-
neurodegenerative disease. Animal transgenesis and microinjection methods. Transcriptomic and genomic analyses. Advanced microscopy and image analysis. Genetic analysis, complex strain construction through genetic
-
methodologies and/or multi-omics). Experience in live cell image analysis, and/or metabolic analyses is a plus, as we also have projects that would benefit from these. This position is ideal for someone
-
, who leads the Speech Synthesis research group at Aalto University. The group works on deep generative models for speech and audio, speech synthesis, differentiable signal processing, deepfake
-
computers using microwave and optical signals, and continuous-variables quantum information processing and sensing using parametric amplifiers. More details are available from the group leader. As a
-
nanoparticles embedded within the device. The work combines advanced nanofabrication methods, such as electron-beam lithography and OLED fabrication via evaporation and solution-processing with
-
goal is for you to establish your expertise in sustainable chemical processing, while creating cutting-edge bio-based catalysts. You will have the opportunity to share your results within the vibrant
-
‑processing enzyme design. In each of these, the underlying challenges are hard computational problems, such as combinatorial optimization, sampling, and molecular simulation. The domain expertise is
-
maintenance. PhD degree in physical/materials sciences/engineering/computer science or related disciplines. Experience in microwave signal processing. Strong numerical skills especially in Matlab, Mathematica