Prof. Dr. Daniel Baumgartner
Prof. Dr. Daniel Baumgartner
ZHAW
School of Engineering
Technikumstrasse 9
8400 Winterthur
Persönliches Profil
Leitungsfunktion
- Schwerpunktleitung Biomechanical Engineering
Arbeits- und Forschungsschwerpunkte, Spezialkenntnisse
Orthopädische Implantate & Instrumente, Ergonomie & Rehabilitation
Aus- und Fortbildung
Dr. Sc. ETH (2009)
Dipl. Ing. ETH (2002)
Projekte
Projektleitung
- Device for upper extremity rehabilitation / / 01.04.2016
- T-CHAIR / / 01.10.2015
- Schultersimulator / / 01.10.2014
Mitarbeit an folgenden Projekten
Publikationen
Beiträge, peer-reviewed
Kuster, Roman; Schmid, Bruno; ; ; ; (2016).
Experimental Shoulder Testing under in-vivo Anatomy and Physiology
.
In: . Conference of the International Shoulder Group: Winterthur, Switzerland. Peer reviewed.
; Kuster, R P; ; ; ; ; (2016).
Inclination-Dependent Changes of the Critical Shoulder Angle Significantly Influence Superior Glenohumeral Joint Stability
.
Clinical Biomechanics (Bristol, Avon), 32 268-73. Peer reviewed.
Kuster, Roman; ; Heinlein, Bernd; (2016).
Usability and Validity of a Novel Smartphone Application to Measure Shoulder Range of Motion
.
In: Conference of the International Shoulder Group. Winterthur, Switzerland: ISG. Peer reviewed.
Kuster, Roman; ; Bauer, Christoph; ; (2015).
Novel Trunk Training Device for Patients early post Stroke
.
In: International Conference on Recent Advances in Neurorehabilitation (as part of the Rehab Week). Valencia, Spain: ICRAN. Peer reviewed.
Kuster, Roman; ; ; (2015).
Why cause large Critical Shoulder Angles Rotator Cuff Tears and small ones Osteoarthritis? An Experimental Explanation
.
In: Congress of the European Society of Biomechanics. Prague, Czech: ESB-Congress. Peer reviewed.
Kuster, Roman; (2014).
Are Novel Office Chairs Used Dynamically in Daily Office Routine? - A Novel Measurement Method
.
In: Proceeding of the SSBE-Congress. Zurich: Swiss Society of Biomedical Engineering. Peer reviewed.
Kuster, Roman; (2014).
Entwicklung eines neuen dynamischen Bürostuhls zur Mobilisierung der Wirbelsäule
.
In: SwissErgo-Tagung. Neuchâtel, Schweiz: SwissErgo. Peer reviewed.
Kuster, Roman; ; ; (2014).
Muscular Activity while Sitting on a Novel Dynamic Office Chair
.
In: Proceeding of the 7th World Congress of Biomechanics. Boston: WCB. Peer reviewed.
Schmid, Bruno; Kuster, Roman; (2014).
Novel Balance Platform
: A Feasibility Study to Collect Normative Data.
In: Proceeding of the 7th World Congress of Biomechanics. Boston: WCB. Peer reviewed.
Kuster, Roman; ; Bauer, Christoph; ; ; Meier, Jürg; ; (2014).
Novel Dynamic Chair Concept to Mobilise Pelvis and Spine
.
In: CTI Medtech Award (2nd Place). Berne: Commission for Technology and Innovation. Peer reviewed.
; Kuster, Roman; ; (2014).
Novel Method to Investigate Cushioning Effects of Suspension Forks - A Human Centered Pilot Study
.
In: Proceeding of the SSBE-Congress. Zurich: Swiss Society of Biomedical Engineering. Peer reviewed.
; ; ; ; ; ; (2013).
The Spinal Curvature of Three Different Sitting Positions Analysed in an Open MRI Scanner
.
Scientific World Journal, 184016. doi: 10.1100/2012/18406. Peer reviewed.
; ; ; Heinlein, Bernd; ; (2013).
Towards the development of a novel experimental shoulder simulator with rotating scapula and individually controlled muscle forces simulating the rotator cuff
.
Med Biol Eng Computing DOI 10.1007/s11517-013-1120-z. Peer reviewed.
Beiträge, nicht peer-reviewed
Schmid, Bruno; Kuster, Roman; Bauer, Christoph; ; (2014).
Shortened M Psoas Major Increases Lumbar Lordosis - An Experimental Approach.
.
In: SSBE. Zurich; CH: -.
; ; ; (2013).
Biomechanical analysis of the ground reaction force during kick-off acceleration on roller skis
.
In: . Deutsche Gesellschaft für Biomechanik DGfB, Ulm: ..
; ; (2013).
Experimental shoulder simulation with rotating scapula and individually controlled muscle forces
.
In: . Deutsche Gesellschaft für Biomechanik DGfB, Ulm: ..
Kuster, Roman; ; ; ; Meier, Jürg; ; (2013).
Novel Dynamic Chair Concept to Mobilise Pelvis and Spine
.
In: CTI Medtech Event. Berne: Commission for Technology and Innovation.