Sort by
Refine Your Search
-
Listed
-
Field
-
-learning Knowledge of university processes and structures Experience abroad Basic experience in research methods and academic writing What we offer: Work-life balance: Our employees enjoy flexible working
-
administrative tasks in research and teaching. This is part of your personality: Completed Master's degree or Diploma, in the field of chemistry Basic experience in academic writing and with research methods
-
: • Merging computer science and qualitative and quantitative social science methods, you explore the conceptual data models that underpin different infrastructures and how this affects data discovery, use and
-
. Method development: Develop and optimize pulse programs and parameter sets for organochemical, biochemical, and materials applications; support the implementation of full automation workflows
-
Job ID: 4566 The University of Vienna, Faculty of Chemistry, is home of the Vienna Doctoral School in Chemistry (DoSChem). DoSChem is the largest doctoral training program in Austria focusing on
-
subunit of the Faculty of Social Sciences, is seeking a postdoctoral researcher with an excellent command of demography and its methods, for a period of six years. The candidate's PhD thesis should focus
-
an outstanding research profile in applied or computational PDEs, who apply their expertise to address contemporary societal challenges. Areas of application may include, but are not limited to, climate modeling
-
concordat law. The Institute for Canon and Religious Law conducts research using legal and canonical methods. At the interface between law and theology, canon law reflects on all questions of the legally
-
: You completed your PhD in a topic related to Operations Research. You have extensive experience with exact and (meta-)heuristic solution methods in the field of Operations Research. You have experience
-
methods including flow cytometry, (confocal) microscopy, and immunofluorescence will take place in coordination with experts in synthetic chemistry so as to enable the optimal design of potential cancer