myScience

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    "title": "Postdoctorat en finance quantitative à l'EPFL",
    "description": "Offre d'emploi : Postdoctorat en finance quantitative à l'EPFL -- myScience, Lausanne.\n\nLe occasion de postdoctorant en finance quantitative à l'EPFL est une belle opportunité.\nTâches\n•\nCollaborer sur des projets de recherche en finance quantitative.\n•\nAnalyser et publier les résultats de recrute obtenus.\n•\nParticiper à la supervision des étudiants de master et doctorat.\nCompétences\n•\nDoctorat en machine learning ou finance requis, profil exceptionnel.\n•\nCompétences en apprentissage automatique appliqué à la finance.\n•\nCapacité à travailler dans un environnement international stimulant.\nPostdoctorat en finance quantitative à l'EPFL\nÉcole polytechnique fédérale de Lausanne, EPFL\nLieu de travail\nLausanne\n-\nRégion du lac Léman\n-\nSuisse\nCatégorie\nPédagogie\n|\nGestion de la est a la recherche de\nOffre d'job\nChercheur senior / Postdoctorant\nPublié\n11 mai 2026\nEPFL, l’École polytechnique fédérale de Lausanne, est l’un des campus universitaires les plus dynamiques d’Europe et figure dans le top 20 mondial de nombreux classements académiques. L’EPFL compte plus de 6’500 membres du personnel qui assurent les trois missions principales de l’École : l’éducation, la recherche et l’innovation. Le campus de l’EPFL offre un cadre de metier exceptionnel au cœur d’une communauté de plus de 18’500 personnes, dont près de 14’000 étudiant·e·s et 4’000 chercheur·euse·s issu·e·s de plus de 120 nationalités différentes.\nPrincipales tâches et responsabilités\n•\nTravailler et collaborer sur des projets de est a la recherche de. Le(s) sujet(s) précis de recherche seront discutés avec le candidat retenu en fonction de son parcours, de son expertise et de ses affinités.\n•\nAnalyse et publication des résultats\n•\nConstruire un réseau solide dans le domaine de la recherche\n•\nParticiper à l’enseignement, ainsi qu’à la supervision des doctorants et des étudiants de master\nProfil\n•\nLa Chaire Swissquote en finance quantitative à l’EPFL recherche des postdoctorants pour renforcer notre recherche en finance quantitative avec un focus sur l’apprentissage automatique appliqué\n•\nLes candidats retenus auront un doctorat et un profil de recherche exceptionnel en apprentissage automatique moderne et ses applications à la finance ou domaines connexes\n•\nIls seront attendus pour contribuer activement à la cherche et à la diffusion de notre groupe, ainsi qu’à l’enseignement dans le programme de master en ingénierie financière\n•\nLe contrat est d’une durée initiale d’un an, renouvelable jusqu’à trois ans\nNous offrons\n•\nUn environnement de travail stimulant et international\n•\nUn salaire compétitif et d’excellentes conditions de travail - plus d’informations sont disponibles sur notre site web (\nhttps://www.epfl.ch/­campus/services/­human-resources/en/­basic-starting-salary-­of-doctoral-­assistants-­and-postdocs/\n'))\n•\nOpportunité de mener des recherches de pointe dans l’une des institutions scientifiques les plus dynamiques d’Europe\n•\nOpportunité d’interagir avec des experts de renommée internationale, ainsi qu’avec une équipe solide de chercheurs postdoctoraux et de doctorants\nInformations\nLes candidats doivent envoyer :\n•\nUn CV (incluant les noms et adresses de deux référents).\n•\nUne copie de leurs relevés de notes officiels.\n•\nUne déclaration de est a la recherche de.\nL’examen des candidatures commence immédiatement et se poursuit jusqu’à ce que le offre d'emploi soit pourvu. Les candidats présélectionnés pourront être invités à un entretien.\nTous les dossiers doivent être envoyés par courriel en pièces jointes au format PDF à sophie.cadenakauz@\nepfl.ch\nen incluant une brève lettre de motivation dans le corps principal du courriel et en indiquant en objet : Candidature pour un postdoctorat en finance quantitative.\nLes candidats doivent demander à leurs deux référents d’envoyer leurs lettres directement à la même adresse e-mail.\nDate de début du contrat :\nTaux d’activité : 100,00\nType de contrat : CDD\nDurée : 1 an renouvelable\nRéférence : 2226\nSeul·es les candidat·e·s ayant postulé via le site internet de l’EPFL ou celui de notre partenaire Jobup seront pris en compte. Les dossiers transmis par les agences non mandatées ne seront pas pris en compte.\nRechercher des offres d’emploi similaires :\nPersonnel Scientifique (FR), Personnel Scientifique\nPlus d’informations\nDans votre candidature, veuillez mentionner\nmyScience.ch\net la référence\nJobID69801\n.\n\nVotre prochaine etape professionnelle commence ici.",
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    "title": "Postdoc in Neural Decoding and Closed-Loop neuromodulation for Neurodegenerative Disorders",
    "description": "myScience est a la recherche d'un(e) Postdoc in Neural Decoding and Closed-Loop neuromodulation for Neurodegenerative Disorders pour son site de Lausanne.\n\nPostdoc en décodage neural à l'EPFL, Lausanne. Opportunité de recherche innovante et stimulante.\nTâches\n•\nDévelopper des cadres de décodage neural avancés pour les données multimodales.\n•\nValider des biomarqueurs neuronaux cliniquement pertinents.\n•\nContribuer à des stratégies de neuromodulation adaptatives.\nCompétences\n•\nPhD en neurotechnologie ou domaine connexe requis.\n•\nExpertise en apprentissage automatique pour les données neuronales.\n•\nCompétences en Python et MATLAB nécessaires.\nPostdoc in Neural Decoding and Closed-Loop neuromodulation for Neurodegenerative Disorders\nSwiss Federal Institute of Technology Lausanne, EPFL\nWorkplace\nLausanne\n- Lake Geneva region - Switzerland\nCategory\nLife Sciences | Health\nPosition\nSenior Scientist / Postdoc\nPublished\n31 March 2026\nEPFL, the Swiss Federal Institute of Technology in Lausanne, is one of the most dynamic university campuses in Europe and ranks among the top 20 universities worldwide. The EPFL employs more than 6,500 people supporting the three main missions of the institutions: education, research and innovation. The EPFL campus offers an exceptional working environment at the heart of a community of more than 18,500 people, including over 14,000 students and 4,000 researchers from more than 120 different countries.