Last Updated on February 8, 2022 by admin
Master, PhD and Postdoctoral Positions at Jülich Research Centre, the largest interdisciplinary research centres in Europe.
Reference number | Title | Institute |
|---|---|---|
| 2021M-050, Materials Science, Chemistry, or Physics | Master Thesis: Electrochemical Characterization of Metal-Air Batteries | IEK-9 – Fundamental Electrochemistry |
| 2021M-096, Electrical engineering or physics | Master Thesis: Design of digitally enhanced power management circuits for Future Quantum Computers | ZEA-2 – Electronic Systems |
| 2021M-093, Electrical engineering, mechanical engineering, energy engineering, physics, mathematics, computer science | Master thesis: Computational experiments using aggregated scenarios in stochastic optimization models | IEK-3 – Techno-economic Systems Analysis |
| 2021M-015, Chemistry | Master thesis position: Interphase characterization in lithium-based batteries | IEK-12 – Helmholtz Institute Münster Ionics in Energy Storage |
| 2021M-062, Materials science, applied physics, inorganic chemistry, mechanical engineering | Master thesis: Erosion behavior of Yttrium-Aluminium-Garnets (YAG) in contact with reactive etching plasmas | IEK-1 – Materials Synthesis and Processing |
| 2021M-019, Mathematics, Physics | Internship: Methods and Tools for Parallel Energy System Simulation | IEK-10 – Energy Systems Engineering |
| 2021M-008 | Master thesis on the development of novel algorithms for highly scalable molecular dynamics simulations | IAS-5 – Computational Biomedicine |
| 2020M-091, Mathematics, Physics, Computer Science, Electrical Engineering | Master Thesis: Methods and Tools for Parallel Energy System Simulation | IEK-10 – Energy Systems Engineering |
| 2020M-047, Physics, chemistry, material science, CES (computational engineering science) | Internship, Bachelor or Master Thesis: Research and Development on Solid Oxide Fuel Cells and Electrolysis Cells (SOFC/SOEC) | IEK-9 – Fundamental Electrochemistry |
| 2020M-010, Mathematics, (bio)physics, computational science and engineering, (bio)informatics and similar | Master Thesis: Efficient Markov Chain Monte Carlo Techniques for Studying Large-scale Metabolic Models | IBG-1 – Biotechnology |
| D089/2017, Condensed Matter Physics, Theoretical Physics, Computational Physics, Spintronics, Materials Physics | Master theses: Skyrmions in anisotropic chiral magnets | IAS-1 – Quantum Theory of Materials |
| D003/2014, Condensed Matter Physics, Theoretical Physics, Computational Physics, Spintronics, Materials Physics | Master theses: Topological Insulator | PGI-1 – Quantum Theory of Materials |
| 2020D-081 | PhD Position – Conception, Design and Development of Modern Power System Simulation and Control Solutions | IEK-10 – Energy Systems Engineering | Jülich |
| 2021D-113 | PhD position – Data-Driven Distribution Models for Robust Design of Island Energy Systems with a High Share of Renewable Electricity | IEK-10 – Energy Systems Engineering | Jülich |
| 2021D-093 | PhD Position – Using Gas Infrastructures for Hydrogen Transport | IEK-3 – Techno-economic Systems Analysis | Jülich |
| 2021D-051 | PhD position – Automated orchestration of distributed energy system model workflows | IEK-3 – Techno-economic Systems Analysis | Jülich |
| 2019D-016 | PhD Position on “Simulating Cytoskeletal Dynamics” | IBI-5 – Theoretical Physics of Living Matter | Jülich |
| 2021-442 | Postdoc – HPC solutions for Energy Systems | IEK-10 – Energy Systems Engineering | Jülich |
| 2021-419 | Postdoc – Development of scalable superconducting quantum systems | PGI-13 – Quantum Computing | Jülich |