myScience

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    "title": "Postdoktorand/-in im Bereich bioökonomische Modellierung der Bodenverdichtung (100%)",
    "description": "Vous cherchez un emploi de Postdoktorand/-in im Bereich bioökonomische Modellierung der Bodenverdichtung (100%) a Zürich ? myScience recrute.\n\nAgroscope recrute un postdoctorant en bioéconomie à Zurich. Rejoignez un environnement de recherche motive et innovant.\nTâches\n•\nAnalyser les impacts économiques de la compaction des sols.\n•\nDévelopper un modèle bioéconomique pour évaluer les stratégies.\n•\nPublier les résultats dans des revues scientifiques internationales.\nCompétences\n•\nDoctorat en sciences de l'environnement ou domaine connexe requis.\n•\nCompétences en modélisation et programmation essentielles.\n•\nExcellentes capacités d'analyse et de communication exigées.\nPostdoktorand/-in im Bereich bioökonomische Modellierung der Bodenverdichtung\nAgroscope\nWorkplace\nZürich\n- Zurich region - Switzerland\nCategory\nAgronomy & Food Science | Economics\nPosition\nSenior Scientist / Postdoc\nOccupation rate\n100%\nPublished\n20 May 2026\nAgroscope\nDas macht uns aus\nGutes Essen, gesunde Umwelt\nAgroscope ist das Kompetenzzentrum des Bundes für die Forschung in der Land- und Ernährungswirtschaft. Die Forschenden üben ihre Tätigkeiten an verschiedenen Standorten in der Schweiz aus. Hauptsitz ist Bern-Liebefeld (ab 2026: Posieux FR). Angesiedelt ist Agroscope beim Eidg. Departement für Wirtschaft, Bildung und Forschung WBF.\nPostdoktorand/-in im Bereich bioökonomische Modellierung der Bodenverdichtung\n8046 Zürich | 100-100%\nAuf den Punkt gebracht\nDer/die Postdoktorand-in ist Teil eines interdisziplinären Teams in einem Kooperationsprojekt von Agroscope und Syngenta. Das Projekt soll die wissenschaftlichen Grundlagen für Kosten-Nutzen-Analysen von Massnahmen zur Vermeidung oder Behebung von Bodenverdichtung erarbeiten. Langfristiges Ziel (über das aktuelle Projekt hinaus) ist die Erarbeitung eines in der Praxis umsetzbaren Entscheidungshilfsmittels.\nDescription\n•\nAuswerten und Zusammenstellen von Daten zu den agronomischen und wirtschaftlichen Auswirkungen der Bodenverdichtung, einschliesslich Kosten und Nutzen von Präventionsmassnahmen\n•\nEntwickeln und Umsetzen eines bioökonomischen Modells, um Strategien zur Verhinderung von Bodenverdichtung zu bewerten\n•\nSimulieren der Auswirkungen von Bodenverdichtung auf das Pflanzenwachstum und wichtige Ökosystemfunktionen\n•\nAnalysieren der Auswirkungen von Bodenverdichtung - und deren Prävention - auf die Rentabilität landwirtschaftlicher Betriebe\n•\nDurchführen von Kosten-Nutzen-Analysen zu Massnahmen für die Minderung und Prävention der Bodenverdichtung\n•\nPublikation der Ergebnisse in peer-reviewten Publikationen und im Rahmen von Vorträgen an internationalen wissenschaftlichen Konferenzen\nRequirements\n•\nPhD in Bodenkunde, Agrarökonomie, Umweltwissenschaften oder einem ähnlichen Fachgebiet\n•\nErfahrung in der Anwendung prozessbasierter Modelle sowie in der Programmierung\n•\nKenntnisse in Bodenphysik, Agronomie und Agrarökonomie\n•\nInteresse an Betriebsführung und Entscheidungsprozessen in Landwirtschaftsbetrieben\n•\nAusgeprägte analytische Fähigkeiten, Fähigkeit zur Formulierung fundierter Hypothesen, sicherer Umgang mit unsicheren oder unvollständigen Daten sowie Erfahrung in interdisziplinärer Forschung und Zusammenarbeit\n•\nKenntnisse zweier Amtssprachen und des Englischen\nWe offer\nDas bieten wir\n•\nArbeiten für die Schweiz\nWir setzen uns für das Erfolgsmodell Schweiz ein und arbeiten zum Wohl der Bevölkerung.\n•\nGelebte Vielfalt\nDank Chancengleichheit entfalten wir unsere Kompetenzen und bringen unterschiedliche Perspektiven ein.\n•\nGesund am Arbeitsplatz\nWir unterstützen und beraten unsere Mitarbeitenden im Bereich der physischen und psychischen Gesundheit.\nAlle Benefits (https://www.stelle.admin.ch/stelle/de/home/bundesverwaltung/ihre-vorteile-auf-einen-blick.html'))\nContact and Address\nZusätzliche Informationen\nDie Forschungsgruppe Bodenqualität und Bodennutzung beschäftigt sich mit dem Einfluss der landwirtschaftlichen Bewirtschaftung auf die Bodenqualität. Ein wichtiger Fokus ist die Bodenstruktur und ihre Rolle für das Bodensystem und die Bodenfunktionen. Weitere Schwerpunkte sind die Entwicklung von Bodenqualitäts-\nIndikatoren und die Langzeit-Bodenbeobachtung.\nFragen zur Stelle\nThomas Keller\nLeiter Team «Bodenstrukturdynamik»\n0041 (0)58 46 87605\nOnlinebewerbung unter www.stelle.admin.ch'), Ref. Code JRQ$540-18886\nWeb\nwww.agroscope.admin.ch\nApply online\nIn your application, please refer to\nmyScience.ch\nand reference\nJobID69798\n.\n\nInteresse(e) ? Postulez directement sur notre site.",
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    "title": "PhD position on high-order harmonic generation spectroscopy in noble-gas liquids",