\nPostdoc in Neural Decoding and Closed-Loop neuromodulation for Neurodegenerative Disorders\nPerimetre\nWe are seeking a highly motivated postdoctoral researcher to develop next-generation neural decoding frameworks for multimodal motor and neural data in patients with movement disorders. The project focuses on leveraging state-of-the-art machine learning approaches to predict and quantify changes in motor and cognitive function, while integrating electrophysiology (e.g., LFP, EEG) with wearable sensing for real-world, unconstrained monitoring. The successful candidate will contribute to both methodological innovation and clinical translation, working closely with patients, clinicians, and a multidisciplinary research team.\nWho we are\nThe SPARK laboratory for Adaptive Neuromodulation at École Polytechnique Fédérale de Lausanne (EPFL) and at the University Hospital Lausanne (CHUV) is developing next-generation closed loop neuromodulation therapies to restore mobility in patients with Parkinson’s disease and related disorders.\nOur research combines engineering, neuroscience, and clinical translation to address three core objectives: (i) to comprehensively characterize mobility deficits across time, disease stages, and patient phenotypes; (ii) to uncover the neural mechanisms underlying gait and balance impairments; and (iii) to design predictive algorithms that adaptively trigger and regulate stimulation in real time.\nEmbedded within the Neuro-X Institute at EPFL and the NeuroRestore Center at CHUV-UNIL-EPFL, the lab benefits from a uniquely translational ecosystem spanning neurosurgery (Prof. J. Bloch, Prof. J. Squair), neurology (Dr. J. Bally), neuroscience (Prof. G. Courtine, Prof. M. Anderson), and neuroengineering (Prof. H. Lorach). This environment fosters close partnerships with MedTech companies such as Medtronic and ONWARD Medical to accelerate clinical translation.\nOver the past decade, our team has established a unique experimental platform combining high-resolution whole-body kinematics, muscle activity recordings, and large-scale neural signals (subcortical and cortical recordings). This integrated approach enables the development of personalized, activity-dependent therapies across neurological conditions, including Parkinson’s disease, spinal cord injury, and stroke.\nEPFL provides a world-class environment in engineering, computation and neuroscience, enabling the develop-ment of advanced algorithms and real-time systems for real-world deployment. These capabilities are tightly integrated with CHUV’s clinical infrastructure, one of Switzerland’s five university hospitals and the only center in the French-speaking region performing deep brain stimulation for movement disorders. The position will be based at Campus Biotech in Geneva and will involve regular interactions with EPFL and CHUV teams in Lausanne.\nMain duties and responsibilities\n•\nDevelop and implement state-of-the-art neural decoding frameworks for multimodal motor and neural datasets\n•\nIdentify and validate clinically relevant neural biomarkers across therapeutic conditions.\n•\nContribute to the development of closed-loop and adaptive neuromodulation strategies, and to the deployment of next-generation neuromonitoring platforms integrating high-resolution kinematics, neurobiomechanical modeling, and neural decoding for closed-loop therapy delivery.\n•\nIntegrate neural decoding with wearable sensing systems for real-world, unconstrained monitoring\n•\nDesign and conduct experim",
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    "title": "Postdoctoral Researcher in Human Stress, Motivation and Translational Biomarkers",
    "description": "Vous cherchez un emploi de Postdoctoral Researcher in Human Stress, Motivation and Translational Biomarkers a Lausanne ? myScience recrute.\n\nPoste de chercheur postdoctoral à l'EPFL, axé sur le stress humain.\nTâches\n•\nCoordonner le recrutement et le testing des participants dans une étude.\n•\nDévelopper des tâches comportementales en réalité virtuelle pour la motivation.\n•\nAnalyser les relations entre stress, réponses physiologiques et motivation.\nCompétences\n•\nDoctorat en neurosciences, psychologie ou domaine connexe exigé.\n•\nCompétences en cherche expérimentale et en collecte de données.\n•\nExcellente maîtrise de l'anglais et du français souhaitée.\nPostdoctoral Researcher in Human Stress, Motivation and Translational Biomarkers\nSwiss Federal Institute of Technology Lausanne, EPFL\nWorkplace\nLausanne\n- Lake Geneva region - Switzerland\nCategory\nHealth | Life Sciences\nPosition\nSenior Scientist / Postdoc\nPublished\n7 May 2026\nEPFL, the Swiss Federal Institute of Technology in Lausanne, is one of the most dynamic university campuses in Europe and ranks among the top 20 universities worldwide. The EPFL employs more than 6,500 people supporting the three main missions of the institutions: education, research and innovation. The EPFL campus offers an exceptional working environment at the heart of a community of more than 18,500 people, including over 14,000 students and 4,000 researchers from more than 120 different countries.\nPostdoctoral Researcher in Human Stress, Motivation and Translational Biomarkers\nMission\nSwiss National Science Foundation (SNSF)-funded project on human motivation, stress physiology, immersive behavioral testing, and biological phenotyping.\nThe Laboratory of Behavioral Genetics at EPFL, led by Prof. Carmen Sandi, is seeking an outstanding postdoctoral researcher with a strong technical and quantitative profile to join a SNSF-funded project investigating human motivation and stress responsiveness.\nThe project will develop and validate individually calibrated behavioral tasks in immersive virtual reality (VR) to quantify effort-based motivation, vigor, persistence, and goal-directed versus habitual control. It will then test how acute stress alters these processes, combining behavioral performance, physiological monitoring, movement-based phenotyping, and advanced statistical and computational analyses.