18th International Workshop on Impedance Spectroscopy, September 23 - September 26, 2025
ASIS Tutors
ASIS Tutors
Fundamentals
Prof. Olfa Kanoun
| Where does the signal processing begin in Impedance Spectroscopy? |
Systems
Prof. Pasquale Arpaia and M. Sc. Rosanna Manzo
| Artificial neural network for electrode diagnostic in EIS: biomedical application (Tutorial + Hands-on) |
Fundamentals
Prof. Andrzej Lasia
| Modeling of impedance data |
Fundamentals
Dr. Bogdan Petrescu
| EIS Quality Indicators |
Fundamentals
Dipl. phys. Martin Bulst
| Impedance Basics: Choosing the Instrumentation |
Materials
Prof. Ahmed S. G. Khalil
| Precise Engineering of Heterostructured and Doped Nanomaterials for High-Performance and Flexible Supercapacitors |
Fundamentals
Prof. Uwe Pliquett
| Dielectric material characterization in the GHz range |
Fundamentals
M. Sc. Dipl.-Ing. Ahmed Yahia Kallel
| Overcoming Resource Constraints in Embedded Impedance Spectroscopy |
Workshop
Dipl.-Ing. Cherif Ouni and M. Sc. Amin Fischer
| Arduino basics - hands-on |
Fundamentals
Prof. Uwe Pliquett
| Single Chip Solution for electrical characterization |
Bioimpedance
Dr. Vozáry Eszter Emília
| Application of Electrical Impedance Spectroscopy in Food Science |
Fundamentals
Dipl. phys. Martin Bulst
| Impedance Measurements - Instruments, Sensors & Beyond: An introduction on how to choose, design and successfully use setups for electrical impedance spectroscopy |
Fundamentals
Dr. Werner Strunz
| Validation and Reconstruction of Impedance Data - Comparison Between the Measurement Model- and the ZHIT Algorithm |
Fundamentals
Dr. Bogdan Petrescu
| EIS Quality Indicators |
Workshop
Sciospec (Martin Bulst)
| Impedance measurements - instruments, sensors & beyond - shown on selected experiments |
Workshop
MST (Amin Fischer)
| Hands-on – Arduino Basics |
Bioimpedance
Prof. Pedro Bertemes-Filho
| Bionstrumentation Advances on Biosensing by Bioimpedance |
Sensors
Prof. Najla Fourati
| Presenting Analytical Performances of Chemical and Biological Sensors: Experience Feedback |
Fundamentals
Prof. Uwe Pliquett
| Electrical Relaxation Spectroscopy |
Fundamentals
Prof. Roman Gruden
| Basics on Electrochemistry, Phase Boundaries and Cell Potential |
Fundamentals
Prof. Marcio Vidotti
| Fundamentals of Electrochemical Impedance Spectroscopy |
Sensors
Prof. Abdelhamid Errachid
| Electrochemical characterization of immunosensor based on silicon technology using impedance spectroscopy |
Fundamentals
Dipl. phys. Martin Bulst
| Impedance Measurements - Instruments, Sensors & Beyond: An introduction on how to choose, design and successfully use setups for electrical impedance spectroscopy |
Fundamentals
Dr. Werner Strunz
| Validation and Reconstruction of Impedance Data - Comparison Between the Measurement Model- and the ZHIT Algorithm |
Fundamentals
Dr. Dino Klotz
| Use of Impedimetric Sensors for Multifunctional Applications |
Systems
Prof. Pasquale Arpaia & M. Sc. Francesca Mancino
| Instrumentation for insulin bioavailability assessment in diabetology: The use case of AD5940BIOZ |
Fundamentals
Prof. Olfa Kanoun
| Where does the signal processing begin in Impedance Spectroscopy? |
Sensors
Jr.-Prof. Dr. Anindya Nag
| Use of Impedimetric Sensors for Multifunctional Applications |
Workshop
Sciospec
| Impedance measurements - instruments, sensors & beyond - shown on selected experiments |
Workshop
Rutronik
| Sensor Fusion based on Edge Intelligence PSoC62 Embedded Board |
Workshop
Zurich Instruments
| Hands-on – Accurate, Precise and Fast Impedance Measurements |
Fundamentals
Prof. Andrzej Lasia
| Constant Phase Element: Is it Real? |
Fundamentals
Dr. Werner Strunz
| Possible Pitfalls Measuring High- and Lowohmic Objects |
Materials
Prof. Leonardo Giordano Paterno
| Electrocatalytic, Dielectric and Supercapacitor Performances of Iron Oxide Nanoparticles Based Devices Probed by Impedance Spectroscopy |
Fundamentals
Dipl. phys. Martin Bulst
| Impedance Basics: Choosing the Instrumentation |
Materials
Prof. Federica Caselli
| Microfluidic impedance cytometry: basic principles and applications |
Fundamentals
Prof. Roman Gruden
| Basics on Electrochemistry, Phase Boundaries and Cell Potential |
Fundamentals
Prof. Uwe Pliquett
| What can we learn from impedance in GHz-range? |
Materials Prof. Roman Gruden
| Basics on Electrochemistry, Phase Boundaries and Cell Potentials |
Fundamentals Prof. Andrzej Lasia
| Impedance of Porous Electrodes |
Materials Prof. Leonardo Giordano Paterno
| Basics on Equilibrium Electrochemistry |
Fundamentals Prof. Uwe Pliquett
| Treatment of Non-ideal Circuit Elements in Time Domain |
Fundamentals Dr. Werner Strunz
| Artefacts in Impedance Measurements: Tips and Tricks |
Systems Prof. Marco Carminati
| High-Resolution Impedance Sensing: Circuits, Instrumentation and Applications |
Systems Prof. Pedro Bertemes Filho
| Developing Low-Cost Bioimpedance Meter for Biomedical and Biological Applications |
Instrumentation Dipl. phys. Martin Bulst
| Impedance Basics: Choosing the Instrumentation |
Materials Prof. Roman Gruden
| Basics on Electrochemistry, Phase Boundaries and Cell Potentials |
Fundamentals Prof. Andrzej Lasia
| Modeling of the Impedance Data |
Materials Prof. Leonardo Giordano Paterno
| Electroanalytical chemistry? Basics and Chemical Sensor Applications |
Fundamentals Prof. Uwe Pliquett
| Dynamic Impedance-Spectroscopy: the Combination of Fast Impedance Measurement with Controlled Voltage Offset |
Fundamentals Dr. Werner Strunz
| “Debugging” of Impedance Spectra |
Workshop Rajarajan Ramlingame, Renato Torres
| Arduino Basics - Hands on |
Fundamentals Prof. Olfa Kanoun
| Signal Processing for Impedance Spectroscopy |
Sensors Prof. Abdelhamid Errachid
| Impedance Spectroscopy as a Tool for the Characterization of Bio & Chemical Sensors |
Bioimpedance Dr. Najla Fourati
| Electrochemistry-based Approaches for Cancer Biomarkers Detection |
Systems Prof. Marco Carminati
| High-Resolution Impedance Sensing: Circuits, Instrumentation and Applications |
Materials Prof. Roman Gruden
| Basics on Electrochemistry, Phase Boundaries and Cell Potentials |
Fundamentals Bernhard Schweiger
| Fundamentals on Impedance Measurement and Material Characterization |
Sensors Prof. Leonardo Giordano Paterno
| Electrochemical Sensors: Basic Principles and Some Actual Applications |
Fundamentals Prof. Pedro Bertemes-Filho
| Impedance Spectroscopy Instrumentation: Concepts and Tips |
Fundamentals Prof. Dr. Murat Ates
| Electrochemical Impedance Spectroscopy in Supercapacitors |
Fundamentals Dr. Werner Strunz
| “Debugging” of Impedance Spectra |
Workshop Rajarajan Ramlingame, Renato Torres
| Arduino Basics - Hands on |
Workshop Fabian Steger
| Hands on Training on Lithium-ion Battery Cells: Workshop |
Fundamentals Prof. Olfa Kanoun
| Signal Processing for Impedance Spectroscopy |
Materials Prof. Abdelhamid Errachid
| Electrochemical Tools for the Characterization of Sensors based on Silicon Technology |
Bioimpedance Martin Bulst
| Bioimpedance Basics: Choosing the Instrumentation |
Systems Prof. Marco Carminati
| High-Resolution Impedance Sensing: Circuits, Instrumentation and Applications |
Fundamentals Prof. Roman Gruden
| Basics on Electrochemistry, Phase Boundaries and Cell Potentials |
Fundamentals Bernhard Schweiger
| Fundamentals on Impedance Measurement and Material Characterization |
Bioimpedance Prof. Uwe Pliquett
| Characterization of biological material by electrical relaxation spectroscopy |
Systems Prof. Marco Carminati
| Design of Instrumentation for Low-Noise Impedance Measurement |
Fundamentals Paul Büschel
| Parameter Extraction for Impedance Spectra |
Fundamentals Dr. Werner Strunz
| Consistency Check of Impedance Spectra |
Systems Thomas Günther
| Embedded System Design for Impedance Spectroscopy |
Fundamentals Mario Radschun
| Fundamentals of Vector Network Analyzers for Impedance Spectroscopy |
Bioimpedance Martin Bulst
| Bioimpedance Basics: Choosing the Instrumentation |
Sensors Prof. Marco Carminati
| Applications of Microscale Impedance Sensors |
Fundamentals Prof. Abdelhamid Errachid
| Impedance Spectroscopy as a Tools for the Characterization of Bio & Chemical Sensors |
Fundamentals Prof. Michael Danzer
| Distribution of Relaxation Times Analysis and Polarization Modelling of Fuel Cells and Batteries |
Batteries Dr. Norbert Wagner
| Investigation of Batteries by Electrochemical Impedance Spectroscopy |
Workshop Fabian Steger
| Hands on Training on Lithium-ion Battery Cells: Workshop |
Fundamentals Prof. Nicole Jaffrezic-Renault
| Fundamentals of Biosensing |
| Check of causality of measured EIS and modeling using DRT and equivalent circuits |
Systems Prof. Ramon Bragos
| Multisine-based fast EIS measurements in dynamic biomedical systems |
Materials Prof. Uwe Pliquett
| Impedance measurement in microfluidic systems: between simple and hopeless |
Workshop Prof. Jens Lienig
| Publish or perish? Hinweise zum richtigen Veröffentlichen |
Fundamentals Mark Ulbrich
| Fundamentals and Medical Applications of Bioelectrical Impedance Measurements |
Bioimpedance Prof. Dr. Uwe Pliquett
| Biophysical model for bioimpedance: step-by-step fit for a particular object |
Fundamentals Dr. Werner Strunz
| Check of causality of measured EIS and modeling using DRT and equivalent circuits |
Systems Prof. Ramon Bragos
| Multisine-based fast EIS measurements in dynamic biomedical systems |
Materials Prof. Dr. Andrea A. Robitzki
| Cell and molecule based microarray technology and multiparametrical monitoring |
Batteries
| Impedance Spectroscopy in Battery Applications |
Fundamentals Bernhard Schweiger
| Impedance measurement methods from DC to THz |
Materials Dr. Werner Strunz
| Barrier coatings from the point of view of EIS |
Systems Prof. Marco Carminati
| Low-noise circuits and instrumentation for microscale impedance spectroscopy |
Bioimpedance Prof Dr. Scient. Ørjan Grøttem Martinsen
| Bioimpedance basics: including electrode systems, sensitivity field calculations, etc. |
Fundamentals Prof. Mark E. Orazem
| Understanding the Error Structure of Electrochemical Impedance Spectroscopy |
Fundamentals Prof. Mart Min
| Spectroscopy of time-variant impedances |
Systems Prof Dr.-Ing. Uwe Pliquett
| Time domain reflectometry for broad bandwidth impedance spectroscopy |
Bioimpedance Prof. Dr. Uwe Pliquett
| Non-Linear Behavior of Biological Material – Channels and Electroporation |
Systems Prof. Richard Bayford
| An Overview of EIT |
Materials Dr. Werner Strunz
| Properties of Coatings from the Point of View of EIS |
Fundamentals Prof. Dr. Uwe Tröltzsch
| Modeling of Impedance Spectra |
Fundamentals Kevin Cooper
| ZView: Cross Platform Impedance Data Analysis and Equivalent Circuit Modeling |
Fundamentals Bernhard Schweiger
| Impedance measurement methods from DC to THz |
Fundamentals Paul Büschel
| Nonlinear Parameter Estimation |
Fundamentals Abram Krebs
| Fundamentals of electrochemistry |
Materials Werner Strunz
| Properties of coatings from the point of view of EIS |
Fundamentals Isabelle Frateur
| Local Electrochemical Impedance Spectroscopy |
Fundamentals Uwe Tröltzsch
| Modeling of Impedance Spectra |
Fundamentals Paul Büschel
| Nonlinear parameter estimation |
Systems Mart Min
| Electronics and Signals in Impedance Measurements |
Fundamentals Bernhard Schweiger
| Impedance measurement methods from DC to THz |
Fundamentals Abram Krebs
| Fundamentals of electrochemistry |
Fundamentals Werner Strunz
| Properties of coatings from the point of view of EIS |
Fundamentals Bernhard Schweiger
| Impedance measurement methods from DC to THz |
Fundamentals Uwe Tröltzsch
| Modeling of Impedance Spectra |
Fundamentals Paul Büschel
| Nonlinear parameter estimation |
Fundamentals Prof. Rudolf Holze
| Fundamentals of electrochemistry |
Fundamentals Werner Strunz
| Properties of coatings from the point of view of EIS |
Fundamentals Uwe Tröltzsch
| Representation of impedance data and nonlinear parameter estimation |
Fundamentals Bernhard Schweiger
| Impedance measurement methods from 10 Hz to 500 GHz |
Batteries Dr. I. Benecke
| Impedance measurements of lithium batteries at high currents |
