Sort by
Refine Your Search
-
Category
-
Program
-
Field
-
with a strong background in system security, formal verification, and/or machine learning to apply for two PhD positions, funded by Wallenberg AI, Autonomous Systems and Software Program (WASP
-
. This eligibility requirement must be met no later than the time the employment decision is made. Prior publications within top machine learning venues. Prior experience with under supervised deep learning during PhD
-
on machine learning systems in PyTorch or JAX have experience in interpretable methods in machine learning have experience in using version control systems like Git and public repositories like GitHub
-
the sense of smell works in humans and build AI models of these. We seek a candidate who have experience working with time series data (EEG), signal processing and machine learning. PhD student 2 will work
-
of Mechanics we focus on blood flow phenomena, blood clot formation and bleeding due to artificial life-supporting devices such as heart-and lung machines and heart support pumps, but also on formation
-
an EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Project description Third-cycle subject: Human-Computer Interaction Inclusive Digital Learning
-
Communication Technology The doctoral student position focuses on fundamental research combining programming languages theory, compilers, and machine learning. In particular, the emphasis is on algorithms, formal
-
culture, isolation of cells from blood and tissue. Experience of image analysis, machine learning or related fields. Practical experience of programming. An interest in multi-disciplinary research
-
Preferred qualifications Strong programming skills in Python, and other relevant languages (such as R) Background in AI, machine learning, data science, statistics, preferably with a focus on both statistical
-
to the understanding of the protein dynamics on a single cell level. You will collaborate with other research groups that develop complementary spatial omics methods and machine learning approaches to model spatial