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STUDENTS

2025/2026

ENGINEER’S THESES/PROJECTS

  1. Ignacy Berent (Biomedical engineering/Medical informatics, W11): “A comparative analysis of algorithms for transfer entropy and conditional joint transfer entropy with consideration of a modulating variable” – supervisor: Agnieszka Uryga, PhD
  2. Damian Pietroń (Biomedical engineering/Medical informatics, W11): “Implementation of the Granger causality algorithm to investigate the relationship between cerebral autoregulation and the autonomic nervous system” – supervisor: Agnieszka Uryga, PhD
  3. Hanna Jaworska (Biomedical engineering, W11): “Implementation of an algorithm for morphological analysis of intracranial pressure pulse waveform” – supervisor: Agnieszka Kazimierska, PhD
  4. Maja Ludwińska (Biomedical engineering/Medical informatics, W11): “Investigation of similarity and causality between intracranial and arterial blood pressure signals in neurocritical care patients” – supervisor: Agnieszka Kazimierska, PhD
  5. Łukasz Stecyk (Biomedical engineering/Medical informatics, W11): “A mobile application supporting augmentative and alternative communication” – supervisor: Agnieszka Kazimierska, PhD

MASTER’S THESES

  1. Jan Nowak (Biomedical Engineering, W11): “Monitoring of haemodynamic changes associated with changes in body position using photopletysmography” – supervisor: Agnieszka Kazimierska, PhD
  2. Dominika Serafin (Biomedical engineering, W11): “Implementation and optimization of machine learning classifiers for brain-computer interface based on code modulated visual evoked potentials” – supervisor: Agnieszka Kazimierska, PhD
  3. Julia Słowińska (Biomedical engineering, W11): “Morphological analysis of total haemoglobin pulse waveform measured using functional near-infrared spectroscopy” – supervisor: Agnieszka Kazimierska, PhD

2024/2025

ENGINEER’S THESES/PROJECTS

  1. Paulina Karp (Biomedical engineering, W11): “Comparative analysis of devices for non-invasive measurement of blood pressure” – supervisor: Magdalena Kasprowicz, PhD DSc
  2. Jakub Bogacz (Biomedical engineering, W11): “Comparative analysis of algorithms for signal alignment between sequences considering outliers” – supervisor: Agnieszka Uryga, PhD
  3. Weronika Domczewska (Systems engineering, W04): “Design and implementation of an algorithm for identifying patterns in biomedical time series and their clustering in patients with acute brain injury” – supervisor: Agnieszka Uryga, PhD – 2nd place in the category engineering thesis in the CREATIWITY competition for best diploma thesis at the Faculty of Information and Communication Technology in the academic year 2024/2025 and main prize in the Polish Bioinformatics Society competition for best thesis in bioinformatics defended before February 2025
  4. Radosław Pławecki (Biomedical engineering, W11): “Implementation of a dynamic time warping algorithm to assess the similarity of biosignals in patients after subarachnoid hemorrhage” – supervisor: Agnieszka Uryga, PhD – 3rd prize in the Association of Polish Electrical Engineers competition for the best engineer’s thesis at the Faculty of Fundamental Problems of Technology in the academic year 2024/2025 ANNOUNCEMENT
  5. Szymon Lasota (Biomedical engineering, W11): “An application supporting and monitoring medication intake” – supervisor: Agnieszka Kazimierska, PhD
  6. Adam Malinowski (Biomedical engineering, W11): “Mobile application supporting treatment of dermatological diseases” – supervisor: Agnieszka Kazimierska, PhD
  7. Dominika Serafin (Biomedical engineering, W11): “An algorithm for collecting and processing data from an EEG device for brain-computer interface applications” – supervisor: Agnieszka Kazimierska, PhD
  8. Aleksandra Supeł (Biomedical engineering, W11): “An application for improving memory and concentration using augmented reality” – supervisor:  Agnieszka Kazimierska, PhD
  9. Helena Tryk (Biomedical engineering, W11): “Development of an algorithm to analyze the respiratory component in intracranial pressure recordings” – supervisor: Agnieszka Kazimierska, PhD

MASTER’S THESES

  1. Monika Najdek (Big data analytics, W11): “Comparison of canonical correlation analysis and deep canonical correlation analysis to reveal the relationship between autonomic nervous system and cerebral autoregulation” – supervisor: Agnieszka Uryga, PhD
  2. Natalia Kowal (Biomedical engineering, W11): “Joint analysis of slow waves and pulse waveform of intracranial pressure” – supervisor: Agnieszka Kazimierska, PhD
  3. Julia Weber (Biomedical engineering, W11): “Automated analysis of the shape of arterial blood pressure signal” – supervisor: Agnieszka Kazimierska, PhD

2023/2024

ENGINEER’S THESES/PROJECTS

  1. Weronika Bizoń (Biomedical engineering, W11): „Relationship between the autonomic nervous system and arterial transit time throughout the cerebrovascular bed” – supervisor: Magdalena Kasprowicz, PhD DSc
  2. Dominika Rejniak (Biomedical engineering, W11): „Analysis of cardiac-related oscillations in cerebral hemodynamics at macro and microvascular level” – supervisor: Magdalena Kasprowicz, PhD DSc
  3. Natalia Łysiak (Biomedical engineering, W11): „Design and implementation of a handle for otoscope measurements using a smartphone” – supervisor: Agnieszka Uryga, PhD
  4. Julia Trościanko (Biomedical engineering, W11): „Evaluation of cerebral autoregulation in cerebral microcirculation and macrocirculation using functional near-infrared spectroscopy and Doppler ultrasonography” – supervisor: Agnieszka Uryga, PhD
  5. Karolina Urbaniak (Biomedical engineering, W11): „Computer-assisted analysis of changes in parameters of the autonomic nervous system under the influence of drugs acting on the cardiovascular system” – supervisor: Agnieszka Uryga, PhD
  6. Sebastian Bednarski (Biomedical engineering, W11): “Web application supporting healthy living” – supervisor: Agnieszka Kazimierska, PhD – 3rd prize in the Association of Polish Electrical Engineers competition for the best engineer’s thesis at the Faculty of Fundamental Problems of Technology in the academic year 2023/2024 ANNOUNCEMENT
  7. Adam Ciszyński (Biomedical engineering, W11): „Analysis of temporal changes in intracranial pressure in traumatic brain injury patients” – supervisor: Agnieszka Kazimierska, PhD
  8. Karolina Michałek (Biomedical engineering, W11): “Web application supporting therapy in anxiety disorders” – supervisor: Agnieszka Kazimierska, PhD
  9. Monika Najdek (Biomedical engineering, W11): „Analysis of intracranial pressure in patients with suspected hydrocephalus during infusion tests” – supervisor: Agnieszka Kazimierska, PhD
  10. Julia Weber (Biomedical engineering, W11): „Analysis of intracranial pressure and arterial blood pressure signals in traumatic brain injury patients” – supervisor: Agnieszka Kazimierska, PhD

MASTER’S THESES

  1. Miłosz Bonikowski (Biomedical engineering, W11): „Smart brain retractor” – supervisor: Magdalena Kasprowicz, PhD DSc

2022/2023

ENGINEER’S THESES/PROJECTS

  1. Łucja Krawiec (Biomedical engineering, W11): “Measurement and analysis of the changes in oxygenated and non-oxygenated hemoglobin concentration related to response to fear-inducing stimuli using functional near-infrared spectroscopy” – supervisor: Agnieszka Uryga, PhD, junior supervisor: Arkadiusz Ziółkowski, MSc
  2. Kinga Stępień (Biomedical engineering, W11): “Measurement and analysis of the impact of short-term memory training on changes in oxygenated and non-oxygenated hemoglobin concentration during memory tasks using functional near-infrared spectroscopy” – supervisor: Agnieszka Uryga, PhD, junior supervisor: Arkadiusz Ziółkowski, MSc

MASTER’S THESES

  1. Klaudia Kalinowska (Biomedical engineering, W11): “Predicting outcomes in patients with traumatic brain injury using machine learning models and high-resolution biosignals” – supervisor: Magdalena Kasprowicz, PhD DSc, junior supervisor: Cyprian Mataczyński, MSc
  2. Joanna Kotwica (Biomedical engineering, W11): “Development of an algorithm to determine the parameters of the cerebral blood flow velocity pulse waveform in the time and frequency domains” – supervisor: Agnieszka Uryga, PhD, junior supervisor: Arkadiusz Ziółkowski, MSc – 1st prize in the Polish Society of Biomedical Engineering competition for the best master’s thesis in biomedical engineering defended in 2023  ANNOUNCEMENT
  3. Artur Stopa (Big data analytics, W11): “Implementation of the algorithm for the selection and evaluation of the feature selection methods on the example of classification of patients for poor outcome after traumatic brain injury” – supervisor: Agnieszka Uryga, PhD, junior supervisor: Arkadiusz Ziółkowski, MSc

