Hans Kainz

Development, validation and use of computational musculoskeletal models of cerebral palsy gait. Used Vicon Motion Analysis System to collect and analyse data. Used Matlab to process data. Run musculoskeletal simulations with OpenSim. Used SPSS for statistical analysis. Presented findings at several conferences. Created and submitted a systematic review paper.

Biomechanical analysis of distal radius fractures Managed collobaration with different institutes Designed testing protocolls Analysed and interpreted data Used SPSS for statistical analysis Supervised medical students Prepared and published manuscripts

Conducted gait assessments on clinical populations using Qualisys Motion Capture System and Visual3D Created and interpretated motion analyses reports and delivered findings to medical professionals Data analysis of upper limb movements using Visual3D Supervised undergraduate students Worked as part of a multidiciplinary team including physiotherapists, mechanical engineers, etc. Presented results at the Biomedical Engineering Society Conference in Atlanta.

Influence of a total knee arthroplasty on patellar kinematics and contact characteristics. Designed experimental setup using SolidWorks. Manufactured the experimental setup using a lathe and milling machine. Tested lower limb cadaver specimens using Novel patellar pressure sensor and PONTOS Motion Capture System. Analysed and interpreted data. Prepared and published manuscripts. Presented results at the German Association of Biomechanics conference.

Development, validation and use of computational musculoskeletal models of cerebral palsy gait

Bewegung, Gesundheit & Fitness