The University of Antwerp invites applications for a full-time doctoral scholarship in electrocatalytic conversions for the nitrogen value chain, hosted by the ELCAT research group (Applied Electrochemistry & Catalysis) within the Faculty of Applied Engineering. This opportunity is ideal for motivated candidates eager to contribute to pioneering research in the development of novel catalysts and electrochemical processes for the formation and interconversion of nitrogen-containing compounds, including amines, imines, amides, nitriles, and inorganic salts. ELCAT focuses on advancing electrochemical processes for power-to-x-to-power applications, aiming to enhance controllability, flexibility, and energy efficiency through innovative electrocatalyst and electrochemical-cell design. The group’s research spans electrocatalysis, electrosynthesis, and electrochemical reactor engineering, offering a dynamic and collaborative environment for doctoral researchers. For more details on current projects and publications, visit www.elcat.be . As a doctoral scholarship holder, you will prepare and defend a PhD thesis centered on the electrochemical conversion of nitrogen and its compounds. Your work will involve developing redox mediators as catalysts, screening reaction conditions, and analyzing electrolysis products, with the goal of producing basic and fine chemicals for the nitrogen value chain. You will also support general research tasks, contribute to scientific publications, present findings at international conferences, and assist with limited teaching and research support activities within the group and faculty. The scholarship is awarded for two years, with the possibility of renewal for an additional two years following a positive evaluation. The monthly scholarship amount is determined by university rates, and additional benefits include ecocheques, Internet-connectivity allowance, and either a bicycle allowance or full reimbursement of public transport costs for commuting. Doctoral researchers have access to a wide range of courses and educational credits through the Antwerp Doctoral School, and will work primarily at Campus Drie Eiken in Wilrijk, Belgium. Eligibility requires a master’s degree in chemistry, chemical engineering, applied/industrial engineering chemistry, materials science, or a related field, with excellent academic results. Candidates should be proactive, motivated, and capable of working safely in laboratory settings, especially with chemicals. Experience with electrochemical systems is advantageous. Proficiency in English (spoken and written) is required, and candidates should have basic knowledge of Dutch or be willing to learn quickly. Strong planning, organizational skills, and independence are essential, along with teaching and research competences aligned with the university’s vision and policies. Applications are accepted online via the University of Antwerp’s job application platform until January 19, 2026. Required documents include a motivation letter, academic CV, and a short summary of your master’s thesis project. The selection committee will review applications promptly after the deadline, and eligible candidates will be informed of next steps, including online interviews scheduled for the first week of February 2026. For questions about the application process, contact [email protected] . For job-specific inquiries, reach out to Prof. Dominik Halter at [email protected] . The University of Antwerp is committed to diversity, inclusion, and equal opportunities, and encourages candidates from all backgrounds to apply. The institution has received the European Commission’s HR Excellence in Research Award and offers a supportive, family-friendly environment that invests in employee growth.

The University of Antwerp, a leading European institution, is offering a full-time doctoral scholarship in the field of electro-organic synthesis at metal-oxide nanoparticle catalysts within the Applied Electrochemistry and Catalysis (ELCAT) research group, Faculty of Applied Engineering. This research is pivotal for advancing sustainable chemical industry practices by converting renewable electricity into chemical energy carriers and value-added compounds. The successful candidate will focus on the synthesis and characterization of electrode surface-immobilized metal oxide nanoparticles, evaluation of electro-hydrogenation performance for various organic substrates, and mechanistic investigation using spectroscopy. The project aims to optimize catalyst materials and reaction conditions, integrating process engineering and electrolyzer design to maximize conversion performance. ELCAT provides a vibrant research environment with over 40 researchers and state-of-the-art facilities, engaging in topics such as CO2 reduction, water splitting electrolysis, electrochemical reactor design, redox flow batteries, and electrolyzer scale-up for green industry applications. The doctoral project will address challenges in direct electro-hydrogenation using water, aiming to prevent undesired hydrogen evolution and achieve selective e-hydrogenation of complex substrates. The research will employ catalyst design, flow electrolyzer engineering, and advanced spectroscopy to develop a versatile platform for energy storage in liquid organic hydrogen carriers, industrial alkyne semi-hydrogenation, and bio-feedstock upgrading. Responsibilities include developing nanoparticle-functionalized electrodes, screening reaction conditions, analyzing electrolysis products, and designing custom electrolyzer setups for in operando catalyst monitoring. The candidate will publish scientific articles or patents and contribute to teaching and research support within the faculty. Applicants must hold a Master’s degree in chemical engineering, chemistry, materials science, or a related field, with excellent academic results. Desirable skills include nanoparticle synthesis, characterization, heterogeneous catalysis, flow reactor engineering, and fluid dynamics. Proficiency in English and laboratory safety is required. The scholarship is initially for one year, renewable up to four years, with a monthly stipend and additional allowances for eco, internet, and commuting. The position is based at Campus Drie Eiken in Antwerp. Applications are accepted online until November 13, 2025, and must include a motivation letter, academic CV, summary of Master’s thesis, and relevant research projects. For inquiries, contact Prof. Dominik Halter. The University of Antwerp values diversity and inclusivity, encouraging candidates from all backgrounds to apply.