Daniel Martin Yerga

Aalto University’s School of Chemical Engineering is seeking a Postdoctoral Researcher to join the Electrochemical Materials and Applications group, led by Assistant Professor Daniel Martin Yerga. The position focuses on the electrocatalytic upcycling of plastic waste, aiming to develop advanced electrochemical materials and processes that convert plastic waste into value-added chemicals and co-produce green hydrogen. This research is at the intersection of chemical engineering, chemistry, and materials science, with a strong emphasis on sustainability and innovative solutions for a carbon-neutral future. The group’s research mission is to advance clean electrochemical energy and power-to-X technologies, combining fundamental and applied electrochemical materials science. Key research areas include electrocatalytic valorization of renewable resources, green hydrogen production, and the design of novel electrochemical nanomaterials. The group employs advanced synthesis and characterization techniques, including hydrothermal synthesis, electrodeposition, and operando spectro-electrochemistry, to pioneer scalable and efficient electrochemical conversion technologies. Applicants should have a PhD in Electrochemistry, Chemistry, Materials Science, or a closely related field, with a strong background in electrocatalysis and materials science. The position is fixed-term, starting in early 2026 for one year, with the possibility of extension depending on future funding. The research environment is collaborative and international, offering opportunities to contribute to high-impact projects such as green hydrogen production and sustainable chemical processes. For more information about the group and its research, visit the group website . Interested candidates should apply through the provided application link and are encouraged to review the group’s recent publications and ongoing projects. This is an excellent opportunity for researchers passionate about sustainable chemistry, electrocatalysis, and materials innovation.