    "description": "myScience est a la recherche d'un(e) PhD position on high-order harmonic generation spectroscopy in noble-gas liquids pour son site de Zurich.\n\nPoste de doctorat à l'ETH Zurich axé sur la spectroscopie HHG. Une occasion unique de recherche en physique.\nTâches\n•\nConcevoir et réaliser des expériences sur la génération d'harmoniques.\n•\nDévelopper des systèmes de jet liquide cryogénique.\n•\nAnalyser les données expérimentales sur la dynamique électronique.\nCompétences\n•\nMaster en physique, chimie physique ou domaine connexe requis.\n•\nIntérêt fort pour la science laser ultrarapide et la physique des attosecondes.\n•\nCompétences expérimentales et motivation pour le metier en laboratoire.\nPhD position on high-order harmonic generation spectroscopy in noble-gas liquids\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nPhysics | Environment\nPosition\nJunior Researcher / PhD Position\nPublished\n28 April 2026\nPhD position on high-order harmonic generation spectroscopy in noble-gas liquids\n100%, Zurich, fixed-term\nWe are offering a PhD position in attosecond science and strong-field physics at the Laboratory of Physical Chemistry, ETH Zürich. The project focuses on high-order harmonic generation (HHG) in noble-gas liquids, in particular liquid helium. This research aims to explore a new regime of ultrafast electron dynamics in condensed matter and to bridge the gap between gas-phase and liquid-phase HHG. The position offers the opportunity to work at the forefront of attosecond spectroscopy using state-of-the-art ultrafast laser systems and cryogenic technology. This 4-year PhD position is funded by our SNSF grant.\nProject background\nHigh-order harmonic generation has become a cornerstone of attosecond science, enabling the observation of electron dynamics on their natural timescales. While HHG is well understood in gases and increasingly explored in solids, its extension to liquids offers intriguing opportunities to study electron scattering and delocalization properties. Noble-gas liquids, and liquid helium in particular, provide a unique platform: they combine the simplicity of atomic systems with the density of condensed matter. Their relatively long electron mean free paths offer access to a regime where strong-field physics can be studied under conditions intermediate between gases and molecular liquids. This project aims to establish HHG spectroscopy in noble liquids, investigate the role of electron scattering and coherence, and explore new phenomena such as HHG in the superfluid phase of helium.\nJob description\n•\nDesign and perform experiments on high-order harmonic generation in liquid and gas-phase targets\n•\nDevelop and operate cryogenic liquid-jet systems for noble-gas liquids\n•\nImplement advanced ultrafast laser techniques (e.g., few-cycle pulses, two-colour fields, CEP stabilization)\n•\nAnalyze experimental data to extract information on electron dynamics (cut-off scaling, phase, emission times)\n•\nContribute to the development of new experimental methods in attosecond spectroscopy\n•\nPresent results at international conferences and publish in high-impact journals\nProfile\n•\nMaster’s degree in physics, physical chemistry, or a closely related field\n•\nStrong interest in ultrafast laser science, attosecond physics, or strong-field phenomena\n•\nExperimental skills and motivation to work on complex laboratory setups\n•\nAbility to work independently and as part of a collaborative research team\n•\nGood communication skills in English (spoken and written)\nBackground in one or more of the following areas is an advantage: ultrafast optics, nonlinear optics, HHG/strong-\nfield physics, vacuum technology, spectroscopy, or scientific programming (Python, MATLAB).\nWorkplace\nWe offer\n•\nA fully funded PhD position at ETH Zürich, one of the world’s leading universities\n•\nAccess to state-of-the-art ultrafast laser systems and experimental infrastructure\n•\nA stimulating, international research environment with strong collaborations\n•\nOpportunities to attend international conferences and build a scientific network\n•\nSupervision and training in cutting-edge experimental techniques in attosecond science\n•\nAttractive working conditions and benefits according to ETH Zürich standards\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 a",
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    "title": "PhD Position: Agro-Economic Analysis of Legume-Cereal Mixtures (PhenoMix project)",
