Application deadline: 8 March 2026

Rechargeable zinc-metal batteries are a promising technology for safe, affordable, and sustainable energy storage. As a PhD student in the Stenlid Lab, you will use advanced computational chemistry and atomistic modelling to investigate and control interfacial reactions in aqueous zinc-metal batteries. The project combines fundamental theory with close experimental collaboration, offering the opportunity to contribute to next-generation energy storage technologies while developing as an independent researcher in an international research environment.  (posted: 18 December, 2025)

Application deadline: 10 February 2025

Electrocatalysis will play a transformative role in the green transition of the chemical industry. As a PhD student in the Stenlid lab, you will use advanced computational chemistry to design novel electrode materials for electrocatalytic conversion of biomass to essential platform chemicals. This project integrates theoretical chemistry, materials science, and organic synthesis, offering you the opportunity to contribute to a low-carbon future while growing as an independent researcher.  (posted: 07 January, 2025)

Application deadline: 10 February 2025

Join us in pioneering a novel research field harnessing reactive water nanodroplets to combat greenhouse gas emissions. We are seeking a highly motivated postdoctoral researcher to develop cutting-edge computational methods for interfacing nanodroplets with catalytic particles, enabling the conversion of methane and nitrous oxide into benign and value-added products. Collaborate with experts across disciplines, drive innovation in sustainability, and advance computational catalysis. (posted: 07 January, 2025)