\nThis position is part of a broader two-position recruitment linked to the same SNSF-funded project. The present call is for the position focused on human experimental implementation, participant recruitment, psychobiological assessment, biological sampling, and translational biomarker integration. A complementary position will focus more specifically on multimodal sensing, experimental systems, physiological and movement data, and advanced behavioral data analysis.\nThe position is funded for three years. In line with standard EPFL procedures, the contract is issued on a one-year basis and renewable annually, subject to satisfactory progress and institutional regulations.\nProject background\nUnderstanding how stress influences motivated behavior requires experimental approaches that combine rigorous behavioral testing with careful assessment of individual differences and biological stress responses. In this project, participants will complete immersive behavioral tasks designed to measure how they choose, initiate action, sustain effort, adapt to changing contingencies, and respond to acute stress.\nThe study will combine a standardized acute stress manipulation and behavioral assessments in VR, physiological monitoring, and biological sampling. In addition to endocrine measures, we are eventually interested -in the second part of the project implementation- in integrating broader hormonal, metabolic, inflammatory, and mitochondrial-\nrelated biomarkers to better characterize individual biological profiles linked to stress responsiveness and motivated behavior.\nA central aim is to develop and validate novel motivational tasks for VR and to understand how anxiety-related traits, stress physiology, and biological response profiles shape motivated behavior. The successful candidate will play a key role in ensuring that the human experimental pipeline is scientifically rigorous, ethically sound, well organized, and suitable for future translational applications.\nMain responsibilities\nThe postdoctoral researcher will lead the human experimental and translational phenotyping arm of the project. Responsibilities will include:\n•\nCoordinating participant recruitment, screening, scheduling, consent, testing, and retention.\n•\nImplementing the human experimental protocol with high fidelity, including acute stress and neutral control sessions, VR-based behavioral tasks, questionnaires, physiological recordings, and biological sampling.\n•\nDeveloping and maintaining standard operating procedures for participant flow, stress testing, biological sample collection, sample processin",
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    "title": "Postdoctorat en ’Gen AI’",
    "description": "Rejoignez myScience en tant que Postdoctorat en ’Gen AI’ a Lausanne.\n\nLe laboratoire VITA de l'EPFL recrute un postdoc en IA générative. Ce rôle offre une chance de travailler dans un environnement dynamique.\nTâches\n•\nDévelopper des méthodes de génération vidéo en temps réel.\n•\nCollaborer avec des chercheurs sur des projets innovants.\n•\nAnalyser de grandes quantités de données pour améliorer les résultats.\nCompétences\n•\nDoctorat en vision par ordinateur et expérience en IA générative.\n•\nCompétences en apprentissage profond et vision par ordinateur.\n•\nCapacité à travailler en équipe et bonnes compétences interpersonnelles.\nPostdoctorat en ’Gen AI’\nÉcole polytechnique fédérale de Lausanne, EPFL\nLieu de activite\nLausanne\n-\nRégion du lac Léman\n-\nSuisse\nCatégorie\nPédagogie\nPoste\nChercheur senior / Postdoctorant\nPublié\n28 avril 2026\nL’EPFL, l’École polytechnique fédérale de Lausanne, est l’un des campus universitaires les plus dynamiques d’Europe et figure parmi les 20 meilleures universités mondiales. L’EPFL emploie plus de 6 500 personnes soutenant les trois missions principales de l’institution : l’éducation, la recherche et l’innovation. Le campus de l’EPFL offre un environnement de travail exceptionnel au cœur d’une communauté de plus de 18 500 personnes, comprenant plus de 14 000 étudiants et 4 000 chercheurs issus de plus de 120 pays différents.\nLe Laboratoire d’Intelligence Visuelle pour le Transport (VITA) est a la recherche de un chercheur postdoctoral dans le domaine de l’IA générative.\nLes intérêts de est a la recherche de de VITA se situent à l’intersection de la vision par ordinateur, de l’apprentissage automatique (apprentissage profond) et de l’interaction homme-robot pour redéfinir la manière dont les machines interprètent les actions humaines, anticipent les intentions et interagissent de manière fluide avec les personnes dans divers contextes.\nLe candidat retenu développera de nouvelles méthodes pour la génération vidéo en temps réel, le double numérique, et des avatars humanoïdes.\nProfil\n•\nDoctorat en vision par ordinateur\n•\nFormation en informatique\n•\nExpérience de cherche en IA générative, apprentissage profond\n•\nSolides compétences en calcul et en analyse, ainsi qu’une expérience dans la gestion de grands ensembles de données\n•\nIndépendant, créatif et orienté solutions\n•\nBonnes compétences interpersonnelles, esprit d’équipe\n•\nBonne maîtrise de l’anglais (écrit et parlé)\nNous offrons\n•\nUn groupe de cherche dynamique et interdisciplinaire\n•\nUn environnement de travail stimulant et international\n•\nRemuneration compétitif et excellentes conditions de travail - plus d’informations sont disponibles sur notre site web (\nwww.epfl.ch/campus/services/­human-resources/en/bas.&h\n') p o i n t;.\n•\nPossibilité de mener des recherches de pointe dans l’une des institutions scientifiques les plus dynamiques d’Europe\n•\nOpportunité d’interagir avec des experts de renommée internationale et avec une équipe solide de chercheurs postdoctoraux et de doctorants\nInformations\nSeules les candidatures soumises via la plateforme en ligne seront prises en compte. Vous êtes invité à fournir :\n•\nUne lettre de motivation succincte (pdf, jusqu’à 2 pages)\nEt dans un seul PDF :\n•\nUn CV avec liste de publications\n•\nUne déclaration de recherche (pdf, jusqu’à 3 pages)\n•\nLes coordonnées de 3 référents.\nPour toute information complémentaire, veuillez contacter : Prof. Alexandre Alahi (alexandre.alahi@\nepfl.ch)\nDate de début du contrat : Dès que possible\nTaux d’activité min : 100%\nTaux d’activité max : 100%\nType de contrat : Contrat à durée déterminée\nDurée : 24 mois\nPlus d’informations\nDans votre candidature, veuillez mentionner\nmyScience.ch\net référencer\nJobID69734\n.\n\nRejoignez myScience et donnez un nouvel elan a votre carriere.",