2021/2022

ENGINEER’S THESES/PROJECTS

  1. Joanna Kotwica (Biomedical engineering, W11): “Development of an algorithm to assess autonomic nervous system activity during increased intracranial pressure” – supervisor: Agnieszka Uryga, PhD

MASTER’S THESES

  1. Marta Hendler (Algorithmic computer science, W04): “Spectral analysis of intracranial and arterial pulse pressure waves” – supervisor: Magdalena Kasprowicz, PhD DSc
  2. Agata Pudełko (Inżynieria biomedyczna, W11): “Comparison of different methods of intracranial pulse waveform analysis” – supervisor: Magdalena Kasprowicz, PhD DSc
  3. Wiktoria Podyma (Biomedical engineering, W11): “Development of an algorithm to assess daily changes in the arterial baroreceptors sensitivity, systemic hemodynamics and cerebral autoregulation in patients after subarachnoid hemorrhage from a ruptured aneurysm” – supervisor: Agnieszka Uryga, PhD

2020/2021

ENGINEER’S THESES/PROJECTS

  1. Kamil Gałan (Biomedical engineering, W11): “Analysis of the relationship between the shape of the intracranial pressure pulse waveforms, oxygenation of the brain and the mean value of the intracranial pressure” – supervisor: Magdalena Kasprowicz, PhD DSc
  2. Marta Hendler (Biomedical engineering, W11): “Analysis of changes in the shape of intracranial pressure pulse waves in patients after traumatic brain injury” – supervisor: Magdalena Kasprowicz, PhD DSc
  3. Agata Pudełko (Biomedical engineering, W11): “Analysis of brain compliance changes during infusion tests in patients with hydrocephalus” – supervisor: Magdalena Kasprowicz, PhD DSc

2019/2020

MASTER’S THESES

  1. Iwona Robel (Biomedical engineering, W11): “Analysis of pulse changes in intracranial pressure and cerebral blood flow velocity during an infusion test performed in patients with hydrocephalus” – supervisor: Magdalena Kasprowicz, PhD DSc
  2. Łukasz Rudziński (Biomedical engineering, W11): “The influence of music on the cardiovascular, cerebrovascular and respiratory systems” – supervisor: Magdalena Kasprowicz, PhD DSc
  3. Izabela Szymkowiak (Biomedical engineering, W11): “Analysis of episodes of brain tissue desaturation in patients hospitalized in intensive care units” – supervisor: Magdalena Kasprowicz, PhD DSc

2018/2019

ENGINEER’S THESES/PROJECTS

  1. Magdalena Iwaniak (Biomedical engineering, W11): “Application supporting the evaluation of sensory integration in children” – supervisor: Magdalena Kasprowicz, PhD DSc

MASTER’S THESES

  1. Arkadiusz Ziółkowski (Biomedical engineering, W11): “Comparative analysis of algorithms for determining breathing frequency” – supervisor: Magdalena Kasprowicz, PhD DSc

2017/2018

ENGINEER’S THESES/PROJECTS

  1. Adrianna Kobylińska (Biomedical engineering, W11): “Noninvasive measurement of arterial blood pressure using Finometer MIDI” – supervisor: Magdalena Kasprowicz, PhD DSc
  2. Karolina Mateńczuk (Biomedical engineering, W11): “Dependence of the model cerebral blood flow hemodynamic parameters on the place of measurement” – supervisor: Magdalena Kasprowicz, PhD DSc
  3. Katarzyna Ostrowska (Biomedical engineering, W11): “Analysis of cerebral and ocular blood flow autoregulation” – supervisor: Magdalena Kasprowicz, PhD DSc

MASTER’S THESES

  1. Filip Michta (Biomedical engineering, W11): “Analysis of baroreflex sensitivity and heart rate variability during haemodynamic testing in normal subjects” – supervisor: Magdalena Kasprowicz, PhD DSc
  2. Aleksandra Muszyńska (Biomedical engineering, W11): “Utility assessment of transcranial direct current stimulation therapy in children with developmental delay” – supervisor: Magdalena Kasprowicz, PhD DSc
  3. Joanna Pisarczyk (Biomedical engineering, W11): “Comparison of invasive and noninvasive continuous monitoring of blood pressure in patients after traumatic brain injury” – supervisor: Magdalena Kasprowicz, PhD DSc
  4. Aleksandra Zając (Biomedical engineering, W11): “Influence of non-invasive arterial blood pressure measurements on estimation of cerebral haemodynamic parameters” – supervisor: Magdalena Kasprowicz, PhD DSc