-
experiments with our bioSWITCH collaborators in Austria (Graz and Vienna). These tasks will include experimental design and automation, as well as integration with our custom hardware and software
-
devices – in a variety of geometries and experimental setups, including biological experiments with our bioSWITCH collaborators in Austria (Graz and Vienna). These tasks will include experimental design and
-
networks. Specific topics include the design and optimization of distributed and massive MIMO for high-capacity coverage and low-latency wireless access; methods to support energy-neutral (passive) devices
-
can it tailor reaction outcome with different system design? Is the transformation scalable, and how green is it? In particular, you will: Optimize chemical reactions. Evaluate reaction kinetics with
-
designing laser-based materials characterization techniques. We also think you have documented experience using Fabry–Pérot interferometers, for example when performing BLS experiments. You are a self
-
lung tissue model. Genetic and epigenetic effects on M. tuberculosis are also a part of the project which includes bioinformatic analysis. The position will also include design and analysis
-
behavioral testing Design and performance of studies to assess the functional role of candidate brain circuits in observational fear (optogenetic, viral vector, and chemogenetic DREADD-based approaches
-
maximum of 20% of working hours. STING aims to design models that capture the richness of human communication by connecting concrete, continuous-valued sensory data, such as images, sound, and motion, with
-
attitude towards working in a team. You are efficient and goal oriented. The workplace You will be employed in the Materials Design division at the Department of Physics, Chemistry and Biology (IFM
-
scientific skills evidenced by independent research of high quality as well as the ability to independently plan research and formulate research questions are requirements for the position. You must have