of Vienna Biology Building and the Konrad Lorenz Research Center in Grünau/Almtal, where we provide direct access to key model systems, including the long-term raven research. I currently supervise five PhD students and am recruiting an additional postdoctoral researcher to ensure an active peer community with strong synergies and a vibrant, collegial setting. We host extensive multi-sensor biologging datasets and maintain established field sites in Vienna (urban kestrels, urban bees), South Africa (crowned eagles in Durban), and on the Galápagos (short-eared owls, Darwin’s finches). The postdoc will benefit from access to high-quality infrastructure and active collaborations with world leaders in animal movement research. This combination will enable high-impact, career-building research as well as field opportunities. 

Expectations towards postdoctoral fellows in this programme

I am seeking a postdoctoral researcher with strong data science skills, including advanced statistical modelling and experience with biologging datasets such as GPS and multi-sensor data. Expertise in accelerometer analysis and machine learning approaches is highly desirable. The postdoctoral researcher is expected to apply multivariate analyses to address fundamental questions in movement ecology and contribute to the group’s success by co-mentoring PhD students and supervising Master’s projects. Our extensive, long-term, and multi-sensor datasets offer exceptional opportunities for novel, high-impact analyses. We value researchers who can unlock their full potential through rigorous data management and adherence to FAIR principles. Depending on interests, projects may also develop conservation-relevant applications. Strong project coordination skills are advantageous, and teaching opportunities – particularly within the advanced biologging statistics module – are available. 

Possible research themes or topics for postdoctoral projects 

1. Galápagos predator dynamics: Before-after-control-impact analyses of short-eared owl movement and temporal niche partitioning after invasive rodent eradication and the return of competitors like Galápagos hawks
2. Urban apex predators: High-resolution multi-sensor tracking of crowned eagles to reveal hunting strategies and pair coordination in complex urban landscapes.
3. Weekend effect & human activity pulses: Quantifying behavioral and energetic responses to fluctuating human presence – from recreational peaks in the Alps to weekly pulses in cities – to identify disturbance thresholds and coexistence opportunities.
4. Continental kestrel demography: Europe-wide analyses of migration, survival, and recruitment using long-term ICARUS tracking to identify demographic drivers across human-impact gradients.
5. Sensory ecology via on-board acoustics: Developing integrated tracking–acoustic devices to quantify soundscapes and how raptors perceive and navigate human-modified habitats. 

Weblink for further information: 
https://klf.univie.ac.at/research/current-projects/acceleration-for-food/

Email:  petra.sumasgutner(at)univie.ac.at

APPLY HERE
 

Agnes Dellinger

Research Focus 

My research is centred on exploring how plant-animal interactions are modulated across different abiotic (e.g., climate) and biotic (e.g., other species) contexts and affect plant evolution and diversification. With a primary focus on pollination, I study how plant reproductive strategies such as shifts to autonomous reproduction, pollen dosing or differential trait investment change across such gradients and deep time. The large, pantropical plant family Melastomtaceae (> 5800 spp) serves as model for many of my questions, including detailed experimental and ecological studies on floral biomechanics and buzz-pollination. Recently, I have started expanding work from just the flower to the fruit stage of plant life, thereby capturing the full reproductive spetrum of plants and allowing for a more nuanced investigation of the ecological and evolutionary links between flower and fruit traits and the two essential mutualistic interactions of plant reproduction, pollination and seed dispersal. 

Research environment 

My lab on Plant-Animal Interactions currently hosts six PhD and four MSc students, with several research assistants and technicians. Lab members come from around the world, especially from countries where our study family Melastomataceae grow, and work on various questions related to the ecology, evolution and functional morphology of Melastomataceae flowers and fruits. The lab environment is highly collaborative, resulting in joint field and lab projects as well as painting sessions beyond our bi-weekly lab meeting. As a postdoc in my lab, you would have access to all departmental lab facilities, including genomics labs, SEM/TEM and CT-scanning and light microscopy, our botanical garden, cluster computing facilities and the diverse research groups of our department, offering potential for collaboration outside my group. I am further expecting additional postdocs to join my lab in the course of 2026 given several ongoing grant applications from potential postdocs.  

Expectations towards postdoctoral fellows in this programme

I envision a collaborative work relationship with a postdoc joining my lab, ideally broadening both the postdoc’s, my students’ and my own perspectives on plant diversification and evolution. Because attaining and demonstrating scientific independence in the postdoctoral phase is a crucial step for a successful academic career, I encourage interested postdocs to propose their own, independent research projects, ideally with logical links to my own research. I further expect the postdoc to integrate into ongoing research projects when they have complementary skills, with the possibility of taking co-advisory roles for my PhD and MSc students. Active participation in lab meetings and contributing to our friendly, inclusive and collaborative lab culture is further expected. 

Possible research themes or topics for postdoctoral projects 

I encourage potential postdocs to propose their own projects as a critical step for developing an independent academic career. However, there are several areas where I could see particularly fruitful and synergistic collaborations:
- Exploring the ecological and evolutionary interrelationships of flowers and fruits
- Contributing to/expanding/analysing the trait databases we are building for Melastomataceae
- Interest in working with network statistics and ecogeographic evolutionary modelling of plant-animal interactions
- Interest in working at the interface of plant morphology and function/biophysics (e.g., in the context of buzz-pollination) 

Weblink for further information: 
https://agnesdellinger.org/

Email:  agnes.dellinger(at)univie.ac.at

APPLY HERE
 

Stefan Dullinger 

Research Focus 

I am an ecologist and biogeographer with a special focus on analysing and modelling species distributions and how they have changed and will change in response to altered environments. Most of my work was focused on plants, but I also conducted a number of macroecological studies involving other taxonomic groups. The main topic of my research is the response of biodiversity patterns to various facets of anthropogenic global change, especially climate and land use change as well as biological invasions. I therefore apply a range of statistical methods to existing datasets or to data collected by own field observations and experiments. In addition, I have a focus on the development and application of predictive models of species’ range dynamics.  I have a particular, but not exclusive interest in mountain plants and ecosystems.

Research environment 

I am leading the Biodiversity Dynamics and Conservation Group which currently includes about 25 persons (tenure-track positions, senior scientists and PhDs) from various countries. We have a relaxed and collaborative atmosphere including regular lab meetings and joint group activities. As a Post-Doc in the group you will also have access to shared resources, especially several computer servers and high-performance computing facilities.

Expectations towards postdoctoral fellows in this programme

Candidates who apply for a Post-Doc position in my lab should have research interests which overlap with mine in a broad sense. I encourage applicants to develop their own ideas and would be happy to support them in developing these ideas into a full research proposal to be funded e.g. by the Austrian Science Fund (FWF). Regarding skills, I expect some experience in statistical computing and, ideally, good knowledge of at least one taxonomic group. Knowledge and skills complementary to the ones in our group, e.g. with respect to plant-animal interactions, socio-ecological research, remote sensing or other fields are welcome. A successful candidate should moreover become involved in the supervision of master and PhD students in the group if their work aligns with her own skills and interests.

Possible research themes or topics for postdoctoral projects 

Research topics should, in a broad sense, focus on biodiversity response to environmental change, including aspects of biological conservation, at scales from local to global. Analyses of past changes and their drivers are as welcome as attempts to predict future ones. Within this broad field I encourage candidates to develop their own ideas and interests.

Weblink for further information: 
https://bdc.univie.ac.at/

Email:  stefan.dullinger(at)univie.ac.at

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Franz Essl 

Research Focus 

Franz Essl is a professor and biodiversity researcher at the Department of Botany and Biodiversity Research at the University of Vienna. He is considered a leading expert in biodiversity research with a focus on global change biology and plant invasions. He has published more than 380 scientific publications and several textbooks. He is a member of the executive team of the Austrian Biodiversity Council. Franz Essl was named "Scientist of the Year" in Austria by the Club of Austrian Science Journalists in 2022. 

