FH-Prof. DI Dr. Johannes Martinek
Program Director Bachelor Biomedical Engineering
Program Direct Master Healthcare and Rehabilitation Technology
Personal Information and Education
- PhD Thesis and Graduation at the Vienna University of Technology (in the field of Modeling and Simulation, accomplished at the Department Biomedical Engineering and Physics at the Vienna Medical School)
- Master’s Thesis and Graduation at the Vienna University of Technology
- Study of Technical Mathematics at the Vienna University of Technology and specialization in Mathematical Computer-Sciences
- Secondary School, GRG VIII Albertgasse (Vienna)
- Born in Vienna
Career
- since 2008 Lecturer at the University of Applied Sciences Technikum Wien
- since 2007 Deputy Program Director of Studies of Healthcare and Rehabilitation Technology
- Juli 2006 – Mai 2009 Project Assistant at Technical University Vienna
- Oct. 2004 – Feb. 2008 external lecturer at the University of Applied Sciences Technikum Wien
- Jan. 2004 – Juni 2006 Developement of Database and dataanalysis at WSP (Wilhelminenspital – Vienna)
Activities at UAS Technikum Wien
- Deputy Program Director of Studies of Healthcare and Rehabilitation Technology
- Lessons in the fields of Biomedical Engineering, Healthcare and Rehabilitation Technology as well as Sports-Equipment Technology
- Coordinator for „Biomedical Informatics“ (Department of Biomedical Engineering)
Teaching Focus
- Applied Informatics in the fields of Biomedical Engineering and Sports-Equipment Technology
- Modeling and Simulation
- Supervision of projects in the field of Rehabilitation Technology
- Supervision of Bachelor- und Master’s Thesis in the fields of Biomedical Engineering and Sports-Equipment Technology as well as Rehabilitation Technology
Publikationen
Vergleich des decompositionierten und des überlagerten Elektromyogramms zur Analyse der Muskelermüdung
- Sarah Langer, Iris Nemec, Josef Kollmitzer, Matthias Scherer, Johannes Martinek (2022)
Evaluation of Wearable Multimodal Sensor Insoles for Motion-pattern Measurements in Stroke Rehabilitation – a Pilot Study
- Veronika David, Mathias Forjan, Johannes Martinek, Stefan Kotzian, Harald Jagos, Dietmar Rafolt (2017)
Influence of the electrode position on the electrical field distribution and excitation of a denervated muscle fiber
- Johannes Martinek, Yvonne Stickler, Winfried Mayr, Frank Rattay (2008)
eHealth und eCard an der Fachhochschule Technikum Wien
- Martin Reichel, Johannes Martinek, Stefan Sauermann, Fritz Schmöllebeck (2008)
Simulationen zur Funktionellen Elektrostimulation: Effektive Elektrodenkonfigurationen zur Muskelstimulation
- Frank Rattay, Johannes Martinek, Yvonne Stickler, Karen Minassian (2007)
FE-Modellierung für Implantate als Alternative zur transkutanen Elektrostimulation des langzeitdenervierten Oberschenkels
- Thomas Mandl, Fahdi Dohnal, Yvonne Stickler, Johannes Martinek, Martin Reichel, Winfried Mayr, Frank Rattay (2006)
Simulation der elektrischen Stimulation im menschlichen Oberschenkel mit Hilfe von FEMLAB
- Johannes Martinek, Yvonne Stickler, Fahdi Dohnal, Martin Reichel, Winfried Mayr, Frank Rattay (2006)
Fachhochschule Technikum Wien - Fernlab in der Lehre
- Johannes Martinek, Martin Reichel, Mario Strummer, Fritz Schmöllebeck (2006)
Electrical stimulation of denervated skeletal muscles: a modeling study of transcutaneous stimulation
- Johannes Martinek, Yvonne Sticker, Martin Reichel, Frank Rattay (2006)
Fachhochschule Technikum Wien – Femlab in der Lehre
- Johannes Martinek, Martin Reichl, Martin Strummer, Fritz Schmöllebeck (2006)
Analysis of calculated electrical activation of denervated muscle fibres in the human thigh
