In project A01 we are investigating methods for the early detection of knee malfunctions, prediction of signs of wear, and the life cycle monitoring of each implant using a digital twin.

In project A02, we are exploring the influence of abrasion particles and patient-specific factors in aseptic loosening on hip implants and how to address this problem.

In project A03, we explore if we can hear loosening of a hip arthroplasty and how we can ensure early differentiation of septic and aseptic loosening to choose the right therapy path..

In project A04, we aim to clarify why modular implants are more prone to loosening due to their fabrication and what future implant modifications will result from this.

Project A05 aims to utilize the cochlear implant’s hearing function as a sensor that detects possible corrosion of the electrode at an early stage.

In project A06, we are investigating how impedance measurement can assist with positioning and function monitoring when hearing deterioration occurs on the cochlear implant.

In project A07, we develop patient-specific high-fidelity finite element models of hip and cochlear implants to determine the challenges that have to be overcome and identify opportunities for clinical use?

In project A08, we explore the induction heating procedure as a gentle therapeutic method for the removal of hip and knee endoprosthesis.