Sort by
Refine Your Search
-
evolution reaction. In addition to making fundamental advances in material design, the electrocatalysts developed in this project will be integrated into an electrolysis setup, in which their competitiveness
-
. Key Responsibilities: Quantitative in situ and in vitro imaging studies related to cytokine signaling and cell-cell interactions. Design and optimization of multiplexed fluorescence imaging, in situ
-
work in the context of NCCR Automation on the broad theme of Responsible Automation (how to align control and design objectives with societal interest). The position is available immediately. The
-
energy storage function. The targeted chemistry spans organic molecules, transition metal complexes and carbon nanomaterials. Job description The foci of the project are to: Design and execute new
-
for identifying pathogen species and risks will be shared with our collaborating groups for targeted nanosensor design and device engineering to produce novel, rapid UTI diagnostics. Profile We are looking for a
-
Enable real-time decision-making in production environments Job description Design and implement data augmentation techniques to enhance model performance Implement efficient parametrization methods
-
models. Lead the design and implementation of innovative model components for sector coupling applications. Contribute to the strategic direction of research by identifying key challenges and proposing
-
Postdoctoral researcher position on Resilient Energy Infrastructures for the Swiss Energy Transition
scientific papers resulting from the project work. Profile Ph.D. degree in engineering (preferably electrical or mechanical), preferably in the design and optimization of energy systems (or electric power
-
with machine learning algorithms to predict areas at risk for reduced forest vitality and tree species decline. Key Responsibilities: Design multimodal data fusion techniques to integrate multispectral
-
graduate students Setting up laser systems for coherent atomic state manipulation Designing optical and electronic systems for precise control Calibrating dynamical processes involving Rydberg interactions