Kati Nispel
| Title: | Master of Science (M.Sc.) |
| Room: | MW 3333 |
| Fields of research: | Biomechanics, Multibody Simulation |
| kati.nispel@tum.de | |
| ► Phone | 089 289 15 3 65 |
| ► ORCID ID | |
| ► Consultation hours agreement |
Academic degree or title:
Mechanical Engineering, M.Sc. (TUM)
Mechanical Engineering, B.Sc. (TUM)
Tabular resume:
| Seit 06/2020 | Research Assistant (Associate Professorship of Sport Equipment and Sport Materials & Department of Neuroradiology) Klinikum rechts der Isar (TUM) |
| 10/2016 - 03/2020 | Master's degree in mechanical engineering (focus on biomechanics) Munich University of Technology Degree: Master of Science |
| 02/2018 - 07/2018 | Erasmus+ scholarship at the Sorbonne Université in Paris |
| 10/2012 - 11/2016 | Bachelor of Mechanical Engineering (focus on medical technology) Munich University of Technology Degree: Bachelor of Science |
Projects:
Lectures and Teaching:
Supervised student research projects (a.o.):
- Automated Interpolation of an FEM body Using the Example of a Human Intervertebral Disc
- Determining Degeneration of Intervertebral Discs Based on Material Parameters of Lumbar Spine CT Scans. Applying Image Processing Techniques and Convolutional Networks on Patient-specific Data
- Generation and Validation of a Biomechanical FEM Model of the Human Intervertebral Disc
- Automated Mesh Smoothing in Patient-specific STL Vertebrae Data
- Multi-Body Simulation Approach towards Analysis of Spinal Loads during a Mountain Bike Crash
- Coupled MBS and FEM Simulation of Patient-Specific Biomechanics: Intervertebral Disc Stress in Large Cohorts
- Biomechanical Analysis of the Effects of a Knee Prosthesis on Human Gait
- Development and Simulation of a Ski-Inspired Wood-Core Prosthesis for Lower-Income Countries using Finite Element Analysis and Multi-Body Simulation
- Influence of Functional Limitations on Gait Biomechanics - A comparison of Post Stroke Patients and Transtibial Amputees
- Effects of Neurological Disorders of the Biomechanics of Human Gait - Development of the Gait Index for Neurological Disorder (GIND)
- Determination of Critical Parameters for the Sensor-based Adjustment of a Gait Trainer for Neurological Diseases Using Multi-body Simulations
- Investigation of Pressure Distributions on Saddles in Female Road Cycling
- Construction and Simulation of Athiete-specific Cycling Pant Paddings in Competitive Women Sports
Doctoral projects:
| Project title | Begin | Faculty | Doctorfather/mother | Mentor |
| Bidirectional Coupling of MBS and FEM simulations as a new approach to analyzing human biomechanics in health | 2020 | TUM School of Engineering and Design | Prof. Dr.-Ing. Veit Senner | Prof. Dr. med. Jan S. Kirschke |