PhD Opportunities in Chemical Engineering in Hungary

This doctoral project at Malmö University is part of the national BioLabX research school and addresses the future of non-invasive laboratory diagnostics through the use of oral fluids, especially saliva, as diagnostic material. The research aims to develop and validate standardized methods for multi-omics analysis, with a particular emphasis on metabolomics and proteomics , so that biomarkers in oral fluids can be identified and validated in a reproducible way. The project is framed around the ...

These four PhD positions are hosted by DTU Energy within BRIGHT ’s mission-oriented research programme on novel biomanufacturing-enabled materials. The project aims to create PFAS-free functional biomaterials and, in particular, to develop proteinaceous and polypeptide-based materials as sustainable alternatives to persistent fluorinated components used in batteries. The research spans an integrated pipeline from molecular design to biomanufacturing, materials processing and performance testing....

This PhD project sits within BRIGHT , a mission-oriented research programme at the Technical University of Denmark focused on creating PFAS-free biomaterials through biotechnology. The work aims to build a general platform for designing protein- and peptide-based biomaterials , with solid-state battery components as the first testbed. The core research challenge is to replace fluorinated polymers with de novo designed proteins and peptides . The PhD researcher will generate the computational des...

This PhD project is part of BRIGHT at the Technical University of Denmark, where researchers are building a general platform for designing protein- and peptide-based biomaterials. The first testbed is solid-state battery components, with the broader aim of replacing fluorinated PFAS polymers with de novo designed proteins and peptides. The project focuses on predictive modelling of long-timescale behaviour in designed proteins and peptides using generative molecular dynamics. A key goal is to un...

The doctoral project is based in the bioinorganic chemistry group within the molecular biomimetics program at the Department of Chemistry – Ångström , Uppsala University. The group is described as internationally recognized, highly visible, and located in a modern building at the Ångström Laboratory. The research environment is strongly collaborative, with cross-disciplinary interactions and cooperation with specialists at Uppsala University and other universities in Sweden and abroad. The proje...

The Department of Chemistry at Uppsala University’s Ångström campus offers a research-intensive environment with a strong international profile, external collaborations, and activity across multiple programs. This PhD project is embedded in that setting and focuses on the chemistry and electrochemistry of next-generation sodium-ion batteries. The project addresses a key challenge in sodium-ion battery development: how to improve energy density and long-term stability by removing the conventional...

The PhD project is based in the Crespi group at Uppsala University’s Department of Chemistry – Ångström Laboratory, a large chemistry environment with strong internationally oriented research and education activities. The work focuses on phosphorus-based photoswitches and the project “Hemiphosphaindigos: New Gears for Molecular Machines” , funded by the Swedish Research Council. The successful candidate will work on the design and synthesis of new phosphorus-containing indigoid chromophores and ...

The Broedersz group in the Section for Physics of Living Systems at Vrije Universiteit Amsterdam is offering a four-year PhD position on the non-equilibrium statistical physics of collective cell migration. The project sits at the interface of living systems, biophysics, and theoretical physics, and is part of a Vici-funded research direction in the Physics department. The successful PhD candidate will work on uncovering the fundamental interaction rules that govern collective cell migration, a ...

Electronics Integration and Reliability (EILB) at Aalto University School of Electrical Engineering is seeking a doctoral researcher to work on the next generation of high-density power electronics. The group develops innovative materials, device design, and bonding technologies for wide-bandgap and ultra-wide-bandgap semiconductor systems, with applications extending to RF devices and smart sensors. The project centers on miniaturised heterogeneous integration for power electronics, using novel...