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EMPA

Überlandstrasse 129
8600Dübendorf
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EMPA

Jobs und Ausbildung

An unseren drei Standorten Dübendorf, St. Gallen und Thun beschäftigen wir rund 1000 Mitarbeitende aus mehr als 50 Ländern. Unsere Mitarbeitenden schätzen das dynamische, innovative Forschungsumfeld an der Empa mit multikultureller Atmosphäre und internationaler Ausstrahlung. Ausserdem profitieren sie von unserem weitverzweigten Netzwerk in Industrie und Forschung. Die Empa ist auch eine erstklassige Adresse, wenn es um Ausbildung geht; wir bilden jedes Jahr rund 200 Studierende und PraktikantInnen aus, dazu kommen mehr als 40 Lernende in verschiedensten Berufen sowie an die 200 Doktorierende. Die Empa – auf jeden Fall eine gute Wahl für Arbeit und Ausbildung.
Jobs und Ausbildung

An unseren drei Standorten Dübendorf, St. Gallen und Thun beschäftigen wir rund 1000 Mitarbeitende aus mehr als 50 Ländern. Unsere Mitarbeitenden schätzen das dynamische, innovative Forschungsumfeld an der Empa mit multikultureller Atmosphäre und internationaler Ausstrahlung. Ausserdem profitieren sie von unserem weitverzweigten Netzwerk in Industrie und Forschung. Die Empa ist auch eine erstklassige Adresse, wenn es um Ausbildung geht; wir bilden jedes Jahr rund 200 Studierende und PraktikantInnen aus, dazu kommen mehr als 40 Lernende in verschiedensten Berufen sowie an die 200 Doktorierende. Die Empa – auf jeden Fall eine gute Wahl für Arbeit und Ausbildung.
Merken

22.06.2022

EMPA

Ingenieur (m/w/d) Mechatronik und Automation (FH) / Mechatronics and automation engineer (University of Applied Sciences)

  • EMPA

  • 8600Dübendorf

  • 22.06.2022

  • Festanstellung 100%

Festanstellung 100%

8600Dübendorf

Die Abteilung Werkstoff und Nanomechanik erforscht neue Beschichtungsverfahren und entwickelt zugehörige Messinstrumente. Dies umfasst Instrumente zur Messung mechanischer Eigenschaften von dünnen Schichten, optische Spektrometer, sowie Vakuumsysteme zur Entwicklung von innovativen Beschichtungsprozessen. The Laboratory for Mechanics of Materials and Nanostructures explores new coating technologies and develops scientific equipment for material analytics and micromechanics. This includes instruments for determination of mechanical properties of thin films, optical spectrometers, and vacuum systems for development of innovative coating processes. Ihre Aufgaben / Your TasksEntwurf und Konstruktion von wissenschaftlichen Geräten in enger Zusammenarbeit mit einem Team von erfahrenen WissenschaftlernAuslegung und Herstellung von Steuerungs- und Messelektronik wie Messverstärker, Analog-Filter, etc.Programmieren von Steuerungs- und Automatisierungssoftware für wissenschaftliche MessinstrumenteInstrumentencharakterisierung und ValidierungsmessungenErstellen von Dokumentation der entwickelten Geräte (Messprotokolle, Benutzerhandbuch, Trainingsunterlagen)Betreuung von Lernenden des Berufs PhysiklaborantIn als Fachausbildner Development of scientific instruments in close collabotation with a team of experienced scientistsDesign and manufacturing of control and measurement electronics (low noise measurement amplifiers, analog filters, etc.)Programming of control and automation software for scientific instrumentsExperimental instrument characterization and validationDocumentation of the developed devices and processes (measurement protocols, manuals, training materials)Teaching of apprentices (physics laboratory assistant) as specialist trainer
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Merken

17.06.2022

EMPA

Postdoctoral Researcher/Scientist in the field of HiPIMS process development

  • EMPA

  • 8600Dübendorf

  • 17.06.2022

  • Festanstellung 100%

Festanstellung 100%

8600Dübendorf

The Coating Technologies group has a long-standing expertise in physical vapor deposition (PVD) of functional thin-films and coatings, with a particular focus on plasma-based processes, such as magnetron sputtering. Our goal is to understand the synthesis-structure-property relationships in these processes to develop thin-film materials and coatings with improved properties, but also to synthesize entirely new functional materials, such as high-energy metastable phases.One of the main topics of interest in our group is the development of advanced sputter processes, in-particular using High Power Impulse Magnetron Sputtering (HiPIMS). Ionized physical vapor deposition processes such as HiPIMS enable unprecedented control over the deposition environment and consequently the materials functional properties.In this project, we aim to develop new HiPIMS processes for the synthesis of functional, metastable thin films, particularly nitrides. The phase formation during reactive sputter deposition depends on many parameters. Due to the complexity of the pulsed sputtering process, a deep understanding of the physical processes in the deposition system is important. To this end, we will develop models and simulate the process using multi-physics software. The results of these simulations will be validated using state-of-the-art process diagnostics as well as material characterization techniques. The objective is to understand and exploit the synthesis-structure-property relationships in reactive HiPIMS to create new thin film materials with tailored functionality.In addition, this role will support our general research activities in advanced process design and contribute to different projects at Empa ranging from the development of coatings for Li-ion batteries and piezoelectric thin films to the discovery and synthesis of new materials for energy applications.Your tasks:Deposit inorganic thin film materials (e.g. nitrides and oxides) using advanced sputter deposition processesMonitor the processes with process- and plasma diagnostics and analyze the samples with state-of-the-art material characterization techniquesModel and simulate dynamic PVD processes, in particular pulsed sputtering i.e. HiPIMS, in collaboration with our project partnersInvestigate the materials' synthesis-structure-property relationships and contribute to extending our understanding of phase-formation and nucleation during non-equilibrium synthesisContribute to fundamental as well as industrial research projectsSupport and supervise junior researchers (e.g. Master students, Research Interns)Present your results in peer-reviewed publications and at international conferences
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Merken

17.06.2022

EMPA

Head of Laboratory for Thin Films and Photovoltaics

  • EMPA

  • 8600Dübendorf

  • 17.06.2022

  • Festanstellung 100%FührungspositionManagement / Kader

Festanstellung 100%

FührungspositionManagement / Kader

8600Dübendorf

The general vision of the Laboratory is to develop next generation of high-performance solar cells, batteries and opto-electronic devices, novel functionalities with coatings and nanostructure materials for energy-sustainable future to the benefits of industry and society. The current research is focused around four topics: Thin Film Solar Cells and Optoelectronics, Battery Technologies, Printed Electronics and Functional Nanoscale Materials (associated with the group of Prof. Maksym Kovalenko, ETH/Empa), information can be found on www.empa.ch/web/s207 . The Laboratory is an active contributor to the operation of the Coating Competence Center at Empa. Your tasksAs an inspirational research leader you will manage a highly interdisciplinary laboratory, develop projects and obtain funding for national and international projects. Research topics include: Materials with mixed ionic and electronic conduction: superionics, conversion and intercalation-type, composites; interface engineering for tailored ionic and mass transport; material discovery assisted by ML and AI. Advanced manufacturing methods that outperform existing routines yet offer time and energy savings, including active process monitoring and compatible control concepts.Devices for the "electrification of everything", including batteries, sensors, smart windows. Novel device designs such as multi-junction concepts; flexible, transparent and adaptable geometries for seamless integration. You will establish collaborations on national and international level with scientific and industrial partners, actively contribute to the cutting edge research and technological innovations, provide mentorship to members of the lab for achieving excellence with impactful results, and organise local and international scientific events. Teaching at university level is encouraged.
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Merken

15.06.2022

EMPA

PhD Student in Microanalysis of Magnesium Biocorrosion

  • EMPA

  • 8600Dübendorf

  • 15.06.2022

  • Festanstellung 100%

Festanstellung 100%

8600Dübendorf

Project context: The performance, durability and sustainability of engineering materials, as applied in e.g. medical technologies and related sensing devices, critically depend on the (electro)chemical reactivity and passivation (surficial oxide formation) of the metal or alloy surface in its service environment. Within the frame of an FWF-SNF lead agency international collaboration, doctoral positions at Empa and at the Medical university of Graz in Austria will investigate Mg alloy biodegradation processes. To obtain a full understanding of the degradation mechanisms, the scientific challenge is to mimic with advanced in vitro methodologies, the environment-dependent (in contact with bone or tissues) in vivo degradation. For this purpose, the PhD students in Graz will gather information on in vivo implant corrosion and physiological parameters near the implant. Your Tasks: Your work will focus on the in vitro investigation of the surface reactivity, corrosion mechanisms and corrosion product formation on ultra-high purity Mg and Mg-Zn-Ca alloys. Scientific questions related to the oxidation mechanisms and chemistry/products formed on the surface will be addressed with the help of newly developed flow chambers with online electrochemical/analytic characterization. A further focus of the PhD thesis will be on the corrosion products analysis based on Raman, FTIR spectroscopies. A key scientific question will then be related to new developments of Laser-Ablation based corrosion products composition and trace element microanalysis.
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Merken

15.06.2022

EMPA

Postdoctoral Researcher in the Digital Transformation of Urban Data for Energy Planning and Operation

  • EMPA

  • 8600Dübendorf

  • 15.06.2022

  • Festanstellung 100%

Festanstellung 100%

8600Dübendorf

The Urban Energy Systems Laboratory carries out research into models and concepts for innovative building and decentralized energy system technologies. Our work is focused on achieving the energy transition where more of our energy is generated from clean, sustainable sources and energy efficiency is improved. The planning of energy resources requires a clear and comprehensive understanding of the supply and demand and we believe that a digital transformation strategy is key to achieving this goal. You will join an international project where the aim is to develop a blueprint for the creation of digital twins for the planning and operation of neighborhood energy systems. The projects will be carried out using data from living labs and will involve close interaction and cooperation with sector stakeholders, technology providers and industry partners. In the project, we will develop and apply data vocabularies to facilitate decentralized data exchange across the digital value chain. This data will be used to feed digital twin models of the energy system to provide the users with insight on how to improve the performance in terms of energy efficiency and clean energy integration. You will have the freedom to execute your research ideas in close collaboration with our team and our external scientific and industry partners. You will support the dissemination of research findings across the knowledge community, which includes collaborating with other lab members and publishing in scientific journals and conferences. Your Tasks:Develop and apply semantic data architectures according to best practicesIntegrate and transform data so that it can be used by the digital twin modelsImplement solutions to enable the exchange of data across the digital value chainCoordinate and ensure your research is aligned with the needs of the stakeholdersCarry out energy modelling studies of districts and their buildingsPresent your results in peer-reviewed publications and at international conferencesSupport the lab and contribute to proposals related to the research fieldDevelop your own ideas around the research areaSupport and supervise junior researchers (e.g. Master students, Research Interns)
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