Implementation of an extension to the standard simulation process in OpenSim and validation of simulated user loads

  • Subject:Simulation, Biomechanics, Human Model, Medical Technology
  • Type:Bachelor-/Masterarbeit
  • Tutor:

    Susanne Sutschet, M. Sc.

Implementation of an extension to the standard simulation process in OpenSim and validation of simulated user loads

When working with power tools, users sometimes experience high forces that can lead to health problems. There are many different approaches for designing products more ergonomically. In particular, computer simulations are becoming increasingly important. Compared to conventional methods, musculoskeletal human models can be used to investigate, e.g., joint forces and muscle activation with reduced effort. For simulating an application, the kinematic motion and external forces that are acting on the user during working are applied to the model. The subsequent analysis enables an evaluation and comparsion of user loads.

Assignment:

The objective is to simulate joint loads and muscle activations in the open-source software OpenSim, initially following the standard procedure. Subsequently, the simulation process is to be supplemented by approaches from the literature to increase the accuracy of the simulation results. Also, experimental comparative data are to be used for a validation.

 

Your profile:

  • You are studying mechanical engineering, mechatronics, electrical engineering, computer science, engineering or a similar degree program
  • Fluent language skills in German or English
  • You work independently and reliably
  • Knowledge of MATLAB and C++ is profitable, but not mandatory

If you are interested, feel free to contact mesusanne.sutschet∂kit.edu