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    "title": "Post-Doctoral Research in Comparative Fungal Genomics and Transposon Diversity",
    "description": "Poste a pourvoir : Post-Doctoral Research in Comparative Fungal Genomics and Transposon Diversity -- Zurich -- myScience.\n\nETH Zurich recrute un post-doctorant en génomique fongique. Rejoignez une équipe dynamique et innovante!\nTâches\n•\nAnalyser la diversité des transposons chez les champignons pathogènes.\n•\nSuperviser des étudiants en recherche et participer à des séminaires.\n•\nDévelopper des pipelines bioinformatiques pour l'analyse des données génomiques.\nCompétences\n•\nDoctorat en génomique comparative ou biologie des transposons requis.\n•\nCompétences en bioinformatique et gestion de grandes bases de données.\n•\nExcellentes capacités de communication et de collaboration.\nPost-Doctoral Research in Comparative Fungal Genomics and Transposon Diversity\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nLife Sciences | Health\nPosition\nSenior Scientist / Postdoc\nPublished\n12 March 2026\nPost-Doctoral Research in Comparative Fungal Genomics and Transposon Diversity\n100%, Zurich, fixed-term\nThe newly established Plant Disease Dynamics group at the ETH Zurich is looking to recruit a fungal genome biologist interested in the ways in which transposons shape the structure and function of plant pathogen genomes. We are looking for someone with prior background in either fungal or transposon comparative genomics, who can explore the diversity and evolution of Starship transposons and the genes and transposons they carry within plant infecting fungal species.\nThis position forms one pillar of a three-pillared research project, where you will be partnered with other experts in biochemistry and cell biology. The goal is to build a collaborative interdisciplinary team that uses population genomics to support the development an implementation of working experimental transposon models in the lab.\nProject background\nHorizontal gene transfer (HGT) enables the spread of pathogenicity genes between microbes and can therefore drive the emergence of novel diseases\n.\nIn pathogenic fungi, an emerging global threat to both humans and our crops, the mechanisms that facilitate HGT remain unknown. Recent work has uncovered a novel group of giant transposons called Starships, which have moved virulence, metal tolerance and other fitness associated genes horizontally between fungal species. This post-doctoral positions is focused on the plant pathogenic fungi,\nBipolaris sorokiniana, Parastagonospora nodorum\nand\nPyrenophora tritici-repentis\nthat all carry the fungal virulence gene\nToxA\n, which is nested inside a smaller passenger transposon called ToxTA. This transposon has been captured independently by two different Starship transposons, Sanctuary and Horizon with evidence of other captures in other fungal species. We seek to understand the evolutionary history and horizontal transfer of the ToxTA transposon in natural populations of all fungal species in which it is found. This includes over 300 publicly accessible genomes as well as several dozen long-read assemblies from the lab’s internal collection. This position aims to synthesise all available information from these natural fungal isolates to build hypotheses for which genetic features are essential for horizontal transfer.\nJob description\n•\nGenerate new long-read Nanopore assemblies from the labs long-term culture collection\n•\nAssemble, annotate and quality assess all existing 30+ long-read genome assemblies\n•\nMine availalbe public genomes for TEs of interest\n•\nEstablish reproducible Snakemake/Nextflow pipelines to support the labs long-term research interests\n•\nProactively manage the labs genomic data resources\n•\nSupervise and mentor PhD and Masters students in comparative fungal genomics\n•\nAssist in the delivery of lectures or seminars for the Plant Disease Dynamics group\n•\nWrite and publish peer-reviewed manuscripts\n•\nApply for funding to develop research independence\nThe initial contract duration is two years, with the possibility of extension.\nProfile\n•\nA PhD in comparative genomics or transposon biology, preferably of fungal species or other Eukaryotes\n•\nEvidence of research excellence through peer-reviewed publications\n•\nEvidence of comittment to reproducibity in bioinformatics through the use of Code Repositories\n•\nEvidence of ability and parcours professionnel in handling large DNA datasets\n•\nA strong desire to contribute to teaching of both Undergraduate and Masters Research Students\n•\nA desire to establish an independent research area with support/mentorship from Prof. McDonald\nWorkplace\nWe offer\n•\nA dynamic and exciting research environment in a newly established ETH group\n•\nAccess to state-of-the-art central facilites at the ETH Zurich\n•\nCore budgetary support for consumables and IT infastructure\n•\nIntegration into the wider plant pathology research network spanning Prof. McDonald’s career accross four continents (USA, Switzerland, Australia, U",
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    "title": "Postdoc position in Phenotyping of Crop Mixtures (PhenoMix project)",
