Project description Third-cycle subject: Electrical Engineering The department of Decision and Control Systems (DCS) is currently seeking a doctoral student with a strong background in machine learning, mathematics, and modeling, and an interest in biological systems. The successful candidate will join a project to understand and model cell-cell interactions to disrupt cancer-promoting equilibria. We aim … Read more
Job description The aim of the WASP-HS research group on autonomous systems and robotics in society (https://robotsinsociety.blogs.dsv.su.se/) is to advance the critical interactional study and design of autonomous systems and robotics in society. This postdoc will join this research group to develop interaction design research on robotics and autonomous systems as it meets the body. … Read more
Project description Third-cycle subject: Computer Science This PhD project will develop computing techniques, with a focus on middleware for parallel applications, including quantum computing applications and/or machine learning applications, in distributed computing environments. The work will range from algorithmic development of orchestration and scheduling techniques, through design and implementation of system software and runtime systems for … Read more
Subject field Sustainable bioproduction of Advanced Therapy Medicinal Products (ATMP). Subject description The subject covers the production of biologics with a particular focus on advanced therapies such as cell and gene therapies. The subject focuses on addressing the manufacturing bottlenecks that currently hinder the access and large-scale application of such therapies, thereby facilitating broader clinical … Read more
Job description We are recruiting a highly motivated postdoctoral researcher to lead a project focused on implementing high-throughput, highly multiplexed serological assays for pandemic preparedness. You will contribute to efforts to understand factors that determine viral spread in the Swedish population with an end goal to prevent and ameliorate future pandemics. You will establish the … Read more
Project description Third-cycle subject: Computer Science This doctoral project, funded within the Wallenberg AI, Autonomous Systems and Software Program (WASP), focuses on developing machine learning methods for reliable quantum computing. The project treats quantum noise and quantum error mitigation as problems in physics-informed, structured machine learning, with particular emphasis on learning error processes from limited, noisy … Read more
Job description We are looking for a Postdoctoral fellow with the task of validating and developing new systems to emulate cancer microenvironments. The fellow will work on multidisciplinary projects collaborating with research groups across KTH, Karolinska Institutet, SciLifeLab, and Karolinska Hospital. The host environment will be the Division of Nanobiotechnology, SciLifeLab, KTH with the group of … Read more
Project description Third-cycle subject: Computer Science The project focuses on developing probabilistic and AI-enhanced Bayesian methods for analyzing tumor DNA as well as circulating tumor DNA (ctDNA). The aim is to determine whether ctDNA signals can be explained by the primary tumor or whether they indicate metastasis. The project combines phylogenetic models with single-cell data … Read more
Project description Third-cycle subject: Computer Science The project develops probabilistic and AI‑enhanced Bayesian methods to analyze tumor DNA and circulating tumor DNA (ctDNA), with the aim of detecting metastases. It combines phylogenetic modeling, single‑cell data, and longitudinal blood samples, and includes development of new deep learning–based inference methods. The project is a close collaboration between … Read more
Project description Third-cycle subject: Electrical Engineering The introduction of new semiconductor materials, such as Gallium Nitride (GaN), opens new possibilities in power electronics allowing for reduced losses and increased switching frequency. GaN power semiconductors are already successfully used in low-power applications. In your research you will focus on combining these into modular converter structures, which … Read more