This bachelor's thesis proposal outlines a project aimed at developing a proof of principle for a wearable tissue stiffness measurement unit. The project will focus on designing and prototyping a compact and wearable device capable of accurately measuring tissue stiffness in real-time. Utilizing sensor technologies and signal processing techniques, the device will be designed to provide quantitative measurements of tissue stiffness during physical examinations or medical procedures. The project will involve the development of hardware and software components, as well as the validation of the device's accuracy and reliability through experimental testing. The ultimate goal is to demonstrate the feasibility and potential applications of wearable tissue stiffness measurement technology for healthcare and biomedical research purposes.
