André Eilert Email & Phone Number

Dresden, Sn, De

Dresden, Saxony, Germany

AMTC, a joint venture of GlobalFoundries and Toppan Photomasks, produces advanced photomasks for semiconductor industry.Manager Lithography Process | Front End of LineAccountable for Operations, Project Development, Maintenance

Dresden, Saxony, Germany

Department Pattern Generation (e-beam and laser lithography)- project management, resource planning- project execution (process qualification, continuous improvement)- guidance for other engineers within department, mentor- in-house trainer for TIBCO Spotfire data analysis software- elected member of company team for better communication, integration and culture 2018-2022, elected speaker 2020-2022

Dresden, Saxony, Germany

Department Pattern Generation- project engineer in front end of line- responsible for process qualification, planning

Dresden, Saxony, Germany

Litho Development Team- develop novel and improve existing processes for ebeam lithography and related methods (coat, bake, develop)- give engineering support for manufacturing

Investigate catalytic reactions including the electrochemical reduction of carbon dioxide with synchrotron based methods: ultra-high vacuum and ambient pressure x-ray photoelectron spectroscopy (XPS), x-ray absorption spectroscopy (XAS, XANES, NEXAFS, EXAFS).Working in an international environment with people from 20+ countries. Contributed to large international collaborations with researchers from 10+ countries studying ultrafast chemical reactions using free-electron x-ray… Show more Investigate catalytic reactions including the electrochemical reduction of carbon dioxide with synchrotron based methods: ultra-high vacuum and ambient pressure x-ray photoelectron spectroscopy (XPS), x-ray absorption spectroscopy (XAS, XANES, NEXAFS, EXAFS).Working in an international environment with people from 20+ countries. Contributed to large international collaborations with researchers from 10+ countries studying ultrafast chemical reactions using free-electron x-ray lasers.Continued development for an online electrochemical mass spectrometry instrument (OLEMS) that detects electrochemical reaction products. Characterized catalysts with scanning electron microscopy (SEM), transmission electron microscopy (TEM), electron energy loss spectroscopy (EELS) and electrochemical methods (CV).Responsible for ultra-high vacuum lab in connection with local safety officer and building manager. Show less

Transfer certain research activities from SLAC National Accelerator Laboratory to Stockholm University, Department of Chemical Physics. Contribute to a new high pressure x-ray photoelectron spectrometer designed by Stockholm University and located at Deutsches Elektronen-Synchrotron Hamburg (DESY).Postdoctoral Researcher position at Stanford University and Scientist position at Stockholm University fulfilled in parallel.

Setup of a new ambient pressure, high kinetic energy x-ray photoelectron spectrometer.Elemental composition analyses with x-ray fluorescence (XRF, RFA), service for Departments of Physical Chemistry, Chemical Technology, Mineralogy, Inorganic Chemistry and external customers.Led undergraduate seminar "Physical Chemistry" for students of chemical education.

Investigated gas-surface interactions (scattering, uptake, desorption) of carbon dioxide and ionic liquids using a supersonic molecular beam.Established standard operating procedures for sample preparation and elemental composition analysis of solid and powder samples using an x-ray fluorescence spectrometer (XRF, RFA). Characterized more than 300 samples from industrial catalysts to ancient coins from the Roman empire, in close collaboration with the Departments of Physical Chemistry… Show more Investigated gas-surface interactions (scattering, uptake, desorption) of carbon dioxide and ionic liquids using a supersonic molecular beam.Established standard operating procedures for sample preparation and elemental composition analysis of solid and powder samples using an x-ray fluorescence spectrometer (XRF, RFA). Characterized more than 300 samples from industrial catalysts to ancient coins from the Roman empire, in close collaboration with the Departments of Physical Chemistry, Chemical Technology, Mineralogy and Inorganic Chemistry.Contributed to ultra-high vacuum, high resolution x-ray photoelectron spectroscopy studies of surface chemical reactions using synchrotrons.Supervised 1 high school student and 11 undergraduate students in 2 Bachelor thesis projects, 11 lab projects and 2 Master thesis projects.Taught lab courses in advanced and basic physical chemistry: x-ray fluorescence spectroscopy (advanced physical chemistry students and advanced chemical education students), ebullition and volume behavior of binary mixtures (basic physical chemistry students) and ion transport in electrolytes (basic physical chemistry students). Led physical chemistry seminar for students of chemical education.Co-authored 8 articles in peer-reviewed scientific journals (including research as undergraduate). Presented scientific results in 4 presentations and 4 posters on scientific conferences.Gave public lectures and presented the Institute for Physical and Theoretical Chemistry in public events including the local science day and the long night of science.Received the Graduate Fellowship from the Studienstiftung des deutschen Volkes. Show less

Magna Cum Laude (1,1)

Thesis: "The Interactions between Carbon Dioxide and Ionic Liquid Surfaces: Molecular Scattering, Uptake and Desorption"

Postdoctoral Scholar

Mit Auszeichnung (1,3)

Master thesis: "Molecular Trapping and Scattering at Ionic Liquid Surfaces.", comissioning of a molecular beam apparatus to study.

Chemistry

One year educational exchange, lab projects in theoretical chemistry and x-ray spectroscopy/tomography using synchrotrons.

Chemistry

Internship for Bachelor thesis, nuclear magnetic resonance (NMR).