    "description": "myScience est a la recherche d'un(e) PhD Position: Agro-Economic Analysis of Legume-Cereal Mixtures (PhenoMix project) pour son site de Zurich.\n\nETH Zurich propose un offre d'emploi de doctorant en analyse agro-économique.\nTâches\n•\nConduire des expériences sur des mélanges de légumineuses et céréales.\n•\nEffectuer des analyses statistiques et présenter les résultats.\n•\nOrganiser des ateliers pour l'industrie alimentaire et les agriculteurs.\nCompétences\n•\nMaster en sciences agricoles, biologie ou écologie requis.\n•\nExpérience en recherche appliquée et en expérimentations de terrain.\n•\nCompétences en communication en anglais et en allemand appréciées.\nPhD Position: Agro-Economic Analysis of Legume-Cereal Mixtures (PhenoMix project)\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nAgronomy & Food Science | Environment\nPosition\nJunior Researcher / PhD Position\nPublished\n21 April 2026\nPhD Position: Agro-Economic Analysis of Legume-Cereal Mixtures (PhenoMix project)\n100%, Zurich, fixed-term\nThis doctoral student position is part of the project ’ PhenoMix: Multidimensional field phenotyping of crop mixtures ’, supported by the Swiss National Science Foundation. The 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. The Agroscope research group Extension Arable Crops (Competence division Plants and Plant Products) develops ecological solutions for disease, pest and weed control and evaluates crop varieties for their suitability under Swiss conditions. It takes a holistic approach to create sustainable, cost-efficient, and climate-resilient arable farming systems.Please enter text here\nProject background\nPhenoMix\nis a joint project of four research groups at ETH Zurich, the Swiss Data Science Center and Agroscope. The overall objective of\nPhenoMix\nis to test the hypothesis that current high throughput field phenotyping technology in combination with plant physiological and ecosystem service assessments can provide a breakthrough to determine genotypes that can be successfully combined in agroecologically beneficial legume-cereal mixtures. Different varieties of legumes (peas, lentils) and cereals (wheat, oats, barley) will be grown in pure stands and in mixtures on the field phenotyping platform FIP of the Crop Science group, on a neighbouring experimental field and on farmer’s fields. The\nPhenoMix\nWork Packages address phenotyping, plant ecophysiology, data science, and agronomic-economic performance with four doctoral students, two postdocs and several technicians assigned to those work packages. The Agro-Economic doctoral student will establish and monitor on-site and on-farm field experiments investigating several lentil-cereal mixtures by assessing various ecosystem services.\nJob description\nThis doctoral project will form an important cornerstone in the mosaic of the entire project with specific tasks and in alignment with the other\nPhenoMix\ndoctoral students and postdocs for which recruiting is also going on currently. Overall tasks of the project include:\n•\nPlanning, conducting and evaluating field and post-harvest laboratory experiments\n•\nPerforming statistical analyses, including AI-based approaches\n•\nPresentation of results at national and international events and publication in peer-reviewed and in practice-oriented journals\n•\nOrganisation of national workshops for growers, food industry and consumers\n•\nAssistance in plot establishment, maintenance, monitoring, and harvest across all Work Packages of\nPhenoMi\nx.\nThis full-time position is funded for four years. Salary and social benefits are provided according to ETH Zurich rules. The place of work will be at Agroscope in 8046 Zurich-Affoltern.\nProfile\n•\nA MSc degree in agricultural sciences, biology, ecology or in a related field.\n•\nStrong interest in applied interdisciplinary research and enjoyment of complex field experiments\n•\nParcours professionnel in planning laboratory and field experiments as well as in statistical analyses (e.g. R)\n•\nPerformance-\noriented, team player and open-minded personality\n•\nExcellent standard of written and spoken English\n•\nGood writing skills\n•\nDriver’s license\n•\nExperience in niche crops and good oral communication skills in German are 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 ben",
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    "title": "PhD Position: 3-D Geological Modelling of the Eastern Penninics",
    "description": "myScience recrute un(e) PhD Position: 3-D Geological Modelling of the Eastern Penninics a Zurich.\n\nPoste de doctorat à ETH Zurich sur la modélisation géologique 3D. Opportunité de recherche stimulante avec un environnement collaboratif.\nTâches\n•\nCompiler et harmoniser des jeux de données géologiques régionaux.\n•\nConstruire un modèle géologique 3D du pli penninique est.\n•\nConduire des travaux sur le terrain pour résoudre des incertitudes.\nCompétences\n•\nMaster en sciences de la Terre ou domaine connexe.\n•\nIntérêt pour la géologie de terrain et la modélisation 3D.\n•\nCompétences en cartographie géologique et logiciels de modélisation.\nPhD Position: 3-D Geological Modelling of the Eastern Penninics\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nEarth Sciences | Environment\nPosition\nJunior Researcher / PhD Position\nPublished\n18 May 2026\nPhD Position: 3-D Geological Modelling of the Eastern Penninics\n100%, Zurich, fixed-term\nThe Structural Geology and Tectonics group focuses on the rapidly deforming zones that define Earth’s tectonic plate boundaries and generate many of the planet’s geohazards. We have a new PhD position open on 3D geologic modeling of the eastern Penninics in the Swiss Alps.