| Aljoscha Hermann | Dr.-Ing. |
| Room: | MW 3311 / Hochbrück Parkring 35 Raum 3.3.08 |
| Email: | aljoscha.hermann@tum.de |
| Tel: | +49 89 289 10353 / +49 89 289 |
| Research filed: | Biomechanics, Materials Science, Physiology |
Consultation hours:
Monday, 1:00 pm untill 2:00pm
Academic degree or title:
M.Sc.
Tabular resume:
| 06.2015 | Research Associate, Professorship of Sport Equipment and Materials, Technical University Munich |
Publications:
- Nusser, M., Hermann, A., Brucker P. U. & Senner, V. (2016). Artificial Knee Joint and Ski Load Simulator for the Evaluation of Knee Braces and Ski Bindings. Proceedia Engineeing.
Project:
- KNEEMAX ©
- Development and application of a knee simulator to determine the forces occurring in the knee under typical stress situations in alpine skiing.
- Functional textiles measure movement and muscle activation during skiing.
Supervised student works:
- Development and construction of a module for the detection of motion parameters during exercise
- Automation of a Biomechanical Knee Surrogat: Implementation of the external load application
- Camera Based Calculations of the Elongation of the Ligaments in a Physical Knee Model
- Design, Motorization, Evaluation of the Muscular System in a Human Knee Model • Concept Development for a Binding to Determine the Loads on a Skier During Alpine Skiing
- Effects of an Isometric Cocontraction of the Thigh Muscles on the Anterior Tibial Translation
- Muscle activation ratios of the m. quadrizeps femoris and the hamstring muscles in recreational skiing: An explorative study
- Investigation of Different Measurement Methods with Regards to their Qualification to Measure Knee Angle During Skiing
- Developing an Underpant for Skiing with Integrated Sensors to Measure the Knee Angle and the Muscle Activity
- Development of Technical Textiles for the Recording of Movement and Muscle Activity During Alpine Skiing
- development and Validation of a Speed Tracking System
Lectures / assistant lectures:
- Ergonomisches Praktikum, Muskelphysiologie
- Ergonomisches Praktikum, Bewegungsanalyse
- CAD Basics und Innovationsbewertung – practical curse affiliated to the lecture Sporttechnologische Kompetenz
- CAD Basics und Innovation Assessment (HFE)
- Development and Production of Individualized Human-Machine-Interfaces in the area of Sport Equipment
Doctoral projects:
| Project title | Begin | Faculty | Doctorfather/mother | Mentor | |
| Development of Algorithms for Mechatronic Ski Bindings to Reduce Knee Injuries in Alpine Skiing | 06.2016 | Faculty Mechanical Engineering | Dr.-Ing. Veit Senner |