BioEM, Bio-electromagnetism Research Group
CS

For students

Contribute to the development of microwave technology in treatment and diagnostics

Every year we offer semester and annual projects that lead to bachelor’s and master’s theses in the areas of our research, mainly in the Biomedical Technician and Biomedical Engineer programmes at FBME CTU.

Bachelor’s and master’s theses
01

How it works

01

Pick a topic

Open topics are listed in the projects.fbmi.cvut.cz system. We are happy to create a custom topic according to your interests.

02

Get in touch

Write to the topic supervisor, or drop by our office in the Kokos building, 4th floor.

03

Work with us

You join a real research project: numerical simulations, measurements, hardware design, 3D printing of phantoms, data processing.

04

Present your results

You present your work at the REMMA student conference. The best theses lead to an impact-factor publication.

02

Supervised theses

defended at FBME · source: CTU DSpace

prof. Dr.-Ing. Jan Vrba, M.Sc.19 master’s · 25 bachelor’s

Master’s theses (19)

  1. 2026Šmahelová, Barbora
    Design and validation of a differential microwave imaging methodology for monitoring the temperature field during superficial hyperthermia in the neck area
  2. 2024Kulakova, Ksenia
    Numerical study of the effect of parameters of rectangular sources of electromagnetic waves on the quality of hyperthermic treatment in the pelvic area
  3. 2024Linha, Zdeněk
    System for measuring the dielectric parameters of biological tissues
  4. 2022Kostinec, Jakub
    Regional radiofrequency hyperthermia - implementation and testing of one channel of a power generator
  5. 2021Rédr, Jan
    Numerical feasibility study of microwave non-invasive monitoring of the development of hypoxic-ischemic encephalopathy in newborns
  6. 2020Mózerová, Hana
    A Feasibility Study of Microwave Temperature Monitoring in the Pelvic Region During Regional Microwave Hyperthermia Treatment
  7. 2019Blažková, Jana
    Regional hyperthermia system - treatment planning and generation of small signals
  8. 2019Menclová, Jitka
    Applicator array holder and water bolus for regional hyperthermia system
  9. 2018Holek, Lukáš
    Phantom of a Neonatal Head for Purpose of Testing Microwave Imaging System
  10. 2018Pokorný, Tomáš
    Detection of Strokes Using Microwave Imaging System and SVM
  11. 2017Díaz Rondón, Luis Felipe
    Extraction of Electrical Properties of Strokes from Magnetic Resonance Scans ? Testing on Simplified Head Phantoms
  12. 2017Platzer, Jan
    Microwave Sensor for Blood Glucose Monitoring
  13. 2016Poláček, Matěj
    Focusing of Electromagnetic Enegry in Guided Drug Delivery
  14. 2016Pézlová, Anna
    Numerical model of microwave heating of different types of tumours
  15. 2016Spurný, Pavel
    Design of dry heterogeneous phantoms for microwave imaging and hyperthermia using numerical simulations
  16. 2014Karch, Jakub
    Dielectric-Properties Measurements of Glucose Solutions and Design of Suitable Measurement Probe for Noninvasive Monitoring of Blood Glucose Levels
  17. 2014Matuška, Jan
    Comparison of Algorithms for Determination of Powers and Phases of Signals Feeding Individual Applicators of Regional Microwave Hyperthermia Systems
  18. 2014Zelenková, Radka
    Increase of Effective-Aperture Dimensions of Waveguide Applicator for Local Microwave Hyperthermia
  19. 2013Konečný, Jakub
    Design of MRI compatible applicator for MW hyperthermia

Bachelor’s theses (25)

  1. 2026Mužík, Michal
    Design of a console for a low-field MRI system
  2. 2026Žáček, Pavel
    Development of Driver and Output Stage of High Power Amplifier for Microwave Superficial Hyperthermia Systems
  3. 2025Kmet, Kryštof
    Generation and acquisition of RF signals for a low-field MRI system using MATLAB and Red Pitaya
  4. 2025Louka, Jessica John
    Electromagnetic tissue exposure by a microwave sensor for non-invasive glycaemic monitoring
  5. 2025Makšimová, Petronela
    Graphical user interface for treatment planning and control of a regional hyperthermic system
  6. 2024Šmahelová, Barbora
    Pelvic hyperthermia monitoring using microwave imaging - numerical and experimental proof of concept
  7. 2023Simeonov, Ivan
    A Phantom Feasibility Study of Differential Microwave Temperature Monitoring of Regional Hyperthermia
  8. 2022Jirásková, Barbora
    Methodology of preparation of 3D anatomically accurate models of the pelvic area for hyperthermia treatment planning in COMSOL Multiphysics
  9. 2022Kulakova, Ksenia
    FDTD-based electromagnetic field simulator for studying treatment planning algorithms
  10. 2022Linha, Zdeněk
    Measurement of dielectric properties of biological tissues by an open-ended coaxial probe
  11. 2020Kostinec, Jakub
    Prototype of laboratory superficial microwave hyperthermia system
  12. 2019Barnová, Michaela
    Digital models of pelvic region from CT/MRI images
  13. 2019Míková, Kristýna
    Phantom of pelvic region for regional hyperthermic system
  14. 2018Rédr, Jan
    Design and manufacture of planar slot antenna element for microwave imaging system
  15. 2018Štěrba, David
    In Vitro Measurement of Blood-Glucose Concentration With MTM Sensor
  16. 2017Grossová, Markéta
    Testing methodology of applicators for superficial microwave hyperthermia
  17. 2017Menclová, Jitka
    Design and manufacturing of coils and feeding circuit for hyperthermia using magnetic fields and feromagnetic nanoparticles
  18. 2017Mózerová, Hana
    Dielectric-properties values determination of human-head simplified model using Distorted Born Iterative Method
  19. 2016Holek, Lukáš
    Algorithm and Numerical Model of Microwave Imaging System for Stroke Identification
  20. 2016Pokorný, Tomáš
    Hybrid algorithm for microwave imaging
  21. 2015Buršík, Milan
    Application of microwave hypertermia on a numerical model and a phantom of laboratory mice
  22. 2014Lorenc, Matouš
    Algorithm for 1D Microwave Imaging
  23. 2014Spurný, Pavel
    Design, Realization and Testing of Phantoms for Microwave Imaging
  24. 2014Stefanescová, Alexandra
    Dielectric-Properties Noninvasive Measurement System
  25. 2013Berka, Vojtěch
    Planar-applicator design for local microwave hyperthermia treatment
prof. Ing. David Vrba, Ph.D.15 master’s · 23 bachelor’s

Master’s theses (15)

  1. 2023Neretljak, Aleksandra
    Analysis of blood flow in the left atrial appendage depending on its shape
  2. 2023Neretljak, Aleksandra
    Analysis of blood flow in the left atrial appendage depending on its shape
  3. 2022Liptáková, Gabriela
    Brain Tumors Heating by Microwave Hyperthermia
  4. 2020Kulíšek, Jiří
    Verification of the possibility of increasing the effectiveness of repetitive transcranial magnetic stimulation in the treatment of patients with orofacial pain
  5. 2020Mašlová, Jitka
    Analysis of appropriate number of antenna elements and frequency of regional microwave hyperthermic system
  6. 2019Brunát, Matouš
    Applicator for regional hyperthermia based on metamaterial theory.
  7. 2019Šaššák, Martin
    Design of an applicator for local microwave hyperthermia for animal experimentation on mice
  8. 2018Bláha, Miroslav
    Thermal effect verification of direct cortical stimulation
  9. 2018Malena, Lukáš
    Transcranial magnetic stimulation for orofacial pain relief
  10. 2017Buršík, Milan
    Microwave applicator system design for the needs of animal experiments on mice
  11. 2016Tesařík, Jan
    Bow-Tie Antenna and Simplified Model of System for Brain Stroke Follow Up
  12. 2015Berka, Vojtěch
    Applicator for local microwave hyperthermia implemented on metamaterial structures using discrete components
  13. 2015Brhelová, Zuzana
    Aplikátor pro lokální mikrovlnou hypertermii realizovaný na bázi mikrokoplanárních metamateriálových struktur.
  14. 2015Šindelář, Michal
    Applicator for Local Microwave Hyperthermia Based on Microstrip Metamaterial Structures
  15. 2014Král, Jaroslav
    Applicator for Local Microwave Hyperthermia Based on Microstrip Metamaterial Structures with Air Dielectrics

Bachelor’s theses (23)

  1. 2026Fojtík, Vilém
    Design and Realization of a Gradient Coil System for Variable Magnetic Field Generation
  2. 2025Silovský, Miroslav
    Design and implementation of golden angle gradient coil for low field MRI
  3. 2025Zambrowska-Mazurek, Zofia
    Head RF coil for low field magnetic resonance system
  4. 2024Jeong, Yerin
    Radiofrequency Coil for Low-Field MRI System
  5. 2023Zelenka, Jakub
    Numerical model of heart tissue ablation by electroporation device
  6. 2023Zelenka, Jakub
    Numerical model of heart tissue ablation by electroporation device
  7. 2021Neretljak, Aleksandra
    Dependence of the blood flow velocity in the left atrial appendage on its shape
  8. 2021Yusifov, Tamerlan Tahir Oglu
    Comparison of antenna elements by using a virtual model of a real patient
  9. 2020Liptáková, Gabriela
    Heating of Tumor Resection Cavities in Brain
  10. 2019Adam, Vojtěch
    Inductive heating of magnetic nanoparticles for hyperthermia
  11. 2018Kulíšek, Jiří
    Comparison of Brain Stimulation Methods Used for Pain Relief
  12. 2018Mašlová, Jitka
    Regional Hyperthermia System for the Treatment of Tumors in the Abdomen
  13. 2017Brunát, Matouš
    Comparison of microwave hyperthermia applicators used in clinical practice
  14. 2017Burianová, Markéta
    Microwave applicator excited by LC resonant circuit
  15. 2017Valášková, Pavla
    Evaluation of rTMS treatment for patients with orofacial pain
  16. 2017Velická, Aneta
    Microwave Microstrip Sensor for Measurement of Blood Glucose Concentration
  17. 2016Bláha, Miroslav
    Simulation and measurement of thermal effects of electrical stimulation during the mapping of motor cortex area.
  18. 2016Malena, Lukáš
    Calculation of the electric field induced by transcranial magnetic stimulation
  19. 2014Dufek, Daniel
    Spiral applicator array design for local microwave hyperthermia treatment
  20. 2014Gelbič, Jakub
    Vivaldi UWB applicator design for local microwave hyperthermia treatment
  21. 2014Platzer, Jan
    Circular slotline applicators array design for local microwave hyperthermia treatment
  22. 2014Tesařík, Jan
    UWB Antenna for Microwave Imaging
  23. 2013Poláček, Matěj
    Waveguide-applicator design for local microwave hyperthermia treatment
Ing. Tomáš Dřížďal, Ph.D.8 master’s · 10 bachelor’s

Master’s theses (8)

  1. 2026Mach, Jakub
    Design and implementation of a pediatric regional hyperthermia system
  2. 2025Vydra, Michael
    Characterization of a low-field MR static magnetic field system formed by a Halbach arrangement of permanent magnets
  3. 2024Jirásková, Barbora
    Regional hyperthermia system with patch antennas for abdomen and pelvic regions
  4. 2024Mácha, Matěj
    Hyperthermia system for treatment of brain tumors
  5. 2023Mrázková, Michaela
    Optimization strategies in the microwave regional hyperthermia treatment planning
  6. 2023Úlovcová, Veronika
    Comparison of regional hyperthermic systems for pelvic and abdominal treatment
  7. 2022Lebedová, Adriana
    Microstrip antenna system for superficial hyperthermia treatment
  8. 2019Grossová, Markéta
    Antenna element of regional hyperthermia system for treatment in the pelvic region

Bachelor’s theses (10)

  1. 2025Bala, Sarah
    Prediction of radiofrequency SAR exposure in an MRI system with a low static magnetic field
  2. 2024Mach, Jakub
    Regional hyperthermia system for treatment of pediatric oncological patients
  3. 2023Bayerová, Markéta
    Calculations of hyperthermia heating of patients with seroma in the treated area
  4. 2023Varavina, Mariya
    Temperature predictions of hyperthermia treatment of patients with brain tumors
  5. 2023Vydra, Michael
    The influence of regional hyperthermia applicators on the B1+ field homogeneity of the MRI system
  6. 2022Mácha, Matěj
    Hyperthermia system for tumor diseases in the head region
  7. 2022Pecková, Tereza-Marie
    Microstrip applicator for superficial hyperthermia treatment
  8. 2021Mrázková, Michaela
    Reproducibility of specific absorption rate prediction in superficial hyperthermia treatment planning
  9. 2021Úlovcová, Veronika
    Accuracy of temperature predictions in superficial hyperthermia treatment
  10. 2020Lebedová, Adriana
    Waveguide horn applicator for superficial hyperthermia treatment
doc. Ing. Ondřej Fišer, Ph.D.12 master’s · 16 bachelor’s

Master’s theses (12)

  1. 2026Danilkova, Albina
    Modeling and Automated Analysis of Gene Electrotransfection Efficiency
  2. 2026Fojtík, Adam
    Optimization of the Delay and Sum Algorithm for Multi-Target Detection in a Human Body
  3. 2025Blaháková, Marie
    Design, Implementation, and Testing of a System for Contactless Detection of Newborn Respiratory Rate Using FMCW Radar Sensor
  4. 2025Jánský, Petr
    Design, implementation and testing of a radar system for the detection of metallic objects in the abdomen
  5. 2024Galvánková, Rebeka
    Electrode design for in vitro irreversible electroporation of cardiomyocytes
  6. 2024Kollár, Jakub
    3D UWB radar system for monitoring radiofrequency ablation of liver tumors
  7. 2024Široká, Michaela
    Semi-automated localization of an optimal site for transseptal puncture of the interatrial septum of heart
  8. 2023Krása, Matěj
    3D UWB radar system for non-invasive breast cancer diagnosis
  9. 2023Poliakova, Anna
    UWB antennas for multifrequency microwave diagnosis of stroke
  10. 2021Müller, Filip
    Stroke positioning system using UWB radar
  11. 2020Hejdová, Kristýna
    Determination of patient location in the regional hyperthermic system using UWB microwave radar
  12. 2019Rybář, Andrew
    Proposal and realisation of hybrid antenna suitable for microwave hyperthermia and microwave imaging based on radar method

Bachelor’s theses (16)

  1. 2026Boučková, Štěpánka
    Assessment of Blood Damage Risk During Pulsed Electroporation in the Left Atrium Using Multiphysics Simulation
  2. 2026Čermák, Jan
    Comparison of pulsed electroporation and radiofrequency ablation in the left atrium using numerical prediction of lesion volume
  3. 2024Avramenko, Ruslan
    Optimization of dielectric parameter measurements of tissue samples for microwave imaging and hyperthermia
  4. 2024Fojtík, Adam
    Multifrequency microwave hyperthermia of brain tumors using UWB antenna
  5. 2024Mravčíková, Vendula
    Exposure of the human head to a microwave sensor used in the automotive industry
  6. 2023Blaháková, Marie
    Microwave hyperthermia treatment of advanced head and neck tumours
  7. 2023Jánský, Petr
    Measurement of temperature parameters of tissues and phantoms for microwave hyperthermia
  8. 2023Tvrdík, Antonín
    Fluidothorax monitoring using UWB radar
  9. 2022Kollár, Jakub
    Catheter navigation system for RFA liver ablation
  10. 2022Široká, Michaela
    Heterogenous Phantom of Human Pelvic for Purpose of Testing Hyperthermic System
  11. 2021Krása, Matěj
    Diagnostic system for breast tumor detection using UWB radar
  12. 2021Poliakova, Anna
    Breast phantom for system of early tumor detection based on radar method
  13. 2020Holková, Kristýna
    Feasibility study of temperature measurement using ultrawideband radar during microwave hyperthermia
  14. 2019Kropáčková, Iveta
    Temperature dependency of dielectric parameters of phantoms for non-invasive temperature measurement
  15. 2019Maximovich, Veronika
    Microwave sensor for noninvasive measurement of alcohol content in blood and distilled water
  16. 2019Mazalova, Nikita
    Metal implants influence on tumor treatment using microwave hyperthermia
Ing. Tomáš Pokorný, Ph.D.3 master’s · 6 bachelor’s
Ing. Marek Novák, Ph.D.4 master’s · 4 bachelor’s
Ing. Matouš Brunát1 master’s · 3 bachelor’s
Ing. Jan Rédr1 master’s · 1 bachelor’s
Ing. Michaela Mrázková2 bachelor’s