Graduate works
Graduate works
Since the inception of the Laboratory of Biomechanics, our team members and high-end measuring equipment have been helping students carry out interesting and ambitious diploma theses in the fields of biomechanics and biomedical engineering. The topics of completed theses are listed below. Those interested in completing their diploma at the Laboratory are welcome to contact us.
Gait biomechanics
Design of personalized orthopedic insoles using a baropodometric platform
Supervisor: dr Tomasz Walczak
Master's Thesis
2025
Design of a research station and study of ground reaction force patterns during stair climbing
Supervisor: dr hab. inż. Jacek Buśkiewicz
Engineer Thesis
2025
The impact of footwear type on gait biomechanics and foot loading
Supervisor: dr inż. Martyna Białecka
Engineer Thesis
2025
Zastosowanie sztucznych sieci neuronowych do oceny poprawności chodu
Supervisor: dr hab. inż. Jacek Buśkiewicz
Master's Thesis
2023
Biomechanical analysis of Nordic Walking
Supervisor: dr hab. inż. Jacek Buśkiewicz
Engineer Thesis
2023
Application of artificial neural networks in person identification based on dynamic gait parameters
Supervisor: dr Tomasz Walczak
Master's Thesis
2022
Biomechanical gait assessment of a patient after bilateral lower limb amputation equipped with transtibial prostheses
Supervisor: dr Tomasz Walczak
Master's Thesis
2022
Application of the BTS Smart system for biomechanical gait assessment of a patient with a transtibial prosthesis
Supervisor: dr Tomasz Walczak
Master's Thesis
2021
Computer program for gait pathology recognition based on BTS system readings
Supervisor: dr hab. inż. Jacek Buśkiewicz
Engineer Thesis
2021
Application of the BTS system in biomechanical gait analysis of individuals after knee arthroscopy
Supervisor: dr Tomasz Walczak
Master's Thesis
2018
Application of artificial neural networks in person identification based on spatio-temporal gait parameters
Supervisor: dr Tomasz Walczak
Master's Thesis
2016
Sport biomechanics
Analysis of running technique using a motion analysis system
Supervisor: dr inż. Martyna Białecka
Engineer Thesis
2024
Design concept of a lower limb prosthesis adapted for swimming
Supervisor: dr inż. Jakub Grabski
Engineer Thesis
2024
Design of a foot prosthesis adapter for cycling
Supervisor: dr hab. inż. Jacek Buśkiewicz
Engineer Thesis
2024
Proposed modifications of outdoor gym equipment to increase accessibility for users
Supervisor: dr hab. inż. Jacek Buśkiewicz
Master's Thesis
2023
Optimization of a chest press machine adapted for an outdoor gym
Supervisor: dr hab. inż. Jacek Buśkiewicz
Master's Thesis
2023
Assessment of lower limb loading asymmetry during a jump shot in female basketball players
Supervisor: dr Tomasz Walczak
Engineer Thesis
2024
Biomechanical analysis of Nordic Walking
Supervisor: dr hab. inż. Jacek Buśkiewicz
Engineer Thesis
2023
Analysis of upper limb movement in humans performing exercises with hand weights
Supervisor: dr hab. inż. Grażyna Sypniewska-Kamińska
Master's Thesis
2022
Analysis of lower limb prosthesis loading during the take-off in long jump
Supervisor: dr hab. inż. Grażyna Sypniewska-Kamińska
Master's Thesis
2022
The impact of selected numerical smoothing methods on kinematic quantities determined from BTS SMART motion capture
Supervisor: dr hab. inż. Grażyna Sypniewska-Kamińska
Engineer Thesis
2022
Development of a biomechanical model for determining muscle torque values during limb rehabilitation exercises
Supervisor: dr hab. inż. Grażyna Sypniewska-Kamińska
Master's Thesis
2021
Application of electromyography and a motion analysis system in the biomechanical optimization of a cyclist's position
Supervisor: dr Tomasz Walczak
Master's Thesis
2021
Analysis of muscle activity for selected volleyball plays using surface electromyography
Supervisor: dr Agnieszka Fraska
Engineer Thesis
2020
Application of the BTS system for biomechanical verification of the deep squat in the FMS test
Supervisor: dr Tomasz Walczak
Engineer Thesis
2020
Identification of main lower limb muscle forces generated during a squat
Supervisor: dr hab. inż. Grażyna Sypniewska-Kamińska
Master's Thesis
2018
Identification of lower limb muscle torques generated during a jump
Supervisor: dr hab. inż. Grażyna Sypniewska-Kamińska
Engineer Thesis
2017
Muscle activity analysis
Application of motion analysis and electromyography in the optimization of multi-joint exercises
Supervisor: dr Tomasz Walczak
Engineer Thesis
2025
Application of artificial neural networks in the assessment of musculoskeletal system overloads in static positions
Supervisor: dr Tomasz Walczak
Engineer Thesis
2024
Application of electromyography and a motion analysis system in the biomechanical optimization of a cyclist's position
Supervisor: dr Tomasz Walczak
Master's Thesis
2021
Application of electromyography in the assessment of balance disorders
Supervisor: dr Tomasz Walczak
Engineer Thesis
2021
Analysis of muscle activity for selected volleyball plays using surface electromyography
Supervisor: dr Agnieszka Fraska
Engineer Thesis
2020
Design of an EMG-based device for waking from sleep via acoustic signals
Supervisor: dr Tomasz Walczak
Engineer Thesis
2019
Application of myoelectric control in a hand prosthesis manufactured using Rapid Prototyping technology
Supervisor: dr Tomasz Walczak
Engineer Thesis
2015
Application of the EMG signal for 3D computer simulation of the human upper limb
Supervisor: dr Tomasz Walczak
Engineer Thesis
2015
Application of electromyography to assess the impact of vibrations on the human musculoskeletal system
Supervisor: dr Tomasz Walczak
Master's Thesis
2014
Application of the EMG signal as a control signal
Supervisor: dr Tomasz Walczak
Master's Thesis
2014
Artificial Intelligence methods
Automatic segmentation of lung lesion areas caused by COVID-19 using machine learning techniques
Supervisor: dr inż. Jakub Grabski
Engineer Thesis
2025
Tooth localization on panoramic X-ray images using convolutional neural networks
Supervisor: dr inż. Jakub Grabski
Engineer Thesis
2025
Design of a garage door access control system based on iris biometrics and machine learning techniques
Supervisor: dr inż. Jakub Grabski
Engineer Thesis
2025
Application of machine learning techniques in the automatic classification of anemia based on conjunctival images
Supervisor: dr inż. Jakub Grabski
Master's Thesis
2025
Processing of retinal images using machine learning techniques
Supervisor: dr inż. Jakub Grabski
Master's Thesis
2024
Application of convolutional neural networks for detecting bone fractures on X-ray images
Supervisor: dr inż. Jakub Grabski
Master's Thesis
2024
Segmentation of brain tumor areas on MRI images using machine learning techniques
Supervisor: dr inż. Jakub Grabski
Master's Thesis
2024
Application of artificial intelligence methods for person identification based on thermographic images
Supervisor: dr Tomasz Walczak
Master's Thesis
2025
Application of convolutional neural networks in recognizing selected eye diseases based on retinal images
Supervisor: dr inż. Jakub Grabski
Engineer Thesis
2024
Application of artificial intelligence methods for determining the human body center of mass
Supervisor: dr Tomasz Walczak
Master's Thesis
2024
Diagnostics of thyroid diseases using artificial intelligence methods based on blood tests
Supervisor: dr Tomasz Walczak
Engineer Thesis
2024
Application of artificial intelligence methods for person identification based on ear shape
