Miguel Martial Djakou Batotchou
Geschwindigkeits- und Positionsbestimmung von On-the Fly Nahfeld Scans mit Dynamic Time Warping
Bachelor Thesis

Ian Alexander Häbel
Einsatz von Reinforcement Learning zur Entkopplung der Spannungsversorgung auf Leiterplatten
Master Thesis

Till Henrik Schwiers
Design of a Uniform Circular Array (UCA) Using Patch Antennas at 24HGz.
Bachelor Thesis

Johannes Alfert
Automated Numerical Validation of Via Arrays for Signal Integrity Applications
Bachelor Thesis

Lennart Bohl
Electromagnetic Simulation and Characterization of SOT Packages on Printed Circuit Boards
Research Project

Ann-Sophie Woldmann
Hierarchiesche Vollwellen-Modellierung drahtloser Leistungsübertragung für Implantate ausgehend von der Transistorebene
Bachelor Thesis

Marco Gehm
Influence of Interfering Antennas on Orbital Angular Momentum (OAM) Communication
Bachelor Thesis

Lennart Bohl
Prediction of Equalization with Machine Learning for High-Speed Links
Master Thesis

Ian Häbel
Application of Genetic Algorithms to Decouple PCB Based Power Delivery Networks
Research Project

Matthias Teichelmann
Validation of Hybrid Field Circuit Simulations of Brain Implants in a Realistic Human Head Model
Research Project

Jan Hessling
Automated Numerical Validation of Via Models Using a Full-Wave Simulator
Bachelor Thesis

Malte Thode
Near-field Prediction of Coils for Wireless Power Transfer using Gaussian Process Regression
Bachelor Thesis

Ömer Faruk Yildiz
Functional Via Structures in Passive Microwave Components on Multilayer Ceramic Substrates
Ph. D. Thesis

José Enrique Hernández Bonilla
Layout Optimization of a Novel Automotive Flip-Chip Package
Master Thesis

Matthias Teichelmann
Source Replacement of Realistic Wireless Power Transmitter based on Near-Field Simulation for Brain Implants
Master Thesis

Tommy Weber
Bestimmung von Impedanzparametern mit Bezug zu Leiterplatten im Frequenzbereich mit Hilfe Maschinellen Lernens
Bachelor Thesis

Daniel Jahnke
Determination of Coefficients for Spherical Wave Expansion of Brain Implant Models
Bachelor Thesis

Rasmus Mentzer
Numerical Investigations of Coupling to Orbital Angular Momentum (OAM) Transmission Lines
Bachelor Thesis

Eileen Trunczik
Numerical Investigations of Electromagnetic Fields Due to Implants Using Realistic Brain Models
Master Thesis

Youcef Hassab
Comparison of Machine Learning Tools to Predict Impedances of PCB Based Power Delivery Networks
Research Project

Lennart Harms
Numerical Investigation of a Nonlinearly Loaded Patch Antennas Using Hybrid Field-Circuit Simulations
Research Project

Til Hillebrecht
Investigation of Disturbed Orbital Angular Momentum (OAM) Striplines and Microstrip Lines
Research Project

Mohammad Najafi
Einfluss von Elementausrichtung und -typus auf ein Orbital Angular Momentum (OAM) Antennen-Array
Bachelor Thesis

Katharina Scharff
Evaluation of Interconnects up to 100 GHz using Machine Learning
Ph. D. Thesis

Marvin Jürgensen
Modellierung und Analyse von elektromagnetischen Feldern um Hochspannungsleitungen
Master Thesis

Maria Gnucheva
Near-Field Approximation of Brain Implants Using Spherical Wave Expansion
Bachelor Thesis

Preethi Subbaraju
Analysis of the Influence of ESD Diodes on the Behaviour of Integrated Common Mode Filters
Master Thesis

Eileen Trunczik
Using a Huygens’ Box Approach to Simulate Electromagnetic Fields around Human Brain Implants
Research Project

Leon Maximilian Helmich
Hierarchische Ansätze zur Modellierung und Simulation von Nahfeldern um Gehirnimplantate
Bachelor Thesis

Frederike Sophie Bartels
Downscaling of an orbital angular momentum (OAM) Array
Bachelor Thesis

Daniel Fischer
Adaptiver Frequenz Abtastalgorithmus für Schaltungs- und Vollwellensimulation 
Bachelor Thesis

Harun Baran
Modellreduktion der elektromagnetischen Charakterisierung eines induktiven Positionssensors für die Automobilindustrie
Master Thesis

Marc Kopf
Framework for Hybrid Field-Circuit Simulation Using a General Computation Environment
Master Thesis

Lars Meyer
Electromagnetic Emission Simulation of an Optical Transceiver in the Human Brain
Research Project

Joshua von Horn
Investigation of Active EM-Field-Circuit Problems using Hybrid Simulation Methods
Bachelor Thesis

Christian Morten Schierholz
Evaluation of Machine Learning Algorithms for Power Integrity Applications
Master Thesis

Marc Becker
Optimization of Shielding Effectiveness by Variation of Nonlinear Protection Circuit
Bachelor Thesis

Sönke Sannmann
Via-Based Power Divider in LTCC-Multilayer Substrates
Research Project

Christian Morten Schierholz
Uncertainly Quantification of Noise Sources in Power Distribution Networks on Printed Circuit Boards
Research Project

Martin Doose
Design of Microwave Structures on Multilayer LTCC Substrates
Research Project

Lukas Glandorf
SAR-Computations for Phantoms in the GHz-Frequenzy Range
Research Project

Dr.-Ing. Torsten Reuschel
Combined Assessment of Interconnect and Equalization in Data Links on Multilayer Printed Circuit Boards
Ph. D. Thesis

Mahan Gorji
Optimization of Multi-Coli Wireless Power Transfer Systems
Master Thesis

Til Hillebrrecht
Numerische Band-Diagramm Analyse zweidimensionaler periodischer Strukturen
Bachelor Thesis

Volodymyr Andriyovych Vasylyuk
Hochfrequenzfilter auf Basis von funktionalen Via-Strukturen in LTCC-Multilagensubstraten
Bachelor Thesis

Marten Lars Elhöft
Prediction of Eye Opening of Channels Showing Resonance Effects using Neural Networks
Bachelor Thesis

Fabian Mohn
Analysis and Optimization of the Signal to Noise Ratio (SNR) for Receive Arrays in Magnetic Resonance Imaging (MRI)
Master Thesis

Dr.-Ing. David Dahl
Electromagnetic Modeling and Optimization of Through Silicon Vias
Ph. D. Thesis

Patrick Philipiak
Analytical Formulations for Electromagnetic Fields coupled through finite Aperture Arrays
Bachelor Thesis

Fabian Happ
Method of Moment Analysis of Layered Carbon Fiber Composites with Applications to Electromagnetic Compatibility
Ph. D. Thesis

Christian Morten Schierholz
Application of Machine Learning for Signal Integrity Assessment on Printed Circuit Boards
Bachelor Thesis

Laura Ringwelski
Analysis and Evaluation of Crosstalk within Complex Cable Bundels in Airplanes
Master Thesis

Kevin Kraut
Lead Field Calculation of 2D Cross-Sections Using A Boundary Element Approach
Bachelor Thesis

Torben Wendt
Time and Frequency Representations of High-Speed Digital Links Including Equalization
Master Thesis

Jan Birger Preibisch
Extension of the Contour Integral Method for Stochastic Modeling of Waveguiding Structures
Ph. D. Thesis

Martin Doose
Design of Delay Lines Using Meanders
Bachelor Thesis

Ömer Faruk Yildiz
Analysis of Electromagnetic Interference Variability on RF Integrated Circuits
Master Thesis

Dennis Zappe
Design of a Coil Topology for an MPI Head Scanner
Bachelor Thesis

Marc Robaszkiewicz
Multiconductor Ports for Transitions between Packages and Printed Circuit Borads
Master Thesis

Tabea Huth
Evaluation of a Transmit-Receive Coil Concept with Improved B1 Homogeneity for Magnetic Resonance Imaging
Bachelor Thesis

Ömer Faruk Yildiz
Analysis of Stochastic Equivalent Circuit Models using Polynomial Chaos Expansion
Project Thesis

Alexander Vogt
Analysis of Electromagnetic Interference in Server Casings
Ph. D. Thesis

Katharina Scharff
Assessment of Modulation and Signaling on High-Speed Digital Link Performance
Master Thesis

Andreas Hardock
Design of Passive Microwave Components on Multilayered Printed Circuit Boards using Functional Vias
Ph. D. Thesis

Aleksandar Savic
Simulation von Durchkontaktierungen in Silizium auf Basis der Mehrleitertheorie
Bachelor Thesis

Yannick Bliesener
Interactiv H-Matrix-Solvers for the Method of Moments
Master Thesis

Sebastian Müller
Via Array Modeling for Application in Fast, Energy-Efficient Digital Systems
Ph. D. Thesis

Hendrik Preuß
Jitter-Decomposition in Digital Systems Based on Multilayer Substrates
Bachelor Thesis

Mahan Gorji
Untersuchung der elektromagnetischen Interferenz in einem PC-Gehäuse
Bachelor Thesis