- Johannes Martinek, Frank Rattay, Winfried Mayr (2004)
Analyse der Aktivierung von denervierten Muskelfasern im menschlichen Oberschenkel bei FES
- Johannes Martinek, Martin Reichel, Winfried Mayr, Frank Rattay (2003)
Simulation der Funktioniellen Elektrostimulation an der denervierten Oberschenkelmuskulatur
- Martin Reichel, Johannes Martinek, Frank Rattay, Winfried Mayr (2003)
Simulation der Funktionellen Elektrostimulation an der denervierten Oberschenkelmuskulatur
- Martin Reichel, Johannes Martinek, Frank Rattay, Winfried Mayr (2003)
Evaluation of Wearable Multimodal Sensor Insoles for Motion-pattern Measurements in Stroke Rehabilitation – a Pilot Study
- Veronika David, Mathias Forjan, Johannes Martinek, Stefan Kotzian, Harald Jagos, Dietmar Rafolt (2017)
- IEEE-RAS-EMBS International Conference on Rehabilitation Robotics (ICORR 2017)
10-th Vienna international workshop on functionalelectrostimulation and 15th IFESS Annual Conference
- Thomas Mandl, Johannes Martinek, Manfred Bijak, Hermann Lanmüller, Winfried Mayr, Markus Pichler (2010)
- Proceedings / Center for Medical Physicsand Biomedical Engineering, Medical University of Vienna / Vienna Medical School / ISBN 3-900928-09-5 / 388 S.
Simulation of spinning soccer ball trajectories influenced by altitude
- S. Hörzer, Christiane Fuchs, R. Gastinger, Anton Sabo, Lars Mehnen, Johannes Martinek, Martin Reichel (2010)
- Procedia Engineering
Towards a numerical 3D model of Functional Electrical Stimulation of denervated, degenerated human skeletal muscle
- Thomas Mandl, Johannes Martinek, Winfried Mayr, Frank Rattay, Martin Reichel (2009)
- Proceedings of the 21st European Modeling and Simulation Symposium
Coupling Effects in the Bidomain Model of Functional Electrical Stimulation
- Johannes Martinek, Thomas Mandl, Winfried Mayr, Frank Rattay, Martin Reichel (2009)
- Proceedings of the 21st European Modeling and Simulation Symposium
Angewandte Informatik-Jahresprojekte in selbstorganisierten Gruppen, gewichtete Leistungsbeurteilung
- Martin Reichel, Johannes Martinek, Norbert Koppelstätter (2008)
- DICFO-Beispiele guter Lehre an Fachhochschulen
Simulating Hodgkin-Huxley like Excitation using Comsol Multiphysics
- Johannes Martinek, Yvonne Stickler, Martin Reichel, Frank Rattay (2008)
- Proceeding Comsol Conference, Hannover (Germany)
Development of modeling functional electrical stimulation in denervated muscle
- Martin Reichel, Johannes Martinek, Thomas Mandl, Winfried Mayr, Frank Rattay (2007)
- Proceedings of the 9th Vienna international workshop on functional electrostimulation
A new approach to simulate Hodgkin - Huxley like excitatation with FEMLAB
- Johannes Martinek, Yvonne Stickler, Martin Reichel, Frank Rattay (2007)
- Proceedings of the 9-th Vienna international workshop on functional electrostimulation, Krems (Austria)
Simulation der elektrischen Stimulation im menschlichen Oberschenkel mit Hilfe von FEMLAB
- Johannes Martinek, Yvonne Stickler, Fahdi Dohnal, Martin Reichel, Winfried Mayr, Frank Rattay (2006)
- Neue Wege der Multiphysik Simulation
Functional electrical stimulation of denervated skeletal muscle fibers in 3D human thigh-modeling and simulation
- Martin Reichel, Johannes Martinek, Winfried Mayr, Frank Rattay (2004)
- Proceedings of the 8th Vienna international workshop on functional electrostimulation
Functional electrical stimulation of denervated skeletal muscles: a modeling study
- Frank Rattay, Martin Reichel, Johannes Martinek, Ilse Persy, Susanne Resatz, Winfried Mayr (2003)
- Proceedings of the 25th Annual International Conference of the Engineering in Medicine and Biology Society
Simulation and Analysis of Electric Activation of Denervated Muscle Fibