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Empa in Profile
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       www.empa.ch  
  1  Empa in Profile  
  2  Departments and Labs  
  3  Empa Academy  
1  Empa in Profile  
1.1    Mission  
1.2  Research areas  
1.3    Range of activities  
1.4    History  
1.5  Staff representatives  
1.6    Locations  
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1.2  Research areas  
1.2.1  Nanostructured Materials  
1.2.2  Sustainable Built Environment  
1.2.3  Health and Performance  
1.2.4  Natural Resources and Pollutants  
1.2.5  Energy  
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1.2.1  Nanostructured Materials  
1.2.1.1    Nanocomposites & Nanoparticles  
1.2.1.2    Nanostructured Thin Films & Coatings  
1.2.1.3    Micro- & Nanofabrication  
1.2.1.4    Micro- & Nanocharacterization  
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1.2.2  Sustainable Built Environment  
1.2.2.1    Materials  
1.2.2.2    Structures & Infrastructures  
1.2.2.3    Buildings & Cities  
1.2.2.4    Advanced Light Weight Structures  
1.2.2.5    Demonstrators  
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1.2.3  Health and Performance  
1.2.3.1    Body Performance and Monitoring  
1.2.3.2    Functionalized Fibers  
1.2.3.3    Bio-Engineered Materials  
1.2.3.4    MedTech and Adv. Therapeutics  
1.2.3.5    Materials - Environment, Health and Safety  
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1.2.4  Natural Resources and Pollutants  
1.2.4.1    Sources, Transport & Assessment of Air Pollutants  
1.2.4.2    Sustainable Mobility and Transport  
1.2.4.3    Sustainable Production  
1.2.4.4    Exhaust Gas Treatment  
1.2.4.5    Impacts of Pollutants on Engineered Systems  
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1.2.5  Energy  
1.2.5.1    Energy Use  
1.2.5.2    Energy Conversion  
1.2.5.3    Energy Storage  
1.2.5.4    Sustainability  
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1.5  Staff representatives  
1.5.1    Up-to-date  
1.5.2    Activities  
1.5.3    Projects  
1.5.4    Links  
1.5.5    Life @ Empa  
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2  Departments and Labs  
2.1  Advanced Materials and Surfaces  
2.2  Civil and Mechanical Engineering  
2.3  Materials meet Life  
2.4  Mobility, Energy and Environment  
2.5  Support  
2.6  Media Technology  
2.7  Centers  
2.8    Competence Centers of the ETH-Domain  
2.9    Research Commission  
2.10    Directorate  
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2.1  Advanced Materials and Surfaces  
2.1.1  High Performance Ceramics  
2.1.2  Functional Polymers  
2.1.3  Thin Films and Photovoltaics  
2.1.4  nanotech @ surfaces  
2.1.5  Nanoscale Materials Science  
2.1.6  Mechanics of Materials and Nanostructures  
2.1.7  Advanced Materials Processing  
2.1.8  Joining Technologies and Corrosion  
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2.1.1  High Performance Ceramics  
2.1.1.1    Ceramic-based Composites  
2.1.1.2    Ceramic materials for energy technologies  
2.1.1.3    Ceramic Microcomponents and Nanoceramics  
2.1.1.4    Services  
2.1.1.5    Education  
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2.1.2  Functional Polymers  
2.1.2.1    Organic solar cells  
2.1.2.2    Synthesis of organic dyes  
2.1.2.3    Materials for dielectric elastomer actuators  
2.1.2.4    Lifetime of polymer materials  
2.1.2.5    Functionalized CNTs  
2.1.2.6    Photolabile polymers for laser ablation transfer  
2.1.2.7    Services  
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2.1.3  Thin Films and Photovoltaics  
2.1.3.1    General Information  
2.1.3.2    CIGS  
2.1.3.3    CdTe  
2.1.3.4    Tandem Cells  
2.1.3.5    Education  
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2.1.4  nanotech @ surfaces  
2.1.4.1  Research  
2.1.4.2  Publications  
2.1.4.3    People  
2.1.4.4    News & Events  
2.1.4.5    Open positions  
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2.1.4.1  Research  
   Carbon Nanomaterials  
   Molecular Engineering  
   Functional Surfaces  
   Atomistic Simulations  
   Infrastructure  
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2.1.4.2  Publications  
   Past years  
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2.1.5  Nanoscale Materials Science  
2.1.5.1    Forces, surfaces and magnetism  
2.1.5.2    Molecular surface science  
2.1.5.3    Nanostructured coatings  
2.1.5.4    Organic surface technology  
2.1.5.5    SUL  
2.1.5.6    Surface technology  
2.1.5.7    Tribology  
2.1.5.8    Magnetic thin films and devices  
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2.1.6  Mechanics of Materials and Nanostructures  
2.1.6.1    Nanomechanics  
2.1.6.2    Materials Mechanics  
2.1.6.3    Coatings and Miniature Mechanics  
2.1.6.4    Low Dimensional NanoStructures  
2.1.6.5    Thin Film Deposition  
2.1.6.6    Electrodeposition of metallic micro-nanostructures  
2.1.6.7    Electroprocessing metal oxides and semiconductors  
2.1.6.8    Microanalysis  
2.1.6.9    Services  
2.1.6.10    Cover gallery  
2.1.6.11    Spin-Offs and Start-Ups  
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2.1.7  Advanced Materials Processing  
2.1.7.1    Processing dynamics and optical materials  
2.1.7.2    Nanocomposites fabrication and coatings  
2.1.7.3    Electromagnetic processing of functional materials  
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2.1.8  Joining Technologies and Corrosion  
2.1.8.1    Advanced Joining Technologies  
2.1.8.2    Corrosion and Local Electrochemistry  
2.1.8.3    Functional Surfaces in Reactive Environments  
2.1.8.4    Interfacial Design of Nanostructured Materials  
2.1.8.5    User Lab Metallography  
2.1.8.6    Services  
2.1.8.7    News  
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2.2  Civil and Mechanical Engineering  
2.2.1  Mechanical Systems Engineering  
2.2.2  Mechanics for Modelling and Simulation  
2.2.3  Structural Engineering  
2.2.4  Applied Wood Materials  
2.2.5  Building Science and Technology  
2.2.6  Concrete/Construction Chemistry  
2.2.7  Road Engineering/Sealing Components  
2.2.8  Acoustics/Noise Control  
2.2.9    Synergetic Structures  
2.2.10    Smart Materials and Structures  
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2.2.1  Mechanical Systems Engineering  
2.2.1.1    Smart Materials & Structures (EAP/AFC)  
2.2.1.2    Durability  
2.2.1.3    Biomedical Engineering  
2.2.1.4    Composites & Polymers  
2.2.1.5    Failure Analysis  
2.2.1.6    Certification of Building Products  
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2.2.2  Mechanics for Modelling and Simulation  
2.2.2.1    High Temperature Integrity  
2.2.2.2    Electro-mechanical Materials Systems  
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2.2.3  Structural Engineering  
2.2.3.1    Static and Dynamics of Structures  
2.2.3.2    Structural Monitoring and Adaptive Structures  
2.2.3.3    Advanced Materials for Construction  
2.2.3.4    Cable Systems  
2.2.3.5    Strengthening and Seismic Retrofitting  
2.2.3.6    Timber Engineering  
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2.2.4  Applied Wood Materials  
2.2.4.1    Bio-inspired-Wood  
2.2.4.2    Bio-engineered Wood  
2.2.4.3    Cellulose Nanocomposites  
2.2.4.4    Wood Technology/Surface Technology  
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2.2.5  Building Science and Technology  
2.2.5.1    Multiscale materials  
2.2.5.2    Building and Nanomaterials  
2.2.5.3    Sustainable buildings  
2.2.5.4    Urban physics  
2.2.5.5    Fire technology  
2.2.5.6    Services  
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2.2.6  Concrete/Construction Chemistry  
2.2.6.1    Cement Hydration  
2.2.6.2    Admixtures  
2.2.6.3    Durability  
2.2.6.4    Early age concrete  
2.2.6.5    3D Microscopy and Modelling  
2.2.6.6    Laboratory  
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2.2.7  Road Engineering/Sealing Components  
2.2.7.1    Road Materials and Pavements  
2.2.7.2    In-situ Performance Testing  
2.2.7.3    Sealing Components  
2.2.7.4    Innovative and multifunctional pavements EMPave  
2.2.7.5    Multiscaling and microstructure of road materials  
2.2.7.6    Non-Destructive Testing  
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2.2.8  Acoustics/Noise Control  
2.2.8.1    Materials and systems  
2.2.8.2    Environmental Noise Control  
2.2.8.3    Knowledge Transfer Acoustics  
2.2.8.4    Services  
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2.3  Materials meet Life  
2.3.1  Protection and Physiology  
2.3.2  Advanced Fibers  
2.3.3  Materials-Biology Interactions  
2.3.4  Biomaterials  
2.3.5  Electronics/Metrology/Reliability  
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2.3.1  Protection and Physiology  
2.3.1.1    Body Simulation Systems  
2.3.1.2    Heat and Mass Transfer  
2.3.1.3    Functional Membranes  
2.3.1.4    Medical Textiles  
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2.3.2  Advanced Fibers  
2.3.2.1    Polymers & Processing  
2.3.2.2    Additive & Chemistry  
2.3.2.3    Plasma & Coating  
2.3.2.4    Surfaces & Interfaces  
2.3.2.5    Solution Services  
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2.3.3  Materials-Biology Interactions  
2.3.3.1    MedTech-related research  
2.3.3.2    Nanosafety research  
2.3.3.3    Services  
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2.3.4  Biomaterials  
2.3.4.1    Bio Processes  
2.3.4.2    Biopolymers  
2.3.4.3    Biocatalysis  
2.3.4.4    Services  
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2.3.5  Electronics/Metrology/Reliability  
2.3.5.1    Reliability/Safety  
2.3.5.2    Micro- / Nanotechnology  
2.3.5.3    X-ray / Ultrasound / Imaging  
2.3.5.4    Monitoring / Metrology  
2.3.5.5    Services / Userlab  
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2.4  Mobility, Energy and Environment  
2.4.1  Internal Combustion Engines  
2.4.2  Air Pollution / Environmental Technology  
2.4.3  Analytical Chemistry  
2.4.4  Solid State Chemistry and Catalysis  
2.4.5  Hydrogen & Energy  
2.4.6  Technology and Society  
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2.4.1  Internal Combustion Engines  
2.4.1.1    Team Lab Internal Combustion Engines  
2.4.1.2    Laboratories Lab Internal Combustion Engines  
2.4.1.3    Projects Lab Internal Combustion Engines  
2.4.1.4    PhD-Studies Lab Internal Combustion Engines  
2.4.1.5    Teaching activities Internal Combustion Engines  
2.4.1.6    Conformity Assessment Body DPF-OAPC  
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2.4.2  Air Pollution / Environmental Technology  
2.4.2.1    Ambient Air Pollution / NABEL  
2.4.2.2    Pollutant Source Identification  
2.4.2.3    Atmospheric Modeling / Remote Sensing  
2.4.2.4    Emissions and Isotopes  
2.4.2.5    Laser Spectroscopy  
2.4.2.6    Global Atmosphere Watch (GAW)  
2.4.2.7    Climate gases  
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2.4.3  Analytical Chemistry  
2.4.3.1    Environmental and analytical chemistry  
2.4.3.2    Air quality and particle research  
2.4.3.3    Inorganic analytical chemistry  
2.4.3.4    Archaeology  
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2.4.4  Solid State Chemistry and Catalysis  
2.4.4.1    Team  
2.4.4.2    Research  
2.4.4.3    Facilities  
2.4.4.4    Conferences, seminars and events  
2.4.4.5    Swiss Thermoelectric Society  
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2.4.5  Hydrogen & Energy  
2.4.5.1    Hydrogen and Hydrides  
2.4.5.2    Structure and Dynamics  
2.4.5.3    Stability and Kinetics  
2.4.5.4    Electrochemistry  
2.4.5.5    Theoretical Modelling  
2.4.5.6    Hydrogen Safety  
2.4.5.7    Instruments  
2.4.5.8    Spectroscopy  
2.4.5.9    Materials development  
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2.4.6  Technology and Society  
2.4.6.1    Environmental Risk Assessment and Management  
2.4.6.2    Critical Materials and Resource Efficiency  
2.4.6.3    Informatics and Sustainability Research  
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2.5  Support  
2.5.1  Marketing, Knowledge and Technology Transfer  
2.5.2  Communication  
2.5.3  Human Resources  
2.5.4    Informatics  
2.5.5    Finances/Controlling/Purchasing  
2.5.6  Mechanical Engineering/Workshop  
2.5.7    Facility Management  
2.5.8    Construction 3 RI / Technical Services  
2.5.9    Together - equal opportunities  
2.5.10  Internal rescue service  
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2.5.1  Marketing, Knowledge and Technology Transfer  
2.5.1.1    Empa Academy  
2.5.1.2    Alumni  
2.5.1.3    Consulting and Information Center  
2.5.1.4    Portal for the industry  
2.5.1.5    Marketing  
2.5.1.6    Services @ Empa  
2.5.1.7    Start-up Promotion  
2.5.1.8    Technology transfer  
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2.5.2  Communication  
2.5.2.1    Media corner  
2.5.2.2    EmpaNews  
2.5.2.3    EmpaTV  
2.5.2.4    EmpaNewsletter  
2.5.2.5  News  
2.5.2.6    Empa in the Media  
2.5.2.7    Further Information  
2.5.2.8  NanoConvention  
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2.5.2.5  News  
   News 2013  
   News 2012  
   News 2011  
   News 2010  
   News 2009  
   News 2008  
   News 2007  
   News 2006  
   News 2005  
   News 2004  
   News 2003  
   News 2002  
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2.5.2.8  NanoConvention  
   NanoConvention 2011  
 NanoConvention 2009  
 NanoConvention 2007  
   NanoConvention 2006  
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 NanoConvention 2009  
   Welcome Address  
   Overview  
   Speaker  
   Program  
   Information/Registration  
   Sponsoring/Partner  
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 NanoConvention 2007  
   Welcome Address  
   Overview  
   Speaker  
   Program  
   Information/Registration  
   Links  
   Advisory Board  
   Sponsoring  
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2.5.3  Human Resources  
2.5.3.1    Education @ Empa  
2.5.3.2    An apprenticeship at Empa  
2.5.3.3    PhD@Empa  
2.5.3.4    Postdocs Programs  
2.5.3.5    Empa as an employer  
2.5.3.6    International guests  
2.5.3.7    Vacancies/ Job opportunities  
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2.5.6  Mechanical Engineering/Workshop  
2.5.6.1    Development / Design  
2.5.6.2    Workshops Dübendorf / St. Gallen  
2.5.6.3    Testing and calibration  
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2.5.10  Internal rescue service  
2.5.10.1    Field internal rescue service  
2.5.10.2    Equipment internal rescue service  
2.5.10.3    Training first aider  
2.5.10.4    Conference internal rescue service  
2.5.10.5    Quality assurance internal rescue service  
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2.6  Media Technology  
2.6.1    Bildqualität  
2.6.2    Druckqualität  
2.6.3    Scientific Imaging  
2.6.4    Colorimetry  
2.6.5    Lichtausbreitung  
2.6.6    Statistische Mechanik  
2.6.7    Gittermodelle  
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2.7  Centers  
2.7.1    Center for Synergetic Structures  
2.7.2    CFKB CFRP in Structural Engineering  
2.7.3    ZZfP Center for Non-Destructive Testing  
2.7.4  ZKGA Cultural Property Analytics  
2.7.5    Center for Reliability Engineering  
2.7.6    Electron Microscopy Center  
2.7.7    NEST  
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2.7.4  ZKGA Cultural Property Analytics  
2.7.4.1    Archäometallurgie  
2.7.4.2    Architekturausstattung  
2.7.4.3    Malmaterialien und Textilien  
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3  Empa Academy  
3.1    Current events  
3.2    Events Archive  
3.3    External events  
3.4    Publications  
3.5    How to Find Us  
3.6    Contact  
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© Empa Switzerland / +41 58 765 11 11 / contact@empa.ch / Disclaimer / Impressum / 24.5.2013