    "description": "myScience est a la recherche d'un(e) Postdoc position in Phenotyping of Crop Mixtures (PhenoMix project) pour son site de Zurich.\n\nPosition de postdoctorat à l'ETH Zurich dans le projet PhenoMix.\nTâches\n•\nCoordonner des expériences de terrain et la collecte de données.\n•\nContribuer à l'amélioration des flux de activite de phénotypage.\n•\nDévelopper un robot de phénotypage pour des données optimales.\nCompétences\n•\nDoctorat en sciences agricoles et plusieurs années d'expérience.\n•\nCompétences solides en statistiques et programmation (R, Python).\n•\nExcellentes compétences en communication, idéalement en allemand.\nPostdoc position in Phenotyping of Crop Mixtures (PhenoMix project)\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nAgronomy & Food Science | Environment\nPosition\nSenior Scientist / Postdoc\nPublished\n14 April 2026\nPostdoc position in Phenotyping of Crop Mixtures (PhenoMix project)\n100%, Zurich, fixed-term\nThis postdoctoral position is part of the project ’ PhenoMix: Multidimensional field phenotyping of crop mixtures ’, supported by the Swiss National Science Foundation. This position is hosted by the Crop Science group ; a vibrant and interdisciplinary working group in the Institute of Agricultural Sciences at the Department of Environmental Systems Science at ETH Zurich. Our group’s phenotyping research focuses on the development of methods and models to determine traits of relevance for crop breeding and variety testing.\nProject background\nPhenoMix is a joint project of four research groups at ETH Zurich, the Swiss Data Science Center and Agroscope. The overall objective of PhenoMix is to test the hypothesis that current high throughput field phenotyping (HTFP) technology in combination with plant physiological assessments and data science can provide a breakthrough to determine genotypes that can be successfully combined in agroecologically beneficial legume-cereal mixtures. Different varieties of pea and lentil as well as wheat, oats and barley will be grown under our field phenotyping platform FIP , on a neighbouring experimental field and on farmer’s fields. PhenoMix Work Packages address phenotyping, plant ecophysiology, data science, and agro-economic assessments with four doctoral students, two postdocs and several technicians assigned to those work packages. The postdoc for Phenotyping of Crop Mixtures will coordinate several overarching activities in the PhenoMix project and will contribute to collecting HTFP data, improving phenotyping workflows and developing a field robot for lean phenotyping.\nJob description\nThis postdoctoral position will form an important cornerstone in the mosaic of the entire project with specific tasks depending on skills, interests and alignment with at least one other postdoctoral position on data science and a doctoral student on Crop Phenotyping within the Crop Science group, for which recruiting is also going on currently.\nOverall tasks of this project include:\n•\nCo-design and coordinate field experiments and workplan for HTFP data collection\n•\nContribute to field work and to the collection of HTFP data from various phenotyping devices such as the FIP (multi-view RGB imaging), drones, handheld and manual devices\n•\nContribute to the design and/or establishment of a phenotyping robot that can acquire data from RGB cameras and potentially other sensors\n•\nGenerate modelling approaches to predict optimal cereal-legume combinations\n•\nSupervise and mentor students from BSc to PhD-level\n•\nAssist in the delivery of lectures or seminars for the Crop Science group\n•\nPublish results in peer-reviewed journals; present at national and international conferences\n•\nContribute to international research networks and apply for funding\n•\nThe initial contract duration is two years with the possibility of extension to the full lifetime of this four-year-project, based on satisfactory performance\n•\nSalary and social benefits are provided according to ETH Zurich rules\nProfile\n•\nA PhD in agricultural sciences or a related field\n•\nSeveral years of research experience in field crop phenotyping\n•\nGood statistical and programming skills (e.g. in R or Python)\n•\nEvidence of research excellence through peer-reviewed publications\n•\nA strong desire for teaching, mentoring, teamwork and team coordination\n•\nDriver’s license\n•\nGood oral communication skills in German are highly beneficial\nWorkplace\nWe offer\n•\nYour job with impact: Become part of ETH Zurich, which not only supports your professional development, but also actively contributes to positive change in society\n•\nYou can expect numerous benefits , such as public transport season tickets and car sharing, a wide range of sports offered by the ASVZ , childcare and attractive pension benefits\nWorking, teaching and research at ETH Zurich\nWe value diversity and sustainability\nIn line with our values , ETH Zurich",
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    "title": "Post-doctoral position in the professorship of history and philosophy of mathematical sciences",
    "description": "myScience ouvre un poste de Post-doctoral position in the professorship of history and philosophy of mathematical sciences a Zurich.\n\nETH Zurich recherche un post-doctorant en histoire et philosophie des sciences mathématiques. Rejoignez une équipe implique dédiée à l'étude des cultures mathématiques.\nTâches\n•\nMener des recherches indépendantes sur les mathématiques et leur impact.\n•\nParticiper aux activités académiques et sociales du département.\n•\nEnseigner un cours par semestre dans les programmes MAGPW ou SiP.\nCompétences\n•\nDoctorat requis dans un domaine lié au projet de est a la recherche de.\n•\nCapacité à développer des projets de recherche de manière autonome.\n•\nOuverture aux sujets non traditionnels et échanges interculturels.\nPost-doctoral position in the professorship of history and philosophy of mathematical sciences\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nEnvironment | Social Sciences\nPosition\nSenior Scientist / Postdoc\nPublished\n17 March 2026\nPost-doctoral position in the professorship of history and philosophy of mathematical sciences\n100%, Zurich, fixed-term\nThe professorship for history and philosophy of mathematical sciences , led by Prof. Roy Wagner, is a place for reflecting on all aspects of mathematical knowledge from the point of view of the humanities. Our team studies various historical and contemporary mathematical cultures from a multitude of methodological approaches.