\nProject background\nThe eastern Penninic nappe stack of the Swiss Alps preserves a complex record of subduction, accretion, nappe emplacement, metamorphism, and exhumation. Its major tectonic boundaries provide an exceptional natural laboratory for reconstructing the three-dimensional architecture of the Alps and for testing how inherited geometry, lithology, and deformation history influence crustal-scale structures.\nAs part of the swisstopo swissAlps3D project, this PhD project will use 3-D geological modelling as a core tool to reconstruct the subsurface structure of the eastern Penninics in Switzerland. Over four years, the candidate will build a high-quality, 3-D geological model by integrating geological maps, structural data, cross-sections, tunnel and borehole information, geophysical constraints, and published metamorphic and thermochronological datasets. The project will involve collaboration with neighbouring modelling efforts, as well as targeted field-based work on selected tectonic boundaries within the model area. These efforts aim to link regional-scale 3-D architecture with variations in lithology, deformation fabrics, metamorphic history, and fluid-related features along major crustal interfaces. In the later stages of the project, the candidate will use the attributed 3-D model to develop a process-oriented representation of an ancient subduction-\ninterface system and explore how its geometry and internal heterogeneity may have influenced segmentation, strain localization, and slip behaviour.\nThe project, funded by swisstopo , will be hosted in the Structural Geology & Tectonics Group at ETH Zurich under the supervision of Prof. Whitney Behr, in collaboration with swisstopo and Dr. Lukas Nibourel in the Georesources Switzerland Group at ETH Zurich.\nJob description\no Compile and harmonise regional geological datasets, including maps, cross-sections, structural measurements, tunnel and borehole data,\nand published constraints\no Build a three-part 3-D geological model of the eastern Penninic nappe stack, with clear documentation of assumptions and uncertainties\no Develop a consistent structural scheme and unit legend in coordination with swisstopo and neighbouring modelling efforts\no Conduct targeted fieldwork to resolve key geometric uncertainties and collect structural observations\no Use the 3-D model to investigate the architecture, continuity, and tectonic significance of major crustal boundaries\no Prepare model documentation, reports, manuscripts, and conference presentations\nProfile\n•\nMSc in Earth Sciences/Geology or a related field\n•\nStrong interest in field geology, structural geology, tectonics, and/or 3-D geological modelling\n•\nExperience with geological mapping, GIS, cross-section construction, or 3-D modelling software is an advantage\n•\nWillingness to conduct fieldwork in Alpine terrain\n•\nSolid English skills; German is helpful but not required\n•\nCollaborative, organized, independent, and careful with complex datasets and uncertainty\nWorkplace\nWe offer\n•\nA friendly, dynamic, and interdisciplinary environment in the Structural Geology & Tectonics Group (led by Prof. Whitney Behr)\n•\nAccess to a wide range of experimental and analytical facilities at ETH Zentrum and ScopeM (Hönggerberg)\n•\nCompetitive ETH salary and benefits (see here ); the PhD position is funded for four years\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",
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    "@id": "https://ch-jobs.com/job/postdoc-position-in-advanced-bioelectronic-electrical-conversion-research-1#jobposting",
    "title": "Postdoc Position in Advanced Bioelectronic & Electrical Conversion Research",
    "description": "Poste a pourvoir : Postdoc Position in Advanced Bioelectronic & Electrical Conversion Research -- Zurich -- myScience.\n\nOffre d'emploi de postdoctorat à l'ETH Zurich, leader en recherche bioélectronique.\nTâches\n•\nDévelopper des interfaces bioélectroniques innovantes.\n•\nConcevoir des implants bioélectroniques et logiciels spécialisés.\n•\nCollaborer avec des biologistes et bioingénieurs de renom.\nCompétences\n•\nDiplôme en physique, science des matériaux ou chimie requis.\n•\nExpertise en bioélectronique ou simulations logicielles souhaitée.\n•\nSolides connaissances en électrochimie et chimie des matériaux.\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. 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.\nApplications must be submitted exclusively through our online application portal and should include:\n•\nCV\n•\nA list of publications\n•\nA motivation letter\n•\nThree letters of recommendation\n•\nA ",
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    "title": "Postdoctoral Researcher at Construction Heritage and Preservation",
    "description": "Offre d'emploi : Postdoctoral Researcher at Construction Heritage and Preservation -- myScience, Zurich.\n\nRejoignez l'ETH Zurich en tant que chercheur postdoctoral en patrimoine. Participez à des projets innovants et bénéficiez d'un environnement de travail energique.\nTâches\n•\nRédiger des propositions pour des demandes de financement.\n•\nContribuer à des projets de recrute en cours et publications.\n•\nEncadrer des doctorants au sein de la chaire.\nCompétences\n•\nDoctorat en architecture, ingénierie ou domaines connexes exigé.\n•\nCompétences en communication en allemand et anglais.\n•\nExpérience en demande de financement de 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": "Postdoctoral Researcher: Hydraulic stimulation and proppant behaviour in crystalline rock",
    "description": "Nouvelle opportunite : Postdoctoral Researcher: Hydraulic stimulation and proppant behaviour in crystalline rock chez myScience (Zurich).\n\nETH Zurich recrute un chercheur postdoctoral en stimulation hydraulique.\nTâches\n•\nRéaliser des expériences de stimulation hydraulique en laboratoire.\n•\nÉvaluer l'efficacité des stratégies de stimulation variées.\n•\nCollaborer avec des partenaires de projet et publier des résultats.\nCompétences\n•\nDoctorat en géologie, géophysique ou domaine connexe requis.\n•\nCompétences en modélisation numérique et programmation.\n•\nExpérience en expériences en laboratoire ou terrain souterrain.\nPostdoctoral Researcher: Hydraulic stimulation and proppant behaviour in crystalline rock\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nEnvironment | Earth Sciences\nPosition\nSenior Scientist / Postdoc\nPublished\n13 April 2026\nPostdoctoral Researcher: Hydraulic stimulation and proppant behaviour in crystalline rock\n100%, Zurich, fixed-term\nThe Chair of Engineering Geology and the BedrettoLab at ETH Zurich invites applications for a Postdoctoral Researcher position within the European research project UPLIFT, focusing on environmentally friendly hydraulic stimulation technologies in crystalline rock formations. The position is based at ETH Zurich and involves experimental research at the Bedretto Underground Laboratory. Hydraulic stimulation is a key technology for enhancing permeability in geothermal reservoirs. While multi-stage stimulation using proppants and chemical additives is widely applied in the oil and gas industry, its acceptance in Europe remains limited due to environmental concerns. Water-only stimulation approaches are more commonly accepted, yet their effectiveness compared to proppant-based methods particularly in crystalline rock remains insufficiently understood. The Bedretto Underground Laboratory provides a unique, highly instrumented environment to investigate coupled seismo-hydro-thermo-mechanical processes during hydraulic stimulation. Within the UPLIFT project, controlled laboratory and field-scale experiments will be conducted to evaluate water-only, proppant-based, and chemically assisted stimulation techniques. The goal is to develop safe, efficient, and environmentally acceptable stimulation strategies for geothermal applications across Europe.\nJob description\n•\nPlan, conduct and analyse hydraulic stimulation experiments including proppant in vertical and horizontal boreholes (30-120 m scale) to investigate proppant transport, placement efficiency, and interaction with natural fracture networks\n•\nAssess the effectiveness of different stimulation strategies and proppant placement approaches under varying geological conditions in terms of permeability enhancement and fracture geometry\n•\nCollaborate with project partners performing small-scale laboratory experiments (GFZ) regarding joint interpretations and recommendations for the design full-scale hydraulic stimulation operations (e.g., Litomerice site and other European contexts)\n•\nContribute to project deliverables and reporting, publish results in peer-reviewed journals and present findings at international conferences\n•\nCollaborate closely with project UPLIFT partners (GFZ, various industry partners) and support coordination between experimental, modelling, and field activities\nProfile\n•\nPhD in Engineeing Geology, Geophysics, Geomechanics, Earth Sciences, Physics, Engineering, or a related field\n•\nStrong background in rock mechanics, hydrogeology, or reservoir engineering\n•\nParcours professionnel with laboratory experiments and/or fieldwork in subsurface environments\n•\nWillingness to participate in underground field campaigns\n•\nSkills in numerical modelling (e.g., fracture mechanics, fluid flow)\n•\nStrong programming skills (e.g., Python, MATLAB, or similar)\n•\nExperience with seismic or fibre-optic sensing data is an asset\n•\nAbility to work independently and lead research tasks within a collaborative environment\n•\nExcellent communication skills in English\nWorkplace\nWe offer\n•\nA fully funded postdoctoral position (initially 2 years, with possible extension)\n•\nEmployment according to ETH Zurich regulations\n•\nAccess to unique underground research infrastructure at BedrettoLab\n•\nA dynamic, interdisciplinary and international research environment with strong links to academia and industry\n•\nOpportunities to lead publications and develop an independent research profile\n•\nParticipation in international collaborations within a major European project\nSupervision and Environment\nThe postdoctoral researcher will be hosted at the Chair of Engineering Geology at ETH Zurich and collaborate strongly with the BedrettoLab Team and the Swiss Seismological Service. 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    "title": "Postdoc in Resilient Satellite Navigation (GNSS)",
