Join Germany’s Energy Innovation Frontier with a Fully Funded PhD
Embedded in the Institute of Energy Technologies – Fundamentals of Electrochemistry (IET‑1), this position centers on simulation, diagnostics, and high‑temperature system optimization for reversible solid oxide cells (SOEC/SOFC) used in hydrogen and syngas production. Candidates will build health-monitoring systems, deploy real‑time analytics on edge hardware, and develop a digital twin model for rSOC systems—integrating cutting-edge electrochemistry, control systems, and AI-driven monitoring design
What the Scholarship Covers
You will be employed under the German civil service TVöD‑Bund system (E13, 75%) with additional Christmas bonus, 30 days annual leave (plus year‑end bridge days), funding for conference travel, and access to structured doctoral support via JuDocS. You’ll work among a diverse international team in one of Europe’s largest research centres—Forschungszentrum Jülich—leveraging supercomputers, labs, and strong infrastructure
Who Should Apply
This position is open to those holding a master’s degree in energy, chemical, mechanical, or process engineering—with solid understanding of thermodynamics, fluid dynamics, plant engineering, and simulation tools such as Matlab, Simulink, or Python. Experience in electrochemistry and familiarity with solid oxide electrolysis/fuel cells is advantageous. Proficiency in English and German is expected
Key Dates & Application Process
Applications must be submitted online through the official FZJ portal by 6 July 2025. Late or incomplete submissions will not be accepted. Following initial review, shortlisted candidates will be interviewed (via Zoom or in person), with final offers extended soon after. The appointment is expected to begin in late 2025
Why This PhD Matters
This is more than a research role—it’s a launchpad into real-world impact on climate technology and energy systems. By joining the Power‑to‑X initiative, you will contribute to Germany’s ambitious energy transition, modelling systems that transform CO₂ and water into clean fuels. You’ll gain hands-on experience with advanced diagnostics, implement models for live system health management, and shape digital twins driving industry innovation
Next Steps
Ensure you meet the academic and language requirements, then prepare application materials—CV, transcripts, motivation letter aligned with the PHOENIX project, research statement, and references. Tailor these to demonstrate specific alignment with digital twins in P2X systems. Submit through the official website before 6 July 2025 to be considered