Institut TEMF


BSc- and MSc-Thesis

  • Untersuchungen zum Tuningverhalten gekoppelter CH-DTL Kavitäten
  • Finite-element simulation of a magnetocaloric refrigeration system
  • p-Type algebraic multigrid for high order hierarchical FEM for Maxwell’s equations
  • State-Space-Concatenation method for the calculation of beam impedances in the frequency domain
  • Analysis of beam signals in the upstream couplers of TESLA cavities using wakefield simulations
  • Calculation of coupling impedances in the frequency domain for particle beams with β < 1

all Topics

Job Offers

The Institute for Accelerator Science and Electromagnetic Fields constantly searches for new PhD students and Postdocs.

  • Nuclear Photonic: Numerical Simulation of Laser Target Interaction
  • The Dual Universe: generalizing the Buffa-Christiansen complex
  • Stable and fast hysteresis models for 3D finite-elementsimulation (PhD student)
  • Einsatz von Spektralzerlegungsmethoden zur Entwicklung von Hierarchical Modeling of Energy Transducers for Concurrent Engineering (PhD Student)

all Job Offers


Latest Publications

  • Orth, Sebastian, Open-Loop and Closed-Loop RF Control for ERLs.
    In: AccelencE Workshop, 7.11.-9.11.2016, Triffels.
    [Konferenz- oder Workshop-Beitrag], (2016)
  • Köster, Oliver Combining rotating-coil measurements of large-aperture accelerator magnets.
    Technische Universität Darmstadt , Darmstadt
    [Dissertation], (2016)
  • Schmidt, Peter Radiation Pressure Acceleration and Laser Induced Focusing.
    Technische Universität Darmstadt , Darmstadt
    [Dissertation], (2016)
  • Andreev, Aleksandr Phase Calibration of Synchrotron RF Signals.
    In: Workshop on Advances in Electromagnetic Research, 3.09.-9.09.2016, Hirschegg, Austria;.
    [Konferenz- oder Workshop-Beitrag], (2016)

all Publications


Mitarbeiter und Mitarbeiterinnen des Institut TEMF, sowie das gesamte Team des Instituts sind für ihren besonderen Beitrag in der Erforschung elektromagnetischer Felder, die Entwicklung neuartiger Simulationsmethoden und für die Forschung zu Teilchenbeschleunigern mehrfach mit internationalen Forschungspreisen ausgezeichnet worden.

  • IEEE Council on Superconductivity Graduate Study Fellowship 2019, Lorenzo Bortot
  • Giersch-Excellence-Grant 2019, Sajjad Hussain Mirza, M.Phil.
  • PhD-Award of the Graduate School of Computational Engineering 2018, Dr.-Ing. Jacopo Corno
  • Young Scientist Best Paper Award 2018, Felix Wolf, M.Sc. at the “Kleinheubacher Tagung 2018”
  • Young Scientist Award 2018, Yvonne Späck-Leigsnering, M.Sc. at the “Kleinheubacher Tagung 2018”
  • Best Student Poster Award 2018, Yao-Shuo Yuan bei International Particle Accelerator Conference 2018 (IPAC´18)

all Awards



The focus of the research activities in TEMF is on the numerical simulation of electromagnetic phenomena (fields, circuits, charged particles), relevant in a wide spectrum of electrical engineering and accelerator science.

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Our teaching activities consist of the basic lectures "Grundlagen der Elektrodynamik“ and „Technische Elektrodynamik“, and lectures in the domain of computational electromagnetics and in the domain of accelerator science. Additionally, our scientific staff offers topics for BSc- und MSc-theses.

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Board of Directors of the Institute TEMF

Professors: I. Munteanu, O. Boine-Frankenheim, H. Klingbeil, H. De Gersem (Executive Director), S. Schöps, S. Kurz, T. Weiland

Additional members: J. Latzko, U. Niedermayer, H. Koch