Supervisor: dr Tomasz Walczak
Master's Thesis
2024
Tooth segmentation based on cone-beam computed tomography images using machine learning techniques
Supervisor: dr inż. Jakub Grabski
Engineer Thesis
2024
Selected control strategies for a bionic prosthetic hand
Supervisor: dr inż. Jakub Grabski
Master's Thesis
2023
Przetwarzanie zdjęć rentgenowskich rąk dzieci za pomocą konwolucyjnych sieci neuronowych
Supervisor: dr inż. Jakub Grabski
Master's Thesis
2023
Application of machine learning techniques to support the triage procedure
Supervisor: dr inż. Jakub Grabski
Master's Thesis
2023
Application of artificial neural networks in person identification based on dynamic gait parameters
Supervisor: dr Tomasz Walczak
Master's Thesis
2022
Application of artificial neural networks to detect the moment of loss of balance
Supervisor: dr Tomasz Walczak
Master's Thesis
2021
Application of artificial neural networks for person identification based on gait
Supervisor: dr Tomasz Walczak
Engineer Thesis
2016
Application of artificial neural networks in person identification based on spatio-temporal gait parameters
Supervisor: dr Tomasz Walczak
Master's Thesis
2016
Other biomechanics-related topics
Determination of human biomechanical parameters using artificial intelligence methods
Supervisor: dr Tomasz Walczak
Master's Thesis
2025
Concept of a device for assessing incorrect cervical spine posture using inertial motion sensors
Supervisor: dr Tomasz Walczak
Master's Thesis
2025
Design and strength analysis of a passive exoskeleton arm
Supervisor: dr inż. Martyna Białecka
Engineer Thesis
2025
Feline motion analysis using a markerless motion analysis system
Supervisor: dr inż. Martyna Białecka
Engineer Thesis
2025
Design of an orthosis with a compensation system for knee hyperextension
Supervisor: dr inż. Jakub Grabski
Engineer Thesis
2024
Bionic hand prosthesis manufactured using additive technology and controlled by an electromyographic signal
Supervisor: dr inż. Jakub Grabski
Engineer Thesis
2024
Modeling and analysis of a rib implant
Supervisor: dr inż. Jakub Grabski
Master's Thesis
2023
The impact of selected numerical smoothing methods on kinematic quantities determined from BTS SMART motion capture
Supervisor: dr hab. inż.Grażyna Sypniewska-Kamińska
Engineer Thesis
2022
Analysis of static classical and contemporary dance positions using the BTS Smart system
Supervisor: dr Agnieszka Fraska
Master's Thesis
2022
Determination of spinal loading for two different methods of lifting heavy objects
Supervisor: dr hab. inż.Grażyna Sypniewska-Kamińska
Engineer Thesis
2021
Biomechanical analysis of human body behavior during alternating loading of both legs
Supervisor: dr hab. inż.Grażyna Sypniewska-Kamińska
Engineer Thesis
2021
Application of the BTS system to assess the impact of sight and hearing on the human sense of balance
Supervisor: dr Tomasz Walczak
Master's Thesis
2020
Application of the BTS system for the validation of proprioception tests
Supervisor: dr Tomasz Walczak
Master's Thesis
2019
Biomechanical analysis of the musculoskeletal system in individuals with brachial plexus palsy
Supervisor: dr Tomasz Walczak
Engineer Thesis
2019
Study of the center of gravity location in patients with trunk compensation disorders in the sagittal plane
Supervisor: dr Tomasz Walczak
Engineer Thesis
2018
Application of the BTS system to analyze changes in joint loading in pregnant women
Supervisor: dr Tomasz Walczak
Engineer Thesis
2018
Application of the BTS motion analysis system in the design of a controlled lower limb prosthesis
Supervisor: dr Tomasz Walczak
Master's Thesis
2016
Application of the BTS Smart system in determining the range of motion of the spine
Supervisor: dr Agnieszka Fraska
Engineer Thesis
2014