    "description": "myScience est a la recherche d'un(e) Postdoc in Resilient Satellite Navigation (GNSS) pour son site de Zurich.\n\nETH Zurich recherche un Postdoc en Navigation Satellite Résiliente (GNSS). Rejoignez une équipe dynamique pour innover dans des méthodes de navigation.\nTâches\n•\nDévelopper des logiciels GNSS basés sur l'optimisation par graphes.\n•\nImplémenter des stratégies de fusion multi-capteurs.\n•\nAvancer le traitement GNSS en temps réel face aux interférences.\nCompétences\n•\nDoctorat en Géodésie, Ingénierie Aérospatiale ou domaine connexe.\n•\nCompétences en programmation (Python, C++).\n•\nExpérience en analyse de données GNSS.\nPostdoc in Resilient Satellite Navigation (GNSS)\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nComputer Science | Environment\nPosition\nSenior Scientist / Postdoc\nPublished\n7 April 2026\n100%, Zurich, fixed-term\nAre you passionate about advancing the frontiers of resilient navigation to tackle the growing challenges of signal interference? Are you an expert in GNSS processing, eager to integrate cutting-edge multi-sensor fusion and AI technologies?\nJoin our young and dynamic team at the Chair of Space Geodesy , led by Prof. Benedikt Soja . We are at the forefront of developing innovative methods for space- and ground-based geodetic and navigation applications, with the goal of enabling high-precision, continuous, and real-time positioning. Our team has gained prominence for our work in applying machine learning to PNT (Positioning, Navigation, and Timing) and geomonitoring challenges, including signal characterization and anomaly detection.\nProject background\nWe are looking for a highly motivated researcher to lead our efforts in Resilient Navigation. As global reliance on GNSS grows, so does the need for systems that can withstand jamming, spoofing, and complex environments. This position focuses on developing next-generation navigation software and multi-sensor fusion strategies to ensure precision and reliability in challenging scenarios.\nJob description\nThe successful candidate will lead GNSS-based research within our group and support existing projects related to GNSS and PNT. Key responsibilities include:\n•\nSoftware Development: Developing GNSS software using Factor Graph Optimization (FGO) based on existing open-source software packages\n•\nSensor Fusion: Implementing multi-sensor fusion strategies\n•\nResilience: Advancing real-time GNSS processing with a primary focus on the detection, characterization, and mitigation of jamming and spoofing scenarios\n•\nAI Integration: Exploring the integration of AI/ML concepts to enhance navigation resilience together with other group members\n•\nHardware & Simulation: Working with both high-grade and low-cost GNSS equipment and utilizing a GNSS signal simulator (Spirent)\n•\nAcademic Leadership: Leading and co-authoring high-impact publications and participating in the preparation of grant applications\n•\nTeaching & Supervision: Supporting the lectures \"GNSS\" and \"Navigation\" (full course materials exist) and contributing to the supervision of PhD and Master students\nProfile\nRequired Experience:\n•\nPhD in Geodesy, Geomatics, Aerospace Engineering, Signal Processing, or a related field\n•\nProven parcours professionnel in GNSS data analysis and processing\n•\nVery good programming skills (e.g., Python, C++)\n•\nFluency in English\nPeople Skills & Attributes:\n•\nStrong analytical mindset with hands-on problem-solving abilities\n•\nComfortable working in interdisciplinary teams\n•\nSelf-motivated, structured, and curious about emerging AI technologies\nAdvantageous:\n•\nParcours professionnel with Factor Graph Optimization, multi-sensor fusion methods, or AI/ML applications\n•\nCH/EU/EFTA citizenship or a valid Swiss work permit\n•\nProficiency in German\nWorkplace\nWe offer\n•\nUnique access to high-grade and low-cost GNSS networks in Switzerland and beyond\n•\nIndependent research at a world-leading academic institution\n•\nA dynamic and international team that embraces fresh perspectives\n•\nA supportive and inclusive work environment that fosters professional growth and development\n•\nOpportunities to attend conferences and collaborate with international experts\n•\nSalary and benefits according to ETH Zurich standards\n•\nFlexible working hours with the option for part-time home office\n•\nAn attractive workplace surrounded by nature with quick access to the city center\nThis position is offered as a 100% Postdoc or, for candidates with an advanced track record, as an Established Researcher (\"Oberassistent\").\nInitial contract duration of 2 years, with a possibility for extension. The ideal starting date is 1 July 2026 or earlier.\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",