Rafael Dauth
Damage detection in fiber composite structures by means of transmission line modelling and measurement
Bachelor Thesis

Christian Schewe
Messung und Modellierung von Blitz-Transferfunktionen an einer kanonischen Luftfahrzeugstruktur
Bachelor Thesis

Arne Schröder
Accurate and Efficient Algorithms in the Method of Moments for the Analysis of High Intensity Radiated Field Coupling into Aircraft
Ph. D. Thesis

Fabian Mohn
Evaluation of a Multi-Channel Transmit Coil with Transformer Decoupling for Magnetic Resonance Imaging
Bachelor Thesis

Caroline Beyer
Evaluation of a Multi-Channel Transmit Coil Concept for Magnetic Resonance Imaging with Main Field Oriented Segmentation
Bachelor Thesis

Ömer Faruk Yildiz
Application of Coupled Vias in Multilayer Substrates as Microwave Components
Bachelor Thesis

Stefan Möws
Symmetries in modeling vias on multilayered printed circuit boards
Bachelor Thesis

Ali Abed-Alhak
Simulation of Substrate Integrated Waveguides with a Contour Integral Method
Bachelor Thesis

Francky Marcel Koualong II
Designing of EMC-Filters with minimal parasitic effects
Master Thesis

Andy Blum
Measurement and Computation of Parasitic Effexts of a DC/DC-Converter and Modeling in LTspice
Diploma Thesis

Torben Wendt
Computation of Band Diagrams of Periodic Structures using Network Parameters
Bachelor Thesis

Jan Tannich
Untersuchung von Multipol-Quellen als Anregung metallischer Strukturen in der Momentenmethode
Bachelor Thesis

Patrick Nowak
Untersuchung der Güte resonanter Strukturen mit dämpfenden Materialien mit Hilfe der Momentenmethode
Bachelor Thesis

Sonja Schulz
Development of a hybrid EMC-filter based on a 10 kW-DC/DC-converter with standard-complaint measurements of conducted disturbances
Master Thesis

Eva-Maria May
Development of a Diode Model for Electrostatic Discharge Protection of Radio Frequency Circuits
Student Thesis

Yi-Hsin Ting
Simulation and Analysis of On-Chip Common Mode Filters for High Speed Differential Signal Lines
Master Thesis

Dicky Kusama Punzalan
Realisierung eines störunempflindlichen Hochspannungs-EMV-Messsystems für moderne Energieübertragungssysteme
Diploma Thesis

Miroslav Kotzev
Probing and Fixturing Techniques for Wideband Multiport Measurements in Digital Packaging
Ph. D. Thesis

Marc Robaszkiewicz
Periodic Boundary Conditions for the Contour Integral Method
Bachelor Thesis

Jan Birger Preibisch
Feasibility of Two-Dimensional Photonic Crystal Modeling Using the Contour Integral Method
Master Thesis

Yannick Bliesener
Investigation of Integration Routines for the Electric Field Integral Equation on Triangles
Bachelor Thesis

Lennart Schwarzbach
Untersuchung und Verbesserung bestehender Routinen zur Integration über Vierecke in der MoM
Bachelor Thesis

Sascha Thies
Untersuchung zur EMV-konformen Integration von kontaktloser Smart Card Technologie in das Flugzeug am Beispiel eines Flight Attendant Panel
Diploma Thesis

Florian Guldan
Entwurfsregeln für Filter in Mehrlagensubstraten mit Hilfe von Vias
Bachelor Thesis

Angelika Heine
Analysis of Coupling Effects Between VIAs and Striplines in Printed Circuit Boards
Bachelor Thesis

Xiaomin Duan
Extension of the Contour Integral Method for the Electrical Design of Planar Structures in Digital Systems
Ph. D. Thesis

Dion Timmermann
Combined Signal and Power Integrity Time Domain Simulation of High-Speed Data Links
Diploma Thesis

Gerrit Sommer
Schnelle Auswertung von Feldgrößen für elektrisch große Strukturen in der Momentenmethode
Bachelor Thesis

Christian Deselaers
Optimierung des Schaltverhalten einer B6-Brücke in Bezug auf Verlustleistung und EMV-Ausstrahlverhalten mittels adaptiver Totzeit-Regelung
Diploma Thesis

Carlos Santiago Walter
Development of a Broadband Near Field Transmission System based on a Leaky Line Antenna
Diploma Thesis

Fabian Happ
Machbarkeit der Simulation von großen Via-Arrays unter Einsatz paralleler Algorithmen
Diploma Thesis

Jan Stelzner
Vermessung elektrischer Parameter von kohlenstofffaserverstärkten Kunststoffen in Hinblick auf deren elektromagnetische Schirmwirkung
Student Thesis

Henning Färber
Segmentierte Modellierung gekoppelter Mehrfachstreifenleitungen auf Leiterplatten
Bachelor Thesis

Oliver Götting
Ein statisches Verfahren zur Optimierung des elektrischen Energieversorgungssystems des Airbus 380
Diploma Thesis

Alexander Vogt
Analysis of the Combined Field Integral Equation using different matching schemes for optimal application in numerical field computation
Master Thesis

Jürgen Anatzki
Optimierte Berechnung indirekter Blitzeffekte durch Makromodellierung passiver Strukturen
Diploma Thesis

Dicky Punzalan
Untersuchung eines Multitor-Adapters für Hochfrequenzmessungen auf Leiterplatten
Student Thesis

Fabian Happ
Effiziente Algorithmen für iterative Löser in der Momentenmethode zur Behandlung mehrfacher rechter Seiten bei großen Problemen
Student Thesis

Renato Rimolo-Donadio
Development, Validation, and Application of Semi-analytical Interconnect Models for Efficient Simulation of Multilayer Substrates.
Ph. D. Thesis

Jan Birger Preibisch
Numerische Kapazitätsberechnung in Dreidimensionalen Elektrodensystemen
Bachelor Thesis

Björn Osterhoff
Accuracy and Eifficiency Analysis of Techniques to Compute the Impedance for Irregular Power Planes
Student Thesis

Sebastian Müller
Including multiconductor transmission lines in a quasi-analytical model for multilayer structures
Diploma Thesis

Miguel Astner
Verfahren zur schnellen Lösung von großen Gleichungssystemen in der Momentenmethode
Ph.D. Thesis

Volker Vahrenholt
Ein Beitrag zur PEEC-Methode und deren Hybridiesierung mit der Momentenmethode
Ph.D. Thesis

Daria Bobyleva
Design of Thru-Reflect-Line Calibration Standards
Master Thesis

Dion Timmermann
Implementation of Efficient Algorithms for Paralell Plate Impedance Calculation
Student Thesis

Arne Schröder
Implementation der schnellen Multipolmethode (FMM) für die numerische Feldberechnung
Diploma Thesis

Manushanker Balasubramanian
Analysis of Irregular Power Distribution Planes in Printed Circuit Boards
Master Thesis

John Rajeer Ojha
Modelling of Patch Antennas Using Integral Equations
Ph.D. Thesis

Markus Muxfeldt
Numerische Berechnung der Blitzausbreitung im Eigenbedarfsnetz eines Kraftwerkes
Student Thesis

Arne Schröder
Erstellung eines Programms zur Berechnung von Leitungsparametern auf der Grundlage der Finiten-Elemente-Methode unter Berücksichtigung linearer Ansatzfunktionen
Student Thesis

Andrzej Józef Stepan
Implementation of a MATLAB-Code for High-Frequency Via Pin Field Simulation in Printed Circuit Boards
Bachelor Thesis

Sebastian Müller
Korrektur und Erweiterung eines Programms zur Berechnung von Leitungsparametern auf der Grundlage der 2D-Momentenmethode mit flächigen Ersatzladungen
Bachelor Thesis

Johannes Kemper
Untersuchung von Interpolationsverfahren für die Berechnung elektromagnetischer Felder mittels der Momentenmethode
Student Thesis

Reza Sabbagh Amirkhizi
EMV-Analyse von mehrlagigen Leiterplatten mit der Momentenmethode und Hybridansätzen
Ph.D. Thesis

Jan Remmer ter Haseborg
Berechnung der Abstrahlung von Leitungen mit TLT-MoM-Hybridverfahren zur EMV-Analyse
Ph.D. Thesis

Ramin Aghajafari
Transient Electromagnetic Scattering Analysis of Homogeneous Material Bodies
Ph.D. Thesis

Kwame Asiedu Owusu
Fast Simulation of Large Scale Single and Multilayer Patch Antennas for Wireless Applications
Master Thesis

Marc Peters
Numerische Modellierung von Inset-gespeisten Patchantennen für UMTS-Anwendungen
Student Thesis

Christoph Jakobi
Modeling of elliptical and circular Antennas in Frequency Domain for GPS Applications
Student Thesis

Christopher Kofi Nyakey
Analysis of Tringular Patch Antennas Based on GreenŽs Function
Student Thesis

Bülent Degirmenci
Modellierung und Validierung eines Kabelbaum-Stanzgitter-Leiterplanen-Systems unter Berücksichtigung elektromagnetischer Felder und Signalintegrität
Student Thesis