\nProject background\nWe are looking for a postdoctoral researcher to conduct independent research on the development, practice, or social and cultural roles of mathematics (including mathematical aspects of other sciences) from the points of view of history, philosophy or neighbouring humanities disciplines (such as STS, cultural studies, social anthropology). The starting date is around September 2026. The position is for two years with the possibility of extension.\nJob description\n•\nYou will be in charge of your own research\n•\nYou will take part in the professorship’s academic and social activities\n•\nYou will teach one course of your choice per semester (2 weekly hours) in the MAGPW or SiP programs\n•\nYou will have access to teaching assistants, research and travel funding, an international network of collaborators, and the wide variety of ETH career development resources\n•\nThe working language is English\nProfile\n•\nYou are required to have a doctoral degree in a field related to your research project before the beginning of your employment\n•\nYou must be able to initiate your research project and develop it independently\n•\nYou must be willing to exchange with your fellow team members, support them, and learn from them\n•\nNon-traditional research topics, questions and methods are encouraged\n•\nWe also encourage projects on non-European mathematics, commercial or practical mathematics, cross-cultural mathematical exchange, and philosophical projects that consider mathematics as a practice, rather than as an abstract ideal\n•\nThe chair is not a good environment for strict analytic philosophy projects, but is open to projects that integrate analytic philosophy methodologies\nWorkplace\nWe offer\n•\nThe position is full time (41 hours per week) by default, but can be reduced for care-work, health, or wellbeing\n•\nFlexible working conditions (flexible working hours, possibility for part-time work, home office)\n•\nThe pay-scale is available here\n•\nTraining opportunities and perspectives for career development\n•\nSupport programmes (e.g. mentoring) and networks\n•\nCommitment to diversity\nWorking, teaching and research at ETH Zurich\nWe value diversity and sustainability\nIn line with our values , ETH Zurich encourages an inclusive culture. We promote equality of opportunity, value diversity and nurture a working and learning environment in which the rights and dignity of all our staff and students are respected. Visit our Equal Opportunities and Diversity website to find out how we ensure a fair and open environment that allows everyone to grow and flourish. Sustainability is a core value for us - we are consistently working towards a climate-neutral future .\nCurious? So are we.\nWe look forward to receiving your online application\nby May 31\n, with the following documents:\n•\nCV with list of publications\n•\nA one page summary of your PhD (up to 3,500 characters)\n•\nA two page presentation of your research plans during your time in the professorship (up to 7,000 characters, excluding references)\n•\nA half page statement (up to 2,000 characters) explaining how you can contribute to improving wellbeing, diversity, inclusion and/or equity in the research group, department, university, or discipline. This may include relevant background, training, activities, etc.\n•\nThe names and contact details of 2 references (no reference letters are required at this stage)\nThe applications will be evaluated on a rolling",
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    "title": "PhD Position: Optimization of shut-in strategies to reduce induced seismicity",
    "description": "Rejoignez myScience en tant que PhD Position: Optimization of shut-in strategies to reduce induced seismicity a Zurich.\n\nOffre d'emploi de doctorat à l'ETH Zurich sur la sismicité induite. Opportunité de recherche unique dans un environnement collaboratif.\nTâches\n•\nÉtudier les données de sismicité et de pression des expériences hydrauliques.\n•\nDévelopper des modèles hydromécaniques pour comprendre les comportements post-arrêt.\n•\nÉlaborer des recommandations pour des procédures d'arrêt optimisées.\nCompétences\n•\nDiplôme de MSc en géologie, géophysique ou domaines connexes requis.\n•\nCompétences analytiques et quantitatives solides nécessaires.\n•\nMaîtrise de la programmation en Python et/ou Matlab exigée.\nPhD Position: Optimization of shut-in strategies to reduce induced seismicity\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nEarth Sciences | Environment\nPosition\nJunior Researcher / PhD Position\nPublished\n13 April 2026\nPhD Position: Optimization of shut-in strategies to reduce induced seismicity\n100%, Zurich, fixed-term\nThe Chair of Engineering Geology and the BedrettoLab at ETH Zurich invite applications for a PhD position within a research project on poroelastic effects and induced seismicity in geothermal systems. The position focuses on post-shut-in seismicity and the design of safer operational protocols. Induced seismicity in geothermal systems often continues after injection or production is stopped, a phenomenon known as post-shut-in or trailing seismicity. In many cases, the largest seismic events occur after shut-in, posing challenges for hazard mitigation and operational safety. Despite extensive modelling efforts, the governing mechanisms are still not fully understood, and field observations of pressure and deformation during shut-in, that may improve our process understanding, are rare. This project exploits the unique monitoring capabilities of the Bedretto Underground Laboratory to investigate these processes and to develop experimentally validated guidelines for safer shut-in strategies.\nJob description\n•\nInvestigate pressure, deformation, and seismicity data from hydraulic stimulation experiments to derive conceptual models of post-shut-in processes\n•\nDevelop hydromechanical models to reproduce observed shut-in behaviour and test competing hypotheses (e.g., pressure diffusion vs. poroelastic effects)\n•\nDevelop/apply earthquake source physics models to understand induced seismicity processe\n•\nDesign and execute controlled hydraulic stimulation and production experiments with different shut-in protocols\n•\nQuantify how different shut-in strategies influence seismicity rates and magnitudes\n•\nDerive recommendations for optimized shut-in procedures to minimize induced seismic hazard\n•\nPublish results, present at conferences, and contribute to project reporting\nProfile\n•\nMSc degree in Engineering Geology, Geophysics, Seismology, Earth Sciences, Physics, Engineering, or a related field\n•\nInterest in induced seismicity, geomechanics, and field experiments\n•\nStrong quantitative and analytical skills\n•\nInterest in learning complex numerical modelling tools\n•\nProgramming skills (Python and/or matlab required)\n•\nWillingness to participate in underground field campaigns\n•\nAbility to work in an interdisciplinary and collaborative environment\n•\nStrong communication skills in English (German and/or French is a plus)\nWorkplace\nWe offer\n•\nA fully funded PhD position (up to 4 years)\n•\nEmployment according to ETH Zurich regulations\n•\nAccess to the Bedretto Underground Laboratory\n•\nA collaborative environment bridging research, field experiments, and real-world applications\n•\nOpportunities for publications and international conference participation\nSupervision and Environment\nThe PhD candidate will be hosted at the Chair of Engineering Geology at ETH Zurich and will closely collaborate with a multidisciplinary research teams of the Swiss Seismological Service and the BedrettoLab.\nWorking, teaching and research at ETH Zurich\nWe value diversity and sustainability\nIn line with our values , ETH Zurich encourages an inclusive culture. We promote equality of opportunity, value diversity and nurture a working and learning environment in which the rights and dignity of all our staff and students are respected. Visit our Equal Opportunities and Diversity website to find out how we ensure a fair and open environment that allows everyone to grow and flourish. Sustainability is a core value for us - we are consistently working towards a climate-neutral future .\nCurious? So are we.\nPreferred start date: August 2026\nWe look forward to receiving your online application until end of May 2026 with the following documents:\n•\nMotivation letter\n•\nCV\n•\nAcademic transcripts\n•\nContact details of 2-3 references\nFurther information about BedrettoLab can be found on our website . Questions regardi",
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    "@id": "https://ch-jobs.com/job/postdoctoral-researcher-at-construction-heritage-and-preservation-1#jobposting",
    "title": "Postdoctoral Researcher at Construction Heritage and Preservation",
    "description": "myScience recrute un(e) Postdoctoral Researcher at Construction Heritage and Preservation a Zurich.\n\nRejoignez l'ETH Zurich en tant que chercheur postdoctoral en patrimoine ! Une opportunité unique dans un environnement de recherche stimulant.\nTâches\n•\nRédiger des propositions pour des financements de recherche.\n•\nContribuer à des projets de est a la recherche de en cours et publications.\n•\nEncadrer des doctorants et soutenir l'enseignement.\nCompétences\n•\nDoctorat en architecture, génie civil ou domaines connexes requis.\n•\nExcellentes compétences en communication en allemand et anglais.\n•\nExpérience dans l'obtention de financements pour la recherche.\nPostdoctoral Researcher at Construction Heritage and Preservation\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nInnovation | Pedagogy\nPosition\nSenior Scientist / Postdoc\nPublished\n25 April 2026\nClosing Date\n1 May 2026\nPostdoctoral Researcher at Construction Heritage and Preservation\n100%, Zurich, fixed-term\nThe Professorship of Construction Heritage and Preservation is currently searching for a postdoctoral researcher to start in September 2026 or upon agreement.\nProject background\nThe Professorship of Construction Heritage and Preservation engages with theoretical and practical challenges of methodical collecting, assessing and preserving of monuments. It is affiliated with the Institute for Preservation and Construction History (IDB) as well as the Institute for Technology in Architecture (ITA) .\nKnowledge of traditional construction methods, materials, architectural design principles and building processes is essential for a professional and responsible handling of historic buildings. With regard to the future development of the building stock it seems equally important to consider younger and even current processes. New building materials, construction methods and ’trends’ are increasingly affecting architecture and an accelerated implementation of new ideas and technologies can be recognised in the building sector. Currently, there is a lack of knowledge about the aging and reparability of such new constructions and research on long-term consequences for the building stock seems inadequate.\nResearch focusses on diverse building stocks, both older and younger (as well as very young), questions of their value as monuments and challenges concerning their conservation. Within this context, the structurally outstanding engineering works in Switzerland as well as the built examples of newly developed construction processes and methods are of special interest. Teaching activities include elective courses and core seminars which allow students to study and discuss current issues in-depth. The lecture concentrates on the theoretical and practical basics of preservation. Furthermore, the professorship offers the academic continuing education programs which comprehensively and methodologically combine high academic standards with practical relevance and impart specific professional skills.\nJob description\nAs a postdoctoral researcher, your responsibilities will include:\n•\nFormulating and writing proposals for research grant applications (SNF, Innosuisse, EU Horizon, etc.)\n•\nContributing to ongoing research projects, including scientific publication efforts\n•\nCo-leading publication projects\n•\nSupporting teaching activities within the professorship, including further education programmes (MAS/CAS)\n•\nSupporting the supervision of doctoral researchers within the professorship, and\n•\nTaking on short- and medium-term projects within the framework of the Competence Center for Preservation at IDB\nProfile\n•\nYou have a Master’s degree and a PhD in architecture, civil engineering, art history or technology history, or related fields\n•\nYou have experience of applying for and successfully obtaining third-party funding for research projects\n•\nKnowledge of Swiss and international architectural heritage and building cultures is an asset\n•\nYou can demonstrate excellent written and oral communication skills in German and English\nWorkplace\nWe offer\n•\nYour job with impact: Become part of ETH Zurich, which not only supports your professional development, but also actively contributes to positive change in society\n•\nAn interdisciplinary and diverse team of researchers in the fields of architecture, preservation, art and architectural history, building research, innovative building technologies and sustainability.\n•\nYou can expect numerous benefits , such as public transport season tickets and car sharing, a wide range of sports offered by the ASVZ , childcare and attractive pension benefits\nWorking, teaching and research at ETH Zurich\nWe value diversity and sustainability\nIn line with our values , ETH Zurich encourages an inclusive culture. 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    "title": "Postdoc Position in Advanced Bioelectronic & Electrical Conversion Research",
    "description": "myScience ouvre un poste de Postdoc Position in Advanced Bioelectronic & Electrical Conversion Research a Zurich.\n\nPoste de postdoctorat en bioélectronique à l'ETH Zurich, Suisse. Une occasion unique de travailler dans un environnement de recherche de renommée mondiale.\nTâches\n•\nDévelopper des interfaces bioélectroniques et des dispositifs.\n•\nIntégrer biologie synthétique et nanotechnologie dans des projets innovants.\n•\nCollaborer avec des experts en biologie et ingénierie bioélectrique.\nCompétences\n•\nDoctorat en physique, science des matériaux ou chimie requis.\n•\nCompétences en électrochimie et simulation logicielle souhaitées.\n•\nCapacité à travailler en équipe et à innover dans un environnement dynamique.\nPostdoc Position in Advanced Bioelectronic & Electrical Conversion Research\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nLife Sciences | Health\nPosition\nSenior Scientist / Postdoc\nPublished\n27 March 2026\n100%, Basel, fixed-term\nA World-Class Research Environment at the Nexus of Biology, Engineering, and Physical Sciences\nThe Biotechnology and Bioengineering group led by Prof. Dr. Martin Fussenegger at the Department of Biosystems Science and Engineering (D-BSSE) of ETH Zurich in Basel invites exceptional candidates to apply for a Postdoc position in pioneering projects at the intersection of\nsynthetic biology, nanotechnology, and bioelectronics\n.\nThe D-BSSE is ETH Zurich’s first truly interdisciplinary research department uniting theoretical and experimental biology with advanced bioengineering and fostering close collaborations with leaders in materials science, physics, and chemistry to drive transformative advances in systems biology, biotechnology, and synthetic biology. Situated in Basel, Switzerland, at the heart of the\nBioValley\n, a tri-national region that hosts 40% of the global life sciences industry and numerous major pharmaceutical companies, the D-BSSE offers a unique environment for high-impact translational research with unparalleled access to academic and industrial expertise.\nProject background\nAdvancing the Frontiers of Bioelectronics and Synthetic Biology\nOur group integrates state-of-the-art synthetic biology with advanced nanotechnology, and electrogenetic interfaces to engineer human cells for next generation bioelectronic medicine, designing programmable cells that respond to electrical, electromagnetic, acoustic and biochemical cues to achieve wireless, real-time control of therapeutic protein expression and metabolic regulation. Leveraging innovative platforms such as\ndirect-current-actuated regulation\n,\nelectromagnetic programming of wireless expression\n, and\nclosed-loop systems\n,\nwe aim to translate these technologies into clinically relevant, minimally invasive therapies for cancer, as well as metabolic, neurodegenerative, autoimmune, and infectious diseases.\nJob description\n•\nPostdoctoral projects will combine catalyst engineering, computational simulation, bioelectrode device fabrication, and electrical engineering to develop bioelectronic interfaces enabling closed-loop programming of cellular behaviour and real-time monitoring of metabolic activity\n•\nThere will also be opportunities to design novel bioelectronic implants and develop specialized control software\nProfile\n•\nWe are seeking highly motivated applicants with a background in physics, material science, or chemistry\n•\nIdeally with expertise in bioelectronics or software simulations, or a strong willingness to acquire it, alongside solid knowledge of electrochemistry and materials chemistry\n•\nCandidates should be eager to collaborate closely with molecular biologists and bioengineers and demonstrate a strong academic record with the ambition to pursue a career in industrial R&D, or entrepreneurship\nWorkplace\nWe offer\n•\nYour job with impact: Become part of ETH Zurich, which not only supports your professional development, but also actively contributes to positive change in society\n•\nWe are actively committed to a sustainable and climate-neutral university\n•\nYou can expect numerous benefits , such as public transport season tickets and car sharing, a wide range of sports offered by the ASVZ , childcare and attractive pension benefits\nWorking, teaching and research at ETH Zurich\nWe value diversity and sustainability\nIn line with our values , ETH Zurich encourages an inclusive culture. 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