Postdoctoral Position in Nanofibril Networks: KTH Royal Institute of Technology invites applications for a two-year Postdoctoral position within the ERC project DynanoNet, focusing on the development of materials and methods for adaptive separation of molecules and particles using dynamically tunable nanofibril networks.
Postdoctoral Position in Simulating Transport in Nanofibril Networks
Designation
Postdoctoral Researcher
| Details | Information |
|---|---|
| Research Area | Coarse-grained molecular dynamics simulations |
| Location | Stockholm, Sweden |
| Employment Type | Temporary position |
| Contract Type | Full-time |
| Start Date | September/October 2025, or as per agreement |
| Salary | Competitive monthly salary |
| Number of Positions | 1 |
| Full-Time Equivalent | 100% |
| Reference Number | PA-2025-1490 |
Eligibility/Qualifications
Requirements
- A doctoral degree (Ph.D.) or an equivalent foreign degree by the time the employment decision is finalized.
- Prior experience with simulations in the field of chemistry.
- Proficiency in English, both written and verbal.
- Excellent communication skills.
Preferred Qualifications
- Doctoral degree or equivalent obtained within the last three years before the application deadline.
- Background in physical chemistry, surface and colloid science, or polymer physics.
- Experience with coarse-grained simulations in ESPResSo 4 and/or LAMMPS simulation packages.
- Familiarity with diffusion in porous materials, nanofibrillar networks, or membrane/gel filtration.
- Awareness of diversity and equal opportunity issues, especially regarding gender equality.
Job Description
You will conduct coarse-grained molecular dynamics simulations to study the transport of solvents, molecules, and particles through nanofibril networks and investigate the influence of network topology. You will utilize and compare two methodologies:
- An ESPResSo coarse-grained model for high-resolution particle-network interactions.
- A supra coarse-grained model combined with the lattice-Boltzmann approach.
Collaboration will be essential, as you will work closely with leading researchers in simulations, including Dr. Tobias Benselfelt, Dr. Ahmad Reza Motezakker, and Dr. Aleksandar Mehandzhiyski. Additionally, you will help coordinate the DynanoNet project and its integration of experiments and simulations.
How to Apply
Log into KTH’s recruitment system to apply for this position. Please ensure that your application is complete in accordance with the ad’s instructions. The complete application must be submitted by the last application date.
Last Date to Apply
June 9, 2025
For further information about the project, please refer to the profiles of the research supervisors:
