KTH Royal Institute of Technology is seeking a postdoctoral researcher to join a multidisciplinary team focused on adaptive separation in cellulose-based, porous monoliths. The project, led by Assistant Professor Tobias Benselfelt and Professor Mahiar Hamedi, aims to develop innovative materials for biopharma separation, particularly targeting large particles such as lipid nanoparticles. Research will involve designing and characterizing materials with and without electrochemical control over pore-wall properties, integrating these materials into chromatographic columns, and testing their performance with model and real samples.

The research group operates at the intersection of materials science, chemistry, and biotechnology, with a strong emphasis on electrochemistry, membrane technology, and tunable molecular separation. The project offers opportunities for fundamental and applied research, with potential for commercial innovation. The group values diversity, equal opportunity, and entrepreneurial spirit, and provides a creative, dynamic environment with excellent working conditions and benefits.

Applicants should hold a recent doctoral degree (within the last three years) in a relevant field such as physical chemistry, materials science, or biotechnology. Proficiency in English and strong communication skills are required. Experience with membrane or chromatographic separation technologies, electrochemistry, or electroactive materials is advantageous. Candidates should be motivated, independent, collaborative, and proactive, with a commitment to diversity and gender equality.

The position is a full-time, two-year appointment with a monthly salary. The application deadline is January 15, 2026. To apply, submit a CV, diplomas and grades, a personal motivation statement, and two relevant publications through KTH's recruitment system. For more information, contact Assistant Professor Tobias Benselfelt at [email protected].

Keywords: cellulose fibres, porous materials, electrochemistry, adaptive separation, chromatography, materials science, biotechnology, membranes.