Fixed-term

The Wernet Laboratory investigates the development, wiring, and function of synaptic connections in the brain using the Drosophila model system. We offer opportunities for scientific work, exchange, and professional development within the framework of a PhD program in an international team. Our research involves participation in several large collaborative projects, including the German Research Foundation (DFG)-funded project FOR5289 ‘RobustCircuit – From imprecision to robustness in neural circuit assembly’. Our research projects are conceptually challenging and aim to open doors to further scientific careers for motivated researchers. Further information can be found at  http://www.flygen.org/wernet . Responsibilities:The research position offered here is part of the research group/research unit FOR5289 ‘RobustCircuit’ for the study of brain wiring in Drosophila (robuscircuit.org). The aim of our subproject P3, ‘Harnessing promiscuous synaptogenic potential during the assembly of visual navigation circuitry,’ is to study probabilistic contributions to synaptic partner selection during the development of modality-specific neuronal circuits. Methodologically, multi-photon live imaging, connectomics, and molecular genetics will be employed. There is significant scope for developing your own project ideas within this project. The opportunity to pursue a doctorate is available. Required qualifications:Completed university degree (Master’s/Diploma) in biology, biotechnology, bioinformatics, or related fields. Desired qualifications:– Excellent written and spoken English and German skills.– Knowledge of and experience with Drosophila as a molecular genetic model organism.– Knowledge of and experience with molecular or cellular neurobiology.– Experience in the molecular biological analysis of one or more model organisms is desirable. Further information Applications, including relevant documents and quoting the reference number , should be submitted electronically in PDF format (preferably as a single document) via email to Prof. Dr. Mathias Wernet: mathias.wernet@fu-berlin.de  or by post to: Freie Universität Berlin,Department of Biology, Chemistry, Pharmacy ,Institute of Biology, Neurobiology, Prof.Dr. Mathias Wernet Research Group,Königin-Luise-Str. 1-3,14195 Berlin (Dahlem), Germany. By submitting an online application, you, as the applicant, consent to your data being processed and stored electronically.Please note that Freie Universität Berlin cannot guarantee the security of personal data transmitted electronically if your application is sent without encryption.

About us The School VI of Medicine and Health Sciences comprises the fields of human medicine, medical physics and acoustics, neurosciences, psychology and health services research. Together with the four regional hospitals, School VI forms the University Medicine Oldenburg. Furthermore, the university cooperates closely with the University Medicine of the University of Groningen. At the Division of Neuromodulation in Neurology, we develop innovative neurotechnologies for treating motor and cognitive impairments, and study how these technologies can be applied in neurological model disorders. Our research focuses on methods and electrical systems for recording and modulating neural processes. In particular, we specialize in noninvasive neurostimulation techniques combined with simultaneous neuroimaging (e.g. fMRI, EEG). Our core technology is transcranial temporal interference stimulation (tTIS) (Wessel & Beanato et al., 2023 Nature Neuroscience; Hummel & Wessel et al., 2024 Nature Reviews Neurology). The work is embedded in close collaborations in the field of neuromodulation research, both on-site and with external partners, particularly the non-invasive DBS Laboratory at the University Hospital Würzburg and the Hummel Laboratory at EPFL (Geneva and Sion, Switzerland). Your tasks Coordination of the laboratory, including co-supervision of PhD students and medical doctoral candidates, preparation of ethics applications, organization of data management, and the establishment and operation of the neuromodulation laboratories Planning, conducting, and evaluating independent scientific research projects focusing on noninvasive brain stimulation techniques, multimodal neuroimaging, and their combined application Translational investigation of these methods in neurological model disorders, particularly in Parkinson’s disease and in stroke patients Further development of existing research approaches and exploration of innovative research areas Publication of research findings in high-impact international journals Presentation of research findings at national and international conferences Conceptualization and drafting of grant applications, as well as actively soliciting external funding Collaboration in teaching (4 LVS) Your profile Required qualifications: Completed scientific university studies (Diploma (Uni) / Master / State examination) and a Ph.D. in the field of neuroscience, medicine, psychology, neuroengineering, or a related field Proven expertise in the application of non-invasive brain stimulation techniques Experience in analyzing neuroimaging data (particularly fMRI and EEG) Programming skills, preferably in MATLAB, Python, and/or R Relevant scientific publications in peer-reviewed international journals Proficiency in spoken and written English Preferred qualifications: Experience in conducting proof-of-concept studies in patient cohorts Experience in interacting with patients and clinical personnel Previous experience in team leadership and management Good conversational German skills We offer You can find comprehensive information and benefits about working at the University Medicine Oldenburg at the following link (https://uol.de/en/fk6/profil-und-struktur/personalmanagement/jobs/benefits). Participation in innovative, multimodal, translation-oriented research projects Extensive opportunities for further academic training in the field of systems neuroscience, with a focus on non-invasive neuromodulation techniques Opportunities for collaboration with existing collaborative projects (e.g., CRC TRR 295 ReTune, GRK 2783 Neuromodulation, GRK 2660 Approach-Avoidance) Payment in accordance with collective bargaining law (special annual payment, public service pension scheme, asset-related benefits), including 30 days annual leave Support and guidance during your onboarding phase Workplace health promotion services A comprehensive free continuing education program, as well as our own initiative to support early-career researchers (https://uol.de/en/school6/early-career) Our standards The University of Oldenburg is dedicated to increase the percentage of female employees in the field of science. Therefore, female candidates are strongly encouraged to apply. In accordance to § 21 Section 3 NHG, female candidates with equal qualifications will be preferentially considered. Applicants with disabilities will be given preference in case of equal qualification. Further information There is the possibility of personal scientific qualification [post-doctoral thesis]. Contact For further information, please contact Prof. Dr. med. Maximilian Jonas Wessel, maximilian.jonas.wessel@uni-oldenburg.de, 0441 2360-2710.

The Neurophysiology Research Group investigates the neural basis of hearing and communication in mice and other small mammals (e.g., naked mole-rats). Using electrophysiological, behavioral, anatomical, and molecular biological methods, we explore the function of brain structures involved in processing complex acoustic signals. Another focus is the acoustic communication of these animals in various behavioral contexts. Weare particularly interested in changes in brain function and behavior in mice with Fragile X syndrome, a form of autism spectrum disorder. These animals, similar to affected humans, exhibit heightened acoustic sensitivity and impairments in acoustic communication.Furthermore, the research group is involved in organizing and conducting teaching in the fields of animal physiology (Bachelor’s) and neurobiology (Master’s). A particular emphasis is placed on supporting and mentoring Bachelor’s and Master’s students from diverse academic and cultural backgrounds. Responsibilities include:• Contributing to research and teaching in the fields of neurobiology and animal physiology.• The central task is to investigate the neural basis of hearing and communication in mice and other small model organisms.• Supervision within the research group, acquisition of external funding, and active participation in teaching activities.• Teaching activities include, among others, introductory courses in animal physiology and advanced courses in neurobiology.• The position serves the candidate’s own academic qualification (Habilitation). Requirements:• Completed university degree (Master’s, Diploma, or equivalent) in biology or a related field.• Completed PhD in Biology (e.g., Neuroscience) (or a related field) Desired: • Experience in animal experimental research in the field of neurobiology • Methodological expertise in modern neurophysiological, behavioral, and/or anatomical/molecular biological methods • Very good quantitative and analytical skills, including scientific programming (R, Python, Matlab) • Interest in integrative research approaches that combine findings from human and animal models • Publication experience in international peer-reviewed journals Further information Applications, including relevant documents and quoting the reference number , should be submitted electronically in PDF format (preferably as a single document) via email to Prof. Dr. Ursula Koch: ursula.koch@fu-berlin.de or by post to: Freie Universität Berlin,Department of Biology, Chemistry, Pharmacy,Institute of Biology,Neurophysiology,Prof. Dr. Ursula Koch,Takustr. 6,14195 Berlin (Dahlem). By submitting an online application, you, as the applicant, consent to your data being processed and stored electronically.Please note that Freie Universität Berlin cannot guarantee the security of personal data transmitted electronically if your application is sent without encryption.

We are seeking a highly motivated PhD candidate for the interdisciplinary research project MitoCARB at the interface of ecological physiology, biochemistry, and molecular biology. The project focuses on the role of reactive carbonyl species (RCS), particularly methylglyoxal (MG), in the metabolic regulation and stress responses of marine bivalves. This PhD project offers the opportunity to work on an innovative and highly relevant topic in evolutionary and comparative physiology as well as global change biology. Using the model organisms Mytilus edulis and Crassostrea gigas, the project aims to understand how RCS contribute to the exceptional metabolic flexibility and stress tolerance of these species. A particular focus is placed on the effects of temperature and hypoxia on aerobic and anaerobic metabolism, as well as on the dual role of RCS as both damaging by-products and signaling molecules in stress adaptation. THESE ARE YOUR TASKS: research leading to a doctoral degree (Ph.D.) work in a cutting-edge research field on the role of reactive carbonyl species in cellular stress responses investigate of mechanisms of adaptation to climate-related stressors integrate approaches at various organizational levels (from molecules to the whole organism) collect mussels and oysters from intertidal and subtidal habitats and rearing them under controlled aquarium conditions apply biochemical, physiological, molecular biological, and multi-omics methods (metabolomics, proteomics) perform mitochondrial and metabolomic analyses to identify adaptive mechanisms analyze complex datasets using modern statistical and bioinformatics methods present results at international conferences and publishing in peer-reviewed journals collaborate within an interdisciplinary research team co-supervise and mentor students in close collaboration with Prof. Inna Sokolova THIS MAKES YOU A GOOD FIT: completed university degree (state exam, diploma, master’s degree or comparable degree) in biology, biochemistry, marine biology, or a closely related field with preferably good results well-founded knowledge in at least one of the following areas: physiology, biochemistry, or molecular biology; knowledge of marine biology or ecological physiology is an advantage demonstrable practical experience in experimental work, ideally in physiological, biochemical, or molecular biology laboratories experience with at least one of the following approaches is desirable: metabolic analyses, mitochondrial function, proteomics/metabolomics, or related methods solid skills in data analysis and statistics, with an interest in bioinformatics approaches willingness to work with marine organisms under experimental conditions (including fieldwork and aquarium maintenance) minimum physical aptitude for fieldwork in coastal and intertidal zones, including working on wet and slippery surfaces, in changing weather conditions, and carrying equipment in the field excellent written and spoken English willingness to work seriously and with commitment on a project of one’s own scientific qualification high level of self-motivation, a structured and independent work style, and strong teamwork skills WE AS AN EMPLOYER: Equal opportunities are important to us. We welcome applications from suitable severely disabled people or people from traditionally underrepresented groups. We aim to increase the proportion of women in research and teaching and therefore encourage suitably qualified women to apply. We welcome applications from people of other nationalities or with a migration background. WE OFFER YOU: 30 days annual leave Health management & university sports Further training opportunities (IT, languages, professional development) Career advice for young scientists Annual special payment/company pension plan Flexible working hours Family office Welcome Center Mensa – Employee Tariff Bicycle Leasing Opportunity for Promotion FURTHER INFORMATION: We will determine the experience level individually, taking into account your previous professional experience. The temporal limitation of the employment relationship is based on § 2 (1) Wissenschaftszeitvertragsgesetz. We look forward to receiving your application (motivation letter including research interests, CV, academic transcripts and relevant certificates, and contact details of two referees) compiled into a single PDF file by 01.06.2026 at the latest. We can only consider applications received via our homepage. Please send us your documents via the ‘Online application’ button at the end of a job offer. Unfortunately, we cannot accept e-mail applications. Incomplete application documents may not be considered in the further course of the selection process. Unfortunately, we can not cover application and travel costs. Become part of the team The Marine Biology group at the University of Rostock is an international and interdisciplinary team studying the adaptation and biodiversity of marine benthic organisms. Our research integrates ecological, physiological, and molecular approaches to understand how marine invertebrates respond to multiple environmental stressors. We offer a collaborative and supportive working environment, excellent laboratory and field facilities, and strong national and international collaborations—providing an inspiring setting for early-career researchers. Application Form