88 English-speaking jobs in Grenå

This PhD position focuses on electrochemical direct air capture (e-DAC) research. The project combines computational modeling and experimental electrochemistry to develop energy-efficient e-DAC systems. The successful candidate will design and analyze materials and electrochemical systems for CO₂ capture, focusing on understanding fundamental capture mechanisms.

PhD student to design and realize demonstrator devices for preclinical testing in the EMGUT project. Devices will target harvesting of energy, sensing, delivery, and/or sampling applications in the gut, powered by triboelectric, piezoelectric, and microbial fuel cell technologies. Collaboration with postdocs and PhD students in the EMGUT consortium.

This PhD position will research and develop the theory and computational methods for 3D anisotropic Electrical Impedance Tomography. Responsibilities include research, coursework, teaching, and project supervision. Applicants must have a two-year master's degree in mathematics, applied or computational mathematics.

This PhD project investigates how university students learn using digital twins of ESS instruments. The research aims to determine the knowledge, skills, and competences students acquire from digital twins and their potential to replace hands-on training.

Postdoctoral researcher to develop and optimize a high-speed dermal atomic force microscope (HS-DAFM) for skin nanotexture analysis in a collaborative international project. Responsibilities include software development, signal processing, data acquisition, and collaboration with dermatologists and AI specialists. Requires a PhD in a relevant field and expertise in LabVIEW, C++, Python, signal processing, and microscopy systems.

Postdoc position in Immunoinformatics focused on prediction of T cell immunogenicity. The successful candidate will develop competences in T cell immunogenicity prediction and immunoinformatics. Requires a PhD degree and strong background in machine learning and immunoinformatics.

This PhD project investigates the benefits and limitations of photonic multiplexing for enhancing computing efficiency through parallelism. Tasks include investigating time-, frequency-, and mode-multiplexing, relating parallelism to applications, and addressing nonlinear equalization in optical signal transmission.

PhD research project combining multiscale simulation and experimental methods to improve resistance spot welding. Responsibilities include developing CFD and microstructural simulation models, validating simulations with experiments, and suggesting process windows for weld performance. Requires a good understanding of numerical modeling, preferably involving fluid mechanics and/or microstructure simulations, and experience with FEM or FVM.