Research environment 

My Division - the Division of BioInvasions, Macroecology and Global Change - is a highly dynamic and successful lab with a focus on how global change affects biodiversity, and which consequences these changes have for the fate of biodiversity and society. The interdisciplinary team consists of one senior scientist, four PostDocs, seven PhDs , and myself. We are very well connected to leading colleagues in our fields of interest, are very successful in securing third party funding, and have an excellent publication output (> 50 published papers in WoS journals in 2025 so far), including leading journals such as Science, Nature Climate Change, and Nature Communications.  

Expectations towards postdoctoral fellows in this programme

Suitable PostDoc candidates should develop cutting-edge research ideas and projects aimed at improving the understanding of biodiversity patterns and the drivers that affect them (in particular biological invasions, climate change, land use change) under past, current and future conditions. Expertise on the ecology of a taxonomic group is advantageous. Further, interest and capability to develop conceptual ideas would be excellent. Suitable candidates should develop new research questions that fall within the above-described themes, interacting and collaborating with people already working in the Division. A keen interest in keeping abreast with ongoing developments in biodiversity science is expected. Similarly, participation in international publication and presentation activities as well as the mentoring of students engaged in projects of the Division is expected. Suitable candidates should have strong analytical skills, and they should be an integrative, team-oriented personality. 

Possible research themes or topics for postdoctoral projects 

Themes for suitable candidates address a range of broad topics that are situated at the crossroads of Global Change Biology, Macroecology, Biogeography and Conservation Science. Methods may include a wide spectrum of approaches, including unconventional and interdisciplinary ones, and may span the full breadth from basic to applied science. Research topics that address facets of biodiversity change or processes that shape human-environment systems in an era of rapid global environmental change are of particular interest. Focal taxonomic groups may include vascular plants but may also focus on other taxonomic groups (animals, fungi). 

Weblink for further information: 
https://bioinvasions.univie.ac.at/

Email:  franz.essl(at)univie.ac.at

APPLY HERE
 

Bernd Lenzner 

Research Focus 

Bernd Lenzner is an expert in the fields of macroecology, macroevolution, biodiversity science with a focus on biological invasions and scenario science. His research includes science-policy work particularly on the CBD Kunming-Montreal Global Biodiversity Framework, EU Invasive Species and Restoration Regulation. He currently is the PI of two projects, (i) OneSTOP (a Horizon Europe project; https://onestop-project.eu/) and (ii) BioMonI (a Biodiversa+ project; https://biomoni.github.io/BioMonI/) that focus on biological invasions management and prioritization in the EU as well as Biodiversity Monitoring on Islands. Further interests are in biocultural diversity change (understanding biodiversity and language loss) and the role of biodiversity loss and conflict. His research is highly collaborative, including colleagues from many regions, research domains and backgrounds globally.  

Research environment 

Bernd Lenzner is a senior scientist and co-lead of the Division of BioInvasions, Macroecology and Global Change (https://bioinvasions.univie.ac.at), which is a highly dynamic and successful lab with a focus on how global change affects biodiversity, and which consequences these changes have for the fate of biodiversity and society currently and under different future scenarios. The team is highly diverse and interdisciplinary with colleagues coming from various geographic and topical backgrounds. The Division has access to top-class computational facilities and used state of the art modelling techniques in its work. We are very well connected to leading colleagues in our fields of interest, are very successful in securing third party funding, and have an excellent publication output (> 50 published papers in WoS journals in 2025 so far), including leading journals such as Science, Nature Climate Change, and Nature Communications. 

Expectations towards postdoctoral fellows in this programme

Suitable candidates are expected to develop individual, cutting-edge research ideas and projects aimed at global biodiversity change, including different spatial and temporal dimensions. A particular focus should be on quantitative modelling but expertise and interest in working in interdisciplinary contexts and across disciplines is highly appreciated. An interest and capability to develop conceptual ideas is also very much appreciated. Given the large team in the Division and the diversity of expertise across realms, taxonomic groups and topics, the candidate is encouraged to leverage this expertise and should be comfortable and willing to navigate collaborative research approaches within and outside the Division. Participation in international publication and presentation activities as well as the mentoring of students engaged in projects of the Division is expected. Suitable candidates should have strong analytical skills, and they should be an integrative, team-oriented personality. 

Possible research themes or topics for postdoctoral projects 

Themes for suitable candidates address a range of broad topics that are situated at the crossroads of Global Change Biology, Macroecology, Biogeography and Conservation Science. Methods may include a wide spectrum of approaches, including unconventional and interdisciplinary ones, and may span the full breadth from basic to applied science. Research topics that address facets of biodiversity change or processes that shape human-environment systems in an era of rapid global environmental change are of particular interest. Interest in work at the science-policy interface is also particularly interesting.  

Weblink for further information: 
https://ucrisportal.univie.ac.at/de/persons/bernd-lenzner/

Email:  bernd.lenzner(at)univie.ac.at

APPLY HERE
 

Jacqueline Loos

Research Focus 

Our international and interdisciplinary “Justice and Conservation” research group works at the intersection of ecological and social conservation science. We investigate how human activities shape different dimensions of nature – ranging from species’ responses (e.g., butterflies and mammals) to biophysical and anthropogenic structures, to the ways in which nature contributes to human well-being, the effectiveness of conservation actions on biodiversity patterns, and human–nature relationships as drivers of conservation attitudes. We explore these interactions through an environmental justice lens, integrating quantitative biodiversity data with people’s perceptions of recognition, procedural justice, and the distribution of costs and benefits resulting from conservation interventions. 

Research environment 

We offer a collaborative and supportive research environment embedded in international networks of conservation and restoration scientists and practitioners. Postdoctoral researchers benefit from access to interdisciplinary expertise, opportunities for joint projects and co-authorships, and regular exchanges through seminars, workshops, and collaborative fieldwork. The environment actively supports the development of independent research profiles, the expansion of professional networks, and engagement with both academic and applied conservation communities. 

Expectations towards postdoctoral fellows in this programme

We are looking for a postdoctoral fellow who can work independently and collaboratively, is ambitious and open to learning, and takes initiative and responsibility. The ideal candidate has quantitative skills, experience with fieldwork, remote sensing, and at least some modelling, but is also open to qualitative approaches. We welcome candidates interested in advancing methodological approaches in social-ecological research, and who can develop and execute their own work plan with guidance while contributing critical thinking and creativity to the research group. 

Possible research themes or topics for postdoctoral projects 

Combining conceptual synthesis, empirical fieldwork, spatial analysis, and agent-based modelling to quantify key social-ecological interactions, identify leverage points and tipping dynamics, and assess how protected areas and surrounding landscapes sustain biodiversity and human well-being, potential research topics include: connectivity and corridor design for wide-ranging species, impacts of habitat fragmentation on wildlife populations, landscape-scale effects of land-use and climate change, and integrating social and ecological data to inform adaptive, equitable conservation strategies. 

Weblink for further information: 
https://ucrisportal.univie.ac.at/de/persons/jacqueline-loos/

Email: jacqueline.loos(at)univie.ac.at 

APPLY HERE
 

Hanna Schneeweiss

Research Focus 

My group’s research focusses on mechanisms, patterns and overall dynamics of genome evolution of plant genomes. We specifically address questions of chromosome and genome size evolution accompanying diversification and speciation in plants, both on diploid and polyploid level. Two major system we currently work with are exclusively diploid dicot genus Capsicum (Solanaceae) and monocot species complex of Prospero autumnale (Hyacinthaceae), the latter including dysploidy on diploid level and a myriad of allo- and autopolyploids. We also work on several other angiosperm genera as well as bryophytes. Important aspect of our research involves analyses of repetitive genome fraction, both tandem and dispersed repeats. Comparative analysis of repeatomes of related species address questions of the role the changes of overall repeat composition and individual repeat dynamics play in diversification, specifically in relation to chromosomal rearrangements (dysploidy and polyploidy).

Research environment 

My group of Evolutionary Plant Cytogenetics currently consists of several PhD, MSc and BSc students and one flow cytometry specialist. We highly value a positive, friendly, and supportive group environment that encourages teamwork, collaborative projects, and shared scientific growth, while also providing space for clearly defined individual research initiatives.

The laboratories are well equipped including several flow cytometers, fully equipped cytogenetic and molecular biology laboratory, high end light and fluorescence microscopes, and computational power. We also collaborate on joint projects - both nationally and internationally - with several other laboratories. Members of my research group participate in such collaborations and are encouraged to disseminate their research at various conferences and research visits. 

Expectations towards postdoctoral fellows in this programme

Researcher joining our research group is expected to have PhD in genetics, (cyto)genomics or molecular biology, ideally with some experience in plant genome analysis. Knowledge of processes, patterns and mechanisms of chromosome and genome evolution is essential, with basic cytogenetic experience considered an advantage, although not specifically required. A strong bioinformatics background is highly desirable to support and co-lead analyses of whole-genome sequencing data and phylogenetic studies. Proven research track record with publications (e.g., resulting from PhD project research, and beyond - if applicable), ability to plan and execute experiments independently, but at the same time excellent collaboration and communication skills are of advantage.

Possible research themes or topics for postdoctoral projects 

Main research topics in my working group are evolution of repeatomes and chromosomal rearrangements accompanying diversification and speciation (1) in plant lineages experiencing recent and rampant polyploidy, (2) in plant lineages that are exclusively diploid where the evolution of karyotype rearrangements and repeat content and composition can be analyzed without the confounding effects of whole genome multiplication, and (3) in comparatively small genomes of bryophytes representing all three major lineages (liverworts, hornworts and mosses), with possibility to analyse sex chromosomes of selected taxa. Additionally, we continue to work with recurrently formed B chromosomes in Prospero autumnale complex. I am also open to suggestions of new research topics/questions (provided suitable track record of the candidate) that are within the broadly defined research topics specified above.

Weblink for further information: 
https://cytogenetics.univie.ac.at/

Email:  hanna.schneeweiss(at)univie.ac.at

APPLY HERE
 

Pere Gelabert

Research Focus 

The research of my team centres on two pivotal themes.1) Pleistocene faunal interactions: Our work aims to deepen our understanding of human environmental impacts and living conditions in the past by analysing biological and archaeological evidence. We focus on key topics such as species extinctions, practices of wild animal commensalism, genetic signatures of taphonomic modifications, and the multifaceted use of archaeological sites beyond artefact deposition.2) Genomics of social inequality: Using genomic tools, we reconstruct the genomes of individuals from lower social strata, identify diseases through ancient pathogen DNA, and investigate diets through the analysis of dental calculus microbiomes, stable isotopes, and dental residues. This interdisciplinary approach integrates osteology, genomics, and archaeology to explore how social conditions influenced health and how genetic and cultural factors were closely intertwined. 

Research environment 

The BEAM lab is a newly established research group within the Department of Evolutionary Anthropology at the University of Vienna, led by Pere Gelabert, who holds both an ERC Starting Grant and an FWF Principal Investigator project. The group currently comprises over 10 members, including PhD students specializing in Paleogenomics related to both human and animal environments, as well as MSc students, visitors, and technicians. We maintain robust collaborations and research networks with universities and research centers across Austria, Germany, Spain, Italy, Argentina, Chile, and Peru. Our projects often involve fieldwork and research trips to South America, focusing on pre-contact indigenous lifestyles and environments. Despite the diversity of research topics, our team fosters a strong sense of community through regular knowledge exchange, participation in lab activities, retreats, social events, and engagement with faculty initiatives, ensuring a collaborative and dynamic research environment.  

Expectations towards postdoctoral fellows in this programme

I am an enthusiastic early-career Principal Investigator (PI) committed to supporting young researchers as they launch their careers and transition into established scientists. My research is rooted in genomics, evolutionary genomics, and paleogenomics.
I firmly believe in the power of interdisciplinarity and encourage collaboration across diverse scientific fields. I enjoy engaging with students and colleagues by discussing research ideas and exploring potential career paths.

As a mentor, my goal is to inspire and support future group members by sharing essential resources, experience, and guidance. I facilitate both their personal and professional growth by connecting them with a broader scientific community, including introductions to research groups and a global network of partners and collaborators.
I look forward to welcoming highly motivated researchers eager to collaborate on research programs and lead world-class paleogenomics projects. 

Possible research themes or topics for postdoctoral projects 

1) Ancient Metagenomics and Health:
Metagenomic analyses of ancient human and animal tissues, including coprolites and mummified remains. We aim to recover extinct microbial diversity and advance the understanding of past human health and disease ecology.
2) Bioinformatic Method Development:
Development of innovative informatic methods to improve the analysis of ancient genomic data, specifically tailored for the challenges presented by the metagenomic context.
3) Patagonian Population and Faunal Interactions:
Study of Patagonian human populations and their interaction with local fauna, testing hypotheses related to population adaptation and the role of human activities in megafauna extinction.
4) Biological Determinants of Past Inequality:
Studying the biological determinants of inequality in past societies using ancient genomic data to explore stratification in health, diet, and migration patterns.
5) Open Research Topics
I am also open to pursuing other topics across the spectrum of ancient human genomes, animal paleogenomics, and human-animal interactions. 

Weblink for further information: 
https://beamlabwien.univie.ac.at/

Email:  pere.gelabert(at)univie.ac.at

APPLY HERE
 

Martin Kuhlwilm 

Research Focus 

The main research area of the admixlab is on admixture between populations. The context is evolutionary and population genetics, and approaches range from computational/bioinformatic methods (including machine learning) to ancient and modern DNA of humans and great apes (and their pathogens), as well as functional genomics of great apes. 

Research environment 

The research group is composed of a postdoctoral resercher, several PhD students and master students. We have access to state-of-the-art laboratories for ancient and modern DNA and excellent computational infrastructure. Data is available in-house and through collaborations, but we also make use of publicly available datasets. The admixlab is actively collaborating within the Department of Evolutionary Anthropology, part of the HEAS network and maintaining active relationships with researchers in other countries. An open mindset is highly encouraged for all members of the team. 

Expectations towards postdoctoral fellows in this programme

A postdoctoral researcher should have curiosity and an open mind to the research questions we are working on. A main project will be the core of the position, with a large degree of independence, but collaborative projects are strongly encouraged within (and beyond) the team. Such a position is ideally a transition towards leadership, and should entail respectful supervision and mentorship of students. 

Possible research themes or topics for postdoctoral projects 

Potential projects could be:
- Analysis of introgression in genomic data of various primate species
- Pathogens from museum specimens of great apes
- The evolution of gene regulation in introgressed fragments in great apes 

Weblink for further information: 
https://admixture.univie.ac.at/

Email:  martin.kuhlwilm(at)univie.ac.at

APPLY HERE
 

Ron Pinhasi

Research Focus 

The Pinhasi team investigates human and animal evolution through integrative paleogenomics, paleoepigenetics, and ancient microbiome research. We generate dense genomic and epigenomic time series from humans, dogs, cattle, and other species to reconstruct natural selection, regulatory change, and host–pathogen dynamics across the last 40,000 years. Our work pioneers high-yield ancient DNA methods, genome-wide selection scans, sediment aDNA recovery, and ancient methylome reconstruction. By combining functional genomics, metagenomic pathogen screening, and microbiome analyses with archaeological context, isotope data, and evolutionary modelling, we reveal how diet, environment, and cultural transitions shaped immunity, metabolism, and disease susceptibility. Ongoing projects extend to underexplored regions such as Indonesia and Central Africa, enabling a comparative framework for human–animal co-evolution with broad implications for evolutionary biology, ecology, and health sciences.  

Research environment 

Pinhasi’s team at the University of Vienna runs a purpose-built ancient DNA facility designed for high-throughput recovery of DNA from bones, teeth, sediments and minerals. Its infrastructure includes separated clean-rooms, optimized workflows and integration with micro-CT, geoarchaeology and paleoproteomics. The group pioneered ultra-sensitive, minimally destructive sampling of petrous bone, ossicles and dental cementum, enabling genomic data retrieval even in low-preservation contexts. Through the MINERVA project, they extend aDNA recovery to sediments and mineral matrices by combining geochemistry with genomics. The lab collaborates widely across archaeology, geosciences, biochemistry and anthropology, and partners globally with leading genomics groups. Their strength lies in cutting-edge infrastructure, innovative high-yield methods, expansion into unconventional substrates and a deeply integrated international research network. 

Expectations towards postdoctoral fellows in this programme

Postdoctoral fellows in this programme are expected to pursue innovative, creative research while engaging enthusiastically with new ideas and interdisciplinary directions. Our group is strongly gender-balanced and international and we value a supportive, collaborative and inclusive environment. Fellows should show scientific curiosity, independence and openness to cutting-edge methods, while contributing to shared projects and the wider intellectual life of the team. Active participation in publications, presentations and grant development is encouraged, as is mentoring junior researchers and fostering a positive research culture. We seek someone who thrives in a collaborative setting, communicates well, and is excited to help shape bold new avenues in our interdisciplinary research programme.

Possible research themes or topics for postdoctoral projects 

Paleoepigenetics
Selection scans- humans, livestock
Pathogen paleogenomics
Human skin and gut aDNA (microbiomes)
Paleogenomics of human populations from Indonesia and Central Africa
Human-animal co evolution
Commensalism (house mouse, foxes, etc)
DNA experimentation- optimisation, mineral adosprtion, degradation 

Weblink for further information: 
https://www.pinhasilab.at/

Email:  ron.pinhasi(at)univie.ac.at

APPLY HERE
 

Yoko Matsumura 

Research Focus 

I have been primarily focused on the functional morphology of interactions between female and male reproductive traits in insects. My research aims to understand how reproductive organs achieve their functional roles and how variations in form affect their performance, utilising state-of-the-art research methods, including dissection, histology, CLSM, CT, electron microscopy, and characterisation of physical properties. Ultimately, with my approach, I seek to link variations in form to their performance during reproduction and to uncover the evolutionary mechanisms that drive and maintain the highly diverse genital structures in animals. 
The reproductive interactions between the sexes can be categorized into three steps: genital coupling, sperm transfer, and sperm storage and usage for oviposition. By focusing on each step, I have been establishing concrete bases for functional morphological studies and accumulating exemplary studies for the purpose mentioned above. 

Research environment 

My group is situated in the Department of Evolutionary Biology, where diverse evolutionary topics are explored across various animal phyla. Not only morphological approaches, but also genomic studies are conducted in the department. Our department has a friendly atmosphere, mainly due to numerous joint events, including a weekly seminar.
For purely morphological parts, the following equipment is available. 
Host’s group: A digital camera and 3D printer are equipped. A device for measuring animal closing forces and a stereomicroscope (SZX16) will be equipped soon. Another force transducer for general force measurements, e.g., tensile force and compression force, and a high-resolution digital camera are planned to be implemented. 
Department: Conventional microscopes, Micro CT (Skyscanner and XRadia), 3D workstations (Amira, Imaris), CLSM, Microtome.
Our imaging center: Critical point dryer, SEM, TEM. SBF-SEM may become available during the candidate's research program. 

Expectations towards postdoctoral fellows in this programme

Project leading: The candidate should be able to lead a project with a sense of responsibility. The host expects the candidate to discuss the project with us regularly and to be honest about it. Research experience with the morphology of terrestrial invertebrates, utilizing state-of-the-art research methods, as outlined in the section on my research focus, is expected, so that the candidate can start the project immediately. 
Funding acquisition: Due to the start-up funding of the host, all the aforementioned equipment is accessible for the first year. However, the candidate is expected to apply for grants to cover the costs of the experiments and the travel allowance. The University of Vienna offers several opportunities for young scientists. The host will support the candidates in preparing the proposals.
Teaching: Although this is not a duty, teaching is one of the major tasks as PIs. Therefore, the host would expect the candidate to be willing to participate in the role as well. 

Possible research themes or topics for postdoctoral projects 

The host prefers a research topic on semen-genital interactions that has been launched recently. The rapid divergence of genitalia is a prevailing trend among internal inseminators, and this project focuses on the structural diversity of the sperm storage organ, called the spermatheca, in insects. To understand the evolutionary mechanisms underlying this diversification, the project aims to build a linkage between diverse structures and sperm dynamics. The candidate may tackle some of the following tasks according to her expertise and interests: (1) structural characterization of spermatheca, (2) characterization of semen physical properties, (3) structural characterization of spermathecae stored in female and male storage-sites, (4) fluid dynamics experiments using 3D printed models, (5) computational dynamics simulations if the candidate is familiar with such simulations. Any additional ideas from the candidates are appreciated. 

Weblink for further information: 
https://www.researchgate.net/profile/Yoko-Matsumura

Email:  yoko.matsumura(at)univie.ac.at

APPLY HERE
 

Christian Griebler 

Research Focus 

Groundwater is our most important freshwater resource. Apart from that, groundwater ecosystems represent the largest freshwater biome, however, hidden to the naked eyes, the subterranean habits are largely unexplored. The interdisciplinary working group investigates all aspects of groundwater ecology, with a focus on biodiversity, major biogeochemical cycles, and transfer of carbon and energy through the subsurface food webs. Groundwater communities are studied in their breadth from viruses to prokaryotes, from fungi to protists and invertebrate fauna. In addition basic ecological principles, we particularly explore effects of anthropogenically caused pressures such as climate change, chemical pollution, urbanization, and disturbance of the hydrological regime to the functioning of groundwater ecosystems. 

Research environment 

Our group is part of the unit Limnology that includes three research groups involving groundwater ecology, phycology, and carbon cycling in limnic ecosystems. The groundwater ecology working group has an high international standing with long year experience on groundwater ecological research. Via numerous international and national research projects the group is embedded in a large scientific network (https://ucrisportal.univie.ac.at/en/persons/christian-griebler/). By joining our group, you will be member of a highly interactive team that applies and combines cutting-edge techniques in microbial ecology (-omics tools), biogeochemistry (stable isotope analysis, greenhouse gas measurements), and invertebrate ecology (eDNA, metabarcoding, respiration rate measurements, ecotoxicological assays). 

Expectations towards postdoctoral fellows in this programme

We look for engaged candidates, with interest and experience in groundwater microbial ecology, working on prokaryotic communities, protists or fungi, as well as viruses. Moreover, we welcome collegues working on groundwater fauna with respect to biodiversity, ecological functioning, and assessment of groundwater ecosystem health. Work may be centered around field or lab work. In any case, comprehensive data analysis (multivariate statistics, bioinformatics, and/or ecological modelling) is needed. We provide a positive and collaborative working environment, enjoying research in a vibrant but challenging field. 

Possible research themes or topics for postdoctoral projects 

Possible research topics range from aspects of biodiversity and functioning of individual groups of groundwater communities, i.e. prokaryotes, protists, fungi, and invertebrates. Integrative themes, like the linkage between the microorganisms and invertebrates and food web intercations will be supported. Further topics of interest are the search for bioindicators in groundwater health assessment, greenhouse gas production in groundwater environments, and ecotoxicological matters, among others. Groundwater environments tob e studied include cave waters, springs, the hyporheic zone of rivers, and shallow aquifers accessed by wells. 

Weblink for further information: 
https://ucrisportal.univie.ac.at/en/persons/christian-griebler/

Email:  christian.griebler(at)univie.ac.at

APPLY HERE
 

Gerhard J. Herndl 

Research Focus 

Our main focus is the microbial oceanography of the deep ocean where the prokaryotic activity is relatively low compared to the euphotic zone. The deep ocean comprises about 70% of the total ocean volume and hence deep-water microbes mediate a substantial fraction of the biogeochemical cycles with thus far unknown metabolic pathways. We develop and improve available methods in molecular biology and biogeochemistry to make them usable in the most oligotrophic parts of the ocean. Then the information from biology and biogeochemistry is linked for a better understanding of how the microbial community might work in the dark ocean. 

Research environment 

We are an international team focusing on aquatic microbial ecology, using metabolic rate measurements and meta-genomics, -transcriptomics and -proteomics to decipher the role of microbes in the oceanic element cycling combing lab experiments with field work ranging from polar regions to coral reefs and open oceanic waters. 

Expectations towards postdoctoral fellows in this programme

Ideally, the candidate has an excellent knowledge in biological oceanography and/or microbial oceanography with working experience in bioinformatic analyses and/or marine biogeochemistry. Experience in working on research vessels and willingness to join seagoing research expeditions is also desirable. 

Possible research themes or topics for postdoctoral projects 

Possible research themes could be microbial carbon cycling in the ocean, interactions between marine phytoplankton and bacteria under different nutrient conditions, bioreactivity of marine dissolved organic matter and anthropogenically derived compounds. 

Weblink for further information: 
www.microbial-oceanography.eu

Email:  gerhard.herndl(at)univie.ac.at

APPLY HERE
 

Ingeborg Lang 

Research Focus 

Bryophytes are used as (1) metal indicators for environmental contamination and are (2) excellent model systems for drought resistance. In my research, I focus on these two aspects and investigate water loss on the cellular level as well as the effects cause by trace elements and their minute distribution. 

Research environment 

My group is located at the University of Vienna Biology Building (UBB) and I am currently supervising 3 PhD students as well as several master students. I take great advantage of the infrastructure in house, e.g. the research support facilities for imaging and mass spectroscopy (CIUS) or the Vienna Biocenter support facilities (VBCF). Within Austria, I have also close collaboration with the BOKU University and the Universities of Innsbruck and Salzburg. 

Expectations towards postdoctoral fellows in this programme

A prerequisite is the interest in ecological, cell biological topics and a basic understanding of plant cells. Microscopy skills and a background in cryptogams, bryophytes, algae or early land plants are required. 

Weblink for further information: 
https://mosys.univie.ac.at/research-and-teaching/research-groups/structural-and-functional-plant-cell-biology/

Email:  ingeborg.lang(at)univie.ac.at

APPLY HERE
 

Christa Schleper 

Research Focus 

We investigate the cell biology of Asgard Archaea, the currently closest known prokaryotic relatives of eukaryotes. Two representatives of the Lokiarchaea lineage are actively growing in our laboratory. These archaea have unusual features, such as e.g. long protrusions, filled with actin filaments that mediate movements. Hundreds of proteins encoded in their genomes are 'eukaryotic signature proteins' indicating that these organisms have evolved many cellular features that were instrumental for the emergence of eukaryotes. We currently investigate the movement of Lokiarchaeum cells, their sensing mechanisms and their interaction with other organisms, their cell cycle and chromatin. By joining our group you will become part of an interdisciplinary and highly interactive team that combines anaerobic microbiology, biochemistry, immuno-labeling, -omics, cryo-electron and anaerobic live cell microscopy. 

Research environment 

Our group is part of the unit Archaea Biology and Ecogenomics (http://archaea.univie.ac.at), that includes four research groups involving anaerobic microbiology, phylogenomics, cell biology and molecular microbiology. By joining our group you will become part of a highly interactive and engaged, international team with long year experience on archaea research including hyperthermophiles and their defense systems, ammonia oxidizing archaea and Asgard Archaea. We combine microbial ecology, metagenomics and functional genomics, with cultivation approaches in anaerobic microbiology (in a well equipped biotechnicum up to larger scales), biochemistry and immuno-labeling (with corresponding equipment), -omics and anaerobic live cell microscopy (with adequately equiped microscopes). In the frame of a nationally funded project we are closely connected to further specialists on eukaryotic cell biology and cryo-electron microscopy (project EvoChromo). 

Expectations towards postdoctoral fellows in this programme

The candidate should have a broad interest in evolutionary and molecular biology, who is curious about the role of archaea in eukaryogenesis. With the discovery of Asgard archaea and their growth in our laboratory, we are in the unique situation to be able to ask fundamental questions about their evolutionary innovations. We look for engaged candidates, with interest (or experience) in anaerobic microbiology and cellular processes, that can build on a solid background in -omics, molecular biology and/or biochemistry. We prefer an experimentalist rather than bioinformatician (although knowledge here is always advantageous). Someone who finds fun in the exploration within this new and vibrant field. 

Possible research themes or topics for postdoctoral projects 

Possible research themes could be around the exploration of the cell cycle in Lokiarchaeum ossiferum as a model for Asgard archaea, its cell division, its sensing of environmental cues and syntrophic partners, its novel type of movements and/or biochemical studies of further eukaryotic signature proteins.  

Weblink for further information: 
http://archaea.univie.ac.at

Email:  christa.schleper(at)univie.ac.at

APPLY HERE
 

Steffen Waldherr 

Research Focus 

Computational methods for systems biology: modelling, simulation, optimization.
Metabolic network modelling and analysis: Dynamic simulation and resource allocation; reconstruction of metabolic network models from genome data.
Modelling and estimation of heterogeneous cell populations: Cellular heterogeneity in tissues in response to clinical stimuli, growth dynamics, establishment of resistant subpopulations.
Machine learning for biochemical data and processes: Analysis of large-scale molecular data in relation to physiological and clinical data, predictive and precision molecular medicine. 

Research environment 

The research group is based at the Department of Functional and Evolutionary Ecology where it has access to state-of-the art facilities provided by the department, core facilities of the Life Sciences Faculty, or facilities shared with the Vienna Biocenter. Core facilities include mass spectrometry for proteomics/metabolomics analysis, the Vienna BioCenter Core Facilities for sequencing, and the Life Science Compute Cluster for high-performance computing. Open Science support includes a dedicated FAIR data manager and an institutional data repository. 

Expectations towards postdoctoral fellows in this programme

Conduct independent research and collaborative projects aligned with the group's research themes;
Publish in top journals and present at international conferences;
Pursue further funding in fellowships or grants, contribute to proposals;
Maintain research code, analysis pipelines, and computational models in well-documented repositories;
Mentor PhD and master students 

Weblink for further information: 
https://ufind.univie.ac.at/de/person.html?id=114290

Email:  steffen.waldherr(at)univie.ac.at

APPLY HERE
 

Wolfram Weckwerth 

Research Focus 

Food security, Human Health, Biochemistry, PANOMICS, Systems theory, Ecological Metabolomics
see https://scholar.google.de/citations?user=20oOZCgAAAAJ&hl=de

Research environment 

Vienna Metabolomics Center, AI- assisted personlaized nutrion research platform, Multiomics Center, Mass spectrometry, Biochemistry, for further information see https://mosys.univie.ac.at/team/wolfram-weckwerth/ and https://mosys.univie.ac.at/ and https://vime.at/ 

Expectations towards postdoctoral fellows in this programme

Integration into existing research projects, Team work, Building own research profile based on a unique research idea embedded in existing research projects in the Weckwerth lab, for more information about research projects see https://scholar.google.de/citations?user=20oOZCgAAAAJ&hl=de

Possible research themes or topics for postdoctoral projects 

Panomics projects, agroecology, metabolomics and many more, please, contact wolfram.weckwerth(at)univie.ac.at

Weblink for further information: 
https://ecology.univie.ac.at/

Email:  wolfram.weckwerth(at)univie.ac.at

APPLY HERE
 

Stefanie Wienkoop 

Research Focus 

Wienkoop`s team investigates the metabolic exchange between plants and microbes and the influence microsymbionts have on the plant`s immune system and how this induces stress resistance upon environmental perturbations. Our current procects are on symbiont induced drought stress tolerance as well as pathogen resistance. We also found a new Rhizobium strain from the austrian salt lake Neusiedl, which we want to test for possible plant enhanced salt stress tolerance. 

Research environment 

The PMInt lab offers access to mass spectrometry facility for proteomics and metabolomics as well as genomics and state of the art plant phenotyping. The team is internationally connected. Close collaboration for instance with the La Trobe University in Melmourne, Australia but also several Universities arround Europe that will allow for collaborative exchange. 

Expectations towards postdoctoral fellows in this programme

The successfull candidate should show a strong interest in plant-microbe interaction and induced systemic resistance (previouse publications) and excellent knowledge in at last one omics technique (pregerably mass spectrometry related) including big data minimg. 

Weblink for further information: 
https://mosys.univie.ac.at/research-and-teaching/research-groups/plant-microsymbiont-interaction/

Email:  stefanie.wienkoop(at)univie.ac.at

APPLY HERE
 

Florian Raible 

Research Focus 

Our group has a core interest in the emergence and regulation of stem cells in nervous system regeneration. Combining targeted genome engineering, multimodal imaging (Pende, Vadiwala et al. https://www.science.org/doi/10.1126/sciadv.aba0365) and single-cell RNA sequencing (Stockinger, Adelmann et al. https://www.nature.com/articles/s41467-024-54041-3; Milivojev et al. https://www.nature.com/articles/s41467-025-65631-0), we decode the molecular mechanisms that orchestrate the intriguing stem cell biology of an annelid worm that possesses a brain-borne hormone orchestrating regenerative abilities and reproduction.

We have recently also begun to explore the intriguing interface between cell biology and material sciences, pioneering research into the elusive genetic programmes that orchestrate cell surface patterning of material-producing animal cells considered to act like “biological 3D printers” (Ikeda et al. https://www.nature.com/articles/s41467-024-48044-3).

Research environment 

Our lab is located at the Vienna BioCenter, one of Europe’s top biology research hubs that features innovative basic research in all areas of the life sciences, and that has collectively attracted over 100 ERC grants (https://www.viennabiocenter.org). We are supported by cutting-edge infrastructure both on the campus level (https://www.viennabiocenter.org/vbcf/), and as part of the Faculty of Life Sciences that provides us with a fully equipped marine facility for generating and maintaining genetically engineered worm strains.

This environment encourages ground-breaking research that pushes existing research boundaries and connects cellular and developmental stem cell biology with areas such as biochemistry, bioinformatics, evolutionary biology, biophysics, genomics or material sciences. Of note, our faculty is open to support established postdocs for grant applications, providing an avenue for successful postdocs to gain visibility and momentum for their own research ideas.

Expectations towards postdoctoral fellows in this programme

Successful applicants share our deep curiosity for fundamental questions, and the willingness and ability to engage in hypothesis-driven research addressing these questions with scientific rigor. 

We have a strong record of successful students and postdocs that have secured awards in conferences, fellowships and research funding, and contributed to original publications of broad impact and visibility.

We engage in both local and international collaborations that help us to stay abreast of key technological developments and facilitate cross-comparisons to other model systems. In conjunction with the Tessmar-Raible group and external collaborators, we have recently established a chromosome-scale genome resource for our Platynereis lab strain, providing an inroad to rigorous genome-wide analyses.

Successful applicants will capitalise on these opportunities to drive innovative research in the outlined interest areas, ideally also bringing in some unique expertise from their previous research. 

Possible research themes or topics for postdoctoral projects 

We are keen to advance research into nervous system regeneration and modulation (https://www.nature.com/articles/s41467-024-54041-3; https://www.nature.com/articles/s41467-025-65631-0), and into the molecular and cellular programmes that encode morphology and biomaterial properties of bristles (https://www.nature.com/articles/s41467-024-48044-3 and jaws (https://link.springer.com/article/10.1007/s11837-021-04702-1).

Candidates are very welcome to contact us for inquiries; possible directions include:
- The elusive enzyme system for the biosynthesis of the annelid brain hormone we uncovered (https://elifesciences.org/articles/17126)
- Interpretation and feedback mechanisms for hormonal signaling
- re-establishment of neuronal circuitry in the regenerating CNS.
- cellular signaling systems in “biological 3D printing” of chitin bristles
- the molecular and cellular machinery encoding “bio-metallic” properties of polychaete jaws. 

Weblink for further information: 
https://neurodevbio.univie.ac.at/raible-research/

Email:  florian.raible(at)univie.ac.at

APPLY HERE
 

Oleg Simakov 

Research Focus 

Evolution of animal genome architecture, regulatory genomics, evolution of symbiotic organs in cephalopods  

Research environment 

We are a dynamic and highly collaborative group, located at University Biology Building (UBB) in the third district of Vienna. Our group is mainly focused on mainly computational analyses, however we also pursue experimental work on genomic conformational capture, imaging, and expanding more towards ecological studies and angles (e.g., eDNA). 

Expectations towards postdoctoral fellows in this programme

We are mainly interested in postdocs who would like to pursue academic career, and establishing their own labs. We have frequent strategic discussions and offer support and opportunities beyond research topics (such as student mentorship and supervision, independent project structuring etc). 

Weblink for further information: 
neurodevbio.univie.ac.at/simakov-research/   

Email: oleg.simakov(at)univie.ac.at

APPLY HERE
 

Ulrich Technau

Research Focus 

We are generally interested in the evolution of complexity. We therefore use cnidarians, such as the sea anemone Nematostella as model systems to compare with its sister group, the Bilateria. We mostly take an EvoDevo approach (including genomics, transcriptomics, developmental biology) to address specific questions regarding the origin and function of neuromuscular systems (see ERC project EvoNEUROMUSCLE), pluripotent stem cells and self-organization of gastruloids. We also address the question how cnidarians manage to live virtually forever without accumulating deleterious mutations and developing cancer. 

Research environment 

We are a very international group consisting of about 20 people (5 postdocs, 5 PhDs, several Master students, lab manager, technicians and animal care takers). Our research is funded by external grants, like the ERC-AdG, Marie Curie fellowships and national funding (FWF).  

Expectations towards postdoctoral fellows in this programme

We would expect the incoming postdoc to bring additional expertise, enthusiasm and a willingness to integrate in a team of researchers to work towards a greater goal. Co-Supervision of PhD and Master students is expected, as well as support in some teaching tasks. 

Possible research themes or topics for postdoctoral projects 

Experimental or bioinformatics approaches to the question of cell type evolution with a focus on neuronal and muscle cell types (and their interactions) would be desirable. However, Independent ideas within the framework of our research directions are welcome. 

Weblink for further information: 
https://neurodevbio.univie.ac.at/technau-research/

Email:  ulrich.technau(at)univie.ac.at

APPLY HERE
 

Kristin Tessmar-Raible 

Research Focus 

Prof. Tessmar-Raible leads the research group for chronobiology, where she has been spearheading scientific insights into the molecular and cellular mechanisms of especially non-circadian rhythms and non-visual effects of light.
While sun(light)-dependent chronobiology has been studied in great detail, moonlight has been largely neglected for its role on animal physiology and behavior. However, especially in the marine environment – considered to be the cradle of evolution – a rich body of literature documents endogenous organismal rhythms that are not linked to the solar, but to the lunar cycle. In order to crack the enigma of the molecular and cellular mechanisms underlying moon-controlled rhythms and oscillators her lab focusses on the bristle worm Platynereis dumerilii as model system. 
Besides the focus on Platynereis, the lab’s interests also cover analyses of temporal phenomena in diverse species and experimental paradigms: from deep sea mussels, mammalian neural stem cells to human patients. 

Research environment 

The lab is embedded into the Dept. of Neuroscience and Developmental Biology, Faculty of Life Sciences, University of Vienna, which provides an excellent environment with regards to the available infrastructure, scientific exchange and mentoring. KTR’s lab has access to a state-of-the-art large marine aquatic infrastructure, hosting >25 different mutant/transgenic lines and several inbred wild-type strains that are taken care of by professional animal care. The lab is also embedded in the Vienna Biocenter Campus (VBC), Austria’s top-ranked research campus, that provides additional services and facilities (https://www.viennabiocenter.org/vbcf/). 
The KTR’s group includes postdocs, PhD and undergraduate students, as well as technical staff. It is highly gender-balanced, inclusive, internationally recruited and co-funded through competitive external grants. Several of her post-docs and students have moved on to highly successful careers, in academia (including two ERC grantees), as well as in industry. 

Expectations towards postdoctoral fellows in this programme

The premise for a post-doctoral candidate is curiosity in fundamental basic biological questions involving the aspects of biological time and/or light. High motivation and an excellent track record are expected. 

Possible research themes or topics for postdoctoral projects 

A particular interest lies in the recruitment of a candidate with an interest in investigating the interconnection of specific neurotransmitter systems and neural networks with daily and/or monthly timing. This research would also be embedded within the Excellence Cluster Neural Circuits in Health and Disease.
However, the lab is open to diverse topics to also support the development of an own independent research direction. 

Weblink for further information: 
https://neurodevbio.univie.ac.at/tessmar-raible-research/

Email:  kristin.tessmar-raible(at)univie.ac.at

APPLY HERE
 

Manuel Zimmer

Research Focus 

The Zimmer Lab investigates how neuronal network dynamics in the brain give rise to sensory processing, decision-making, and behavior. Using the nematode C. elegans and the fish Danionella cerebrum—one of the smallest known vertebrates—we combine single-cell resolution whole-brain imaging of neuronal activity with high-content quantitative behavior analyses to study the brain in action. Our research centers on three major directions: (1) how the brain organizes behavior across timescales, from moment-to-moment motor patterns and actions to long-lasting states such as sleep and wakefulness; (2) how sensory processing operates in closed-loop with the body and environment, shaping adaptive behavior in real time; and (3) the neuronal correlates underlying social behaviors in Danionella, including courtship and acoustic communication.  

Research environment 

Our lab brings together expertise in C. elegans and Danionella biology, behavioral genetics, evolutionary genomics, optical engineering, computational neuroscience, and machine learning. We are an international, highly collaborative, and respectful team committed to interdisciplinary research.
We maintain state-of-the-art facilities for both model organisms, including high-speed spinning-disk microscopy for simultaneous whole-brain and behavioral imaging, closed-loop optogenetics, two-photon microscopy, and oblique-plane light-sheet microscopy.
Our computational environment features a high-performance cluster with ample GPU resources and well-structured data-flow pipelines for the analyses of large neuronal and behavioral datasets.
We are embedded in the Vienna BioCenter (VBC)—one of the world’s leading life-science hubs—and are part of the Cluster of Excellence Neuronal Circuits in Health and Disease, making Vienna a top location for cutting-edge neuroscience. 

Expectations towards postdoctoral fellows in this programme

We welcome postdocs who share our enthusiasm for uncovering fundamental principles of brain function using the small yet remarkably complex nervous systems of C. elegans and Danionella cerebrum. We value team-oriented, collaborative scientists who contribute new perspectives and are eager to further develop their expertise in the advanced methodologies available in our lab.

Postdocs in our group play an active role in mentoring students and participating in our teaching activities. We seek individuals who are curiosity-driven, ambitious, committed to rigorous, high-quality impactful science, and motivated to pursue an academic career.

We offer an outstanding research environment and are fully dedicated to supporting your long-term career development. 

Possible research themes or topics for postdoctoral projects 

We are happy to discuss research projects involving either C. elegans or Danionella cerebrum, spanning experimental neuroscience, computational approaches, or a combination of both. We offer exciting opportunities aligned with the research directions outlined above, and we are equally enthusiastic about supporting your own exciting ideas you may wish to pursue.

If you are interested in discussing potential projects and your long-term career plans, please feel free to contact Manuel Zimmer (manuel.zimmer(at)univie.ac.at). 

Weblink for further information: 
https://neurodevbio.univie.ac.at/zimmer-research/

Email:  manuel.zimmer(at)univie.ac.at

APPLY HERE
 

Claudia Angele 

Research Focus 

The research group on subject-matter didactics in home economics and nutrition deals with teaching and learning in nutrition, home economics and sustainable consumption. The focus is on theory formation in subject-didactics, in qualitative research on practice of teaching and learning, and in teacher professionalization in this field. 

Current projects are:

• Design and evaluation of learning environments for secondary school level to promote judgment competence: How can learners be supported in making science-based and responsible judgments in scientifically complex, value-laden contexts?
• Implementation of a teaching and learning lab ‘Future lab life skills – Nutrition and sustainability’ for subject-didactic research, teacher professionalization, research days with school groups and science communication 

Research methods:
qualitative research on subject-related teaching-learning processes (videography) in classroom and in our teaching and learning lab

Research environment 

Our research group is unique in Austria and offers excellent conditions for further academic qualification during the post-doctoral phase. It focuses on qualitative empirical research into teaching and learning in nutrition, health and sustainability. It offers a cooperative and supportive working atmosphere with excellent infrastructure. Our ‘Future Lab Life Skills’ teaching and learning laboratory, which is newly established in 2025 at the Department of Nutritional Sciences, provides the best technical and technological conditions for research, for development and evaluation of inclusive settings in nutrition and consumer education and for research-based teacher students’ professionalization in a defined laboratory setting. In addition, the working group has at its disposal a large pool of data from current classroom research in nutrition and consumer education and opportunities for interdisciplinary collaboration with renowned international subject-specific research groups.

Expectations towards postdoctoral fellows in this programme

As a postdoc in our working group

• you will plan and carry out your own research projects in the field of subject-matter didactics for home economics and nutrition.
• publish your research results in English-language journals.
• support the research projects currently underway in the working group with your expertise.
• You will independently teach courses in home economics and nutrition in accordance with the provisions of the collective agreement.

Possible research themes or topics for postdoctoral projects 

• Promotion of judgement competence in science education (focus: home economics and nutrition) through language education
• The role of teaching and learning labs in teacher professionalization in home economics and nutrition: Bridging gaps between theory and practice
• Design and evaluation of inclusive learning settings for secondary schools in the Teaching and Learning Lab ‘Future Lab Life Skills – Nutrition and Sustainability’ 

Weblink for further information: 
https://nutrition.univie.ac.at/forschung/fachdidaktik-haushaltsoekonomie-und-ernaehrung-assoz-prof-dr-paed-habil-claudia-maria-angele/ueber-uns/leitung-ag-fachdidaktik/

Email:  claudia.angele(at)univie.ac.at

APPLY HERE
 

Ina Bergheim 

Research Focus 

The research group Molecular Nutritional Science led by Ina Bergheim has a longstanding experience in studying the interaction of nutrients/ food compounds (sugars and alcohol) and the intestinal barrier function in the development of steatotic liver diseases (MASLD, ALD) and aging related liver degeneration. Having a strong background not only in molecular nutritional science but also dietetics the group conducts human intervention studies and has developed several animal feeding models to study. The focus of the studies is on the interaction of different macronutrients, but also other nutritional compounds with the intestinal barrier and the development of endotoxemia, and subsequently the development of the liver diseases herein taking findings from bench to bedside and vice versa. 

Research environment 

The research group Molecular Nutritional Science headed by Ina Bergheim is embedded in the Department of Nutritional Science at the University of Vienna. The group is a very active international group of young scientists at different stages of their career participating in several international collaborations and hosting students from different countries. Besides a fully equipped research laboratory to perform molecular analysis (e.g. Western blot, rt-PCRs, ELISA and immunohistochemistry) the group has full access to a SPF mouse facility, a human study center and cell culture labs as well as a C. elegans lab. In addition, within the Faculty of Life Sciences and the University of Vienna there are several core facilities that offer a variety of cutting-edge analytical methods. 

Expectations towards postdoctoral fellows in this programme

Postdocs joining the group Molecular Nutrition through the E-STEEM program are expected to conduct high-quality, independent research that aligns with the research focus of the group Molecular Nutritional Science and the strategic priorities of the University of Vienna (Global Healthy: Physical, Mental and Social Dimensions of Health). They take responsibility for project planning, data analysis, and dissemination, while actively developing their own research profile and applying for further competitive funding. They uphold the highest standards of research integrity and foster an inclusive, respectful, and collegial working environment. 

Possible research themes or topics for postdoctoral projects 

Sugar (fructose) as nutritional target in the development and therapy of steatotic liver diseases 

Weblink for further information: 
https://nutrition.univie.ac.at/en/research/professorship-molecular-nutritional-sciences-univ-prof-dr-ina-bergheim/

Email:  ina.bergheim(at)unvie.ac.at

APPLY HERE
 

Karl-Heinz Wagner 

Research Focus 

As an experimental research group, we investigate how lifestyle factors - such as diet, specific food components, phytochemicals, physical activity and physiologically active non-food compounds (e.g. bile pigments) - influence oxidative stress and DNA stability, with a primary focus on human metabolism. Our work includes human intervention trials, cross-sectional studies and case-control analyses, as well as the investigation of underlying mechanisms through in vitro experiments.
In the laboratory, we use state-of-the-art techniques to analyse a wide range of biomarkers in a variety of biological samples. Our methods include the quantification of antioxidant compounds and the application of biochemical and molecular tools to monitor oxidative damage to macromolecules and their by-products. A major focus of our research is on reactive oxygen species (ROS)-induced DNA and chromosomal damage, DNA repair processes and the regulation of antioxidant defense systems, but we are also very interested in metabolic work. 

Research environment 

Research activities are mainly funded by the Austrian Science Fund, European Commission (ERA Net, Horizon 2020, Horizon Europe, EU- Cross Border Co-operation) and the University of Vienna. A large national and international scientific network of well-respected research partners guarantees comprehensive approaches, knowledge transfer and continuous development of new biomarker.
We are a young and motivated research group, mainly laboratory focused but also interested in epidemiological work using e.g. EPIC or UK Biobank data and are also dedicated to train and involve advanced students within our different research projects. 

Expectations towards postdoctoral fellows in this programme

Fellows should be motivated and happy to work in a large research group and shall have expertise either -) in biomarker research: e.g. oxidative stress marker, DNA damage, metabolomics, lipid/glucose metabolism or other human related biomarker, or -) nutritional epidemiology with focus on diet and/or physical activity and the link to NCDs. We provide a dynamic and inspiring working environment with large research projects and inter/-national collaborations. Working in a team, self-motivation, drive and dedication but also social skills, a passion for science as well as working with people is what we are looking for. 

Possible research themes or topics for postdoctoral projects 

-) Impact of shiftwork on pre-obesity biomarker across Europe
-) Brainhealth - Impact on diet and physical activity on brain and meabolism in older adults
-) Various topics in Nutritional Epidmiology using large international databases  

Weblink for further information: 
https://nutrition.univie.ac.at/forschung/professur-ernaehrung-und-lebensmittelqualitaet-univ-prof-dr-karl-heinz-wagner/

Email:  karl-heinz.wagner(at)univie.ac.at

APPLY HERE
 

Julien Orts

Research Focus 

Julien Orts focuses on advancing structural biology and drug discovery through cutting-edge NMR spectroscopy. His group develops and applies high-precision NMR methods—building on innovations such as INPHARMA, eNOE, and NMR²—to quantitatively characterize protein–ligand interactions and dynamic structural ensembles. Current projects span quantitative drug design, molecular allostery, protein stability, and fragment-based screening for challenging therapeutic targets. The lab also develops molecular probes for neurodegenerative diseases, integrates AI-driven approaches into structural biology, and expands NMR applications to metabolomics. This work is supported by an ERC Consolidator Grant in biophysical chemistry, a cancer research grant, and multiple collaborations with pharmaceutical companies. 

Research environment 

The Julien Orts laboratory is embedded in a state-of-the-art NMR facility—among the most advanced in Austria—providing internationally benchmarked capabilities for high-resolution structural analysis. This environment enables pharmaceutical research that relies on precise molecular insight, with NMR delivering rapid, accurate characterization of drug candidates, natural products, metabolites, and protein–ligand complexes. Core expertise includes protein 3D structures, molecular dynamics, allostery, fragment-based screening, and conformational studies. A fully equipped protein biochemistry facility and modern computational infrastructure further support an integrated platform for molecular discovery and quantitative drug design. 

Expectations towards postdoctoral fellows in this programme

Postdoctoral fellows in this programme are expected to drive high-quality, independent research while contributing actively to the group’s scientific mission. They should take intellectual ownership of their projects, develop a strong and original research profile, and engage creatively with topics in advanced NMR spectroscopy, biophysical chemistry, structural biology, or computational methods. Fellows are expected to supervise and mentor students, and participate in collaborative projects within the department and with external partners. They should communicate results effectively through publications and conference presentations, help shape new research directions in the lab, and proactively pursue external funding opportunities. Overall, postdocs are expected to be ambitious, collegial, and committed to scientific excellence in a dynamic and interdisciplinary environment. 

Possible research themes or topics for postdoctoral projects 

Possible postdoctoral research projects in the Julien Orts laboratory include developing and applying advanced NMR methods for quantitative drug design, protein–ligand interactions, and fragment-based screening. Projects may explore AI-driven integrated structural biology, protein dynamics, allostery, and stability, as well as the discovery of biologics or nanobodies. Fellows can investigate metabolomics using NMR and contribute to methodology development for characterizing challenging therapeutic targets, including RNA or neurodegeneration-related proteins. Interdisciplinary projects combining computational modeling, biophysics, and experimental NMR are encouraged, allowing postdocs to establish independent research directions while contributing to the group’s broader focus on structure-based drug discovery and molecular mechanisms. 

Weblink for further information: 
https://bionmr.univie.ac.at/people/

Email:  julien.orts(at)univie.ac.at

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Manuela Schmidt

Research Focus 

• Systems biology of chronic pain: quantitative proteomics, metaproteomics and network-based analysis
• Age- and sex-dependency of somatosensation and pain
• Translational pain research across mice and humans (in collaboration with clinicians)
• Foundation of the collaborative Bruker Center of Excellence for Metaproteomics dedicated to advance our understanding of microbial communities in human health and disease.

Research environment 

• state-of-the-art mass spectrometers and associated workflow pipelines (timsTOF Pro powered by PASEF®; timsUltra AIP)
• fully equipped primary cell culture room
• fully equipped biochemistry and molecular biology laboratories 

Group composition:

• 1 senior scientist
• 4 postdocs
• 2 PhD students
• 2 technicians
• administrative support and support for animal care

Expectations towards postdoctoral fellows in this programme

Fellows should have expertise in (i) proteomics and bioinformatics or (ii) molecular and behavioral pain research. We provide a dynamic and inspiring working environment at the forefront of (meta)proteomics method development and its application to investigate the molecular underpinnings of disease (focus on pain). Thus, a strong interest in pain and disease-relevant research is a must. Also, our research benefits from fruitful collaborations with basic and clinical researchers. Therefore, working in a team, self-motivation, drive and dedication, having good scientific communication skills, and passion for science is what we are looking for in future fellows.

Possible research themes or topics for postdoctoral projects 

Postdoctoral projects can be offered along the major research lines of our laboratory:

• Proteome dynamics upon postsurgery pain in mice and humans
• host-microbiome interactions during postsurgery or neuropathic pain
• Network dynamics in health and disease (focus on pain, but also inflammatory conditions)
• longitudinal analysis of the microbiome in diverse biosamples (saliva, stool, skin)

Weblink for further information: 
Division Homepage: https://pharmtox.univie.ac.at 
Lab Homepage: https://pharmtox.univie.ac.at/research/systems-biology-of-pain-prof-schmidt/

Email:  manuela_schmidt(at)univie.ac.at

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Sergey Zotchev

Research Focus 

Biologically active natural products from microorganisms
Genetics and biochemistry of natural product biosynthesis
Bacterial genomics
Metabolic engineering and synthetic biology

Research environment 

Fully equipped molecular biology lab with capabilities for initial characterization of natural products (extract preparation, HPLC, bioassays etc). Collaborations with in-house groups offering separation/purification/structure elucidation and extended bioassays, as well as cheminformatics. 

Expectations towards postdoctoral fellows in this programme

Hands-on experience with bacterial molecular genetics. Knowledge on secondary metabolite biosynthesis, analyses of natural products, state-of-the art technologies for gene manipulation (e.g. CRISPR/Cas, TAR cloning, Golden Gate assembly etc.) is highly desirable. 

Possible research themes or topics for postdoctoral projects 

Genome mining for novel bioactive secondary metabolites, engineering of biosynthetic pathways aimed at generating new derivatives with improved pharmacological properties and/or to establish structure-activity relationships. 

Weblink for further information: 
https://pharmakognosie.univie.ac.at/people/zotchev-sergey-b/

Email:  sergey.zotchev(at)univie.ac.at

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