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    "title": "PhD Position: Seismic Detection, Localization and Characterization of Explosion Events in Underground Ammunition Storage Facilities",
    "description": "Vous cherchez un emploi de PhD Position: Seismic Detection, Localization and Characterization of Explosion Events in Underground Ammunition Storage Facilities a Zurich ? myScience recrute.\n\nOffre d'emploi de doctorat à l'ETH Zurich sur la détection sismique. Opportunité de est a la recherche de appliquée unique.\nTâches\n•\nConception et analyse de campagnes expérimentales sur les explosions.\n•\nInstallation d'un réseau de capteurs dans des installations souterraines.\n•\nDéveloppement d'algorithmes pour la détection et la localisation des événements.\nCompétences\n•\nDiplôme de MSc en géophysique, séismologie ou domaine connexe requis.\n•\nCompétences analytiques et en programmation essentielles.\n•\nExpérience en traitement de données sismiques est un atout.\nPhD Position: Seismic Detection, Localization and Characterization of Explosion Events in Underground Ammunition Storage Facilities\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nEarth Sciences | Innovation\nPosition\nJunior Researcher / PhD Position\nPublished\n8 April 2026\nPhD Position: Seismic Detection, Localization and Characterization of Explosion Events in Underground Ammunition Storage Facilities\n100%, Zurich, fixed-term\nThe Swiss Seismological Service (SED) at ETH Zurich invites applications for a PhD position within a multi-year applied research project on the detection, localization and interpretation of explosion events in underground ammunition storage facilities. The position is embedded in a collaborative project with armasuisse Science and Technology and partners from industry and the Swiss Armed Forces. The research contributes to the scientific foundation of monitoring and rapid altering systems for underground infrastructure.\nProject background\nSeismic and fiber-optic sensing technologies offer promising solutions for the real-time detection, localization and characterization of explosions and related hazardous events in underground facilities. The project aims to evaluate sensor technologies, design and optimize multi-sensor monitoring networks, and develop advanced detection and localization algorithms adapted to complex 3D underground geometries.\nThe research will be conducted in close collaboration between BedrettoLab run by ETH and the underground test facilities Hondrich run by armasuisse. The project spans between 2026 and 2029 and includes experimental campaigns, field installations and data collection, data processing, algorithm development and system optimization.\nJob description\n•\nExperimental Campaigns and Sensor Evaluation: Design and analysis of controlled test explosions in the BedrettoLab, evaluation of seismic sensors (e.g., different types of seismometers as well as distributed acoustic sensing technology)\n•\nDesign and Installation of a Multi-Sensor Monitoring Network in the Hondrich underground test facilities: Definition of optimal sensor geometry, participation in field installations, calibration of velocity models using controlled test events and quality control of data acquisition\n•\nAlgorithm Development: Integration of multi-sensor data streams into seismological software frameworks (e.g., SeisComP), wave propagation modeling in complex 3D geometries, development and optimization of event detection algorithms, high-precision localization methods, event magnitude as well as source characterization techniques, and contributions to the implementation of real-time alarm systems\n•\nContributions to implementation of cost-optimized alarm system: Cost-benefit optimiziation of reduced sensor layouts, optimization of simple-to-use monitoring concepts for future underground facilities, and close collaboration with various stakeholders (engineering companies, Swiss Armed Forces, armasuisse, international collaborators) to ensure efficient roll-out of the system\nProfile\n•\nMSc degree in Geophysics, Seismology, Earth Sciences, Physics, Engineering, or a related field\n•\nStrong quantitative and analytical skills as well as programming skills (Python required; parcours professionnel with seismic data processing is advantageous)\n•\nInitial experience seismic data analysis and/or wave propagation modelling is an asset\n•\nWillingness to participate in field campaigns in underground facilities\n•\nInterest in field experiments and applied research.\n•\nMindset for practical and efficient project implementation\n•\nMotivation to work in an interdisciplinary and practice-oriented environment\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\n•\nExcellent analytical skills\n•\nStrong communication skills ideally in German and English\nSupervision and Environmen",
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    "title": "Postdoctoral Position in Machine Learning for Automated Plant Phenotyping (PhenoMix Project)",
    "description": "myScience recrute un(e) Postdoctoral Position in Machine Learning for Automated Plant Phenotyping (PhenoMix Project) a Zurich.\n\nPoste de postdoctorant en apprentissage automatique à l'ETHZ. Opportunité de est a la recherche de innovante et collaborative à Zurich.\nTâches\n•\nDévelopper des méthodes d'estimation automatique des traits.\n•\nCollaborer avec des experts en sciences agricoles et en vision par ordinateur.\n•\nCréer des outils de science des données pour l'automatisation.\nCompétences\n•\nDoctorat en informatique ou domaine connexe, expertise en apprentissage automatique.\n•\nCompétences en vision par ordinateur et apprentissage profond.\n•\nExpérience en programmation scientifique avec Python.\nPostdoctoral Position in Machine Learning for Automated Plant Phenotyping (PhenoMix Project)\nEidgenossische Technische Hochschule Zürich, ETHZ\nWorkplace\nZurich\n- Zurich region - Switzerland\nCategory\nComputer Science | Environment\nPosition\nSenior Scientist / Postdoc\nPublished\n6 May 2026\nPostdoctoral Position in Machine Learning for Automated Plant Phenotyping (PhenoMix Project)\n100%, Zurich, fixed-term\nThe Swiss Data Science Center (SDSC) is a national research infrastructure in data science and artificial intelligence (AI) of the ETH domain, with EPFL and ETH Zurich as founding partners. Its mission is to support academic labs, hospitals, industry and public sector stakeholders, including cantonal and federal administrations, through their entire data science journey, from the collection and management of data to machine learning, AI, and industrialization. With a large multidisciplinary team of professionals across three locations (Lausanne, Zurich, Villigen), the SDSC provides expertise and services to various domains, such as health and biomedical sciences, energy and sustainability, climate and environment, and large-scale scientific infrastructures.\nThe Swiss Data Science Center (SDSC) and the ETH Zurich’s Crop Science Group are seeking a Postdoctoral Researcher for the PhenoMix project, a Swiss National Science Foundation (SNSF) funded initiative.\nThis role sits at the intersection of machine learning, computer vision, agricultural sciences, and plant phenotyping. The position focuses on Automated Trait Estimation using Machine Learning, developing novel data science methods for crop mixture phenotyping.\nThe position will be based at the SDSC Zurich office (Andreasturm), with close collaboration with the Crop Science Group (Prof. Walter), the Grassland Sciences Group (Prof. Buchmann) at ETH Zurich’s Department of Environmental Systems Science (D-USYS), and with AGROSCOPE (Dr. Vogelgsang).\nProject background\nContext:\nThe PhenoMix project addresses the critical challenge of automated phenotyping for crop mixtures -- a promising agricultural practice with significant potential for sustainable food production. The project leverages the Field Imaging Platform (FIP), a state-of-the-art high-throughput phenotyping facility, along with field experiments to generate unprecedented multi-modal datasets of pure stands and crop mixtures. The project will also contribute to the creation of new generation phenotyping datasets - including 3D reconstructions and derived trait information - and related models, which will be made publicly available\nThe postdoctoral researcher will create novel data science tools and automate processing of image time series, plant trait information, and 3D reconstructions. The work will bridge advanced machine learning methods with practical agricultural applications, developing models that can transfer knowledge across different imaging platforms and environmental conditions. The postdoc will be responsible for delivering advances and solutions that not only advance the state-of-the-art, but also have real-world impact for farmers, breeders, and researchers in the field of plant phenotyping.\nCollaboration:\nThe postdoctoral researcher will be part of a highly collaborative and interdisciplinary project, working closely with experts in machine learning, plant phenotyping, crop sciences, and field validation. The project is designed to foster knowledge exchange and collaboration across disciplines, ensuring that the developed methods are both scientifically rigorous and practically relevant.\nThis project brings together expertise from multiple leading groups. The SDSC provides expertise in machine learning, computer vision, and data science infrastructure, serving as the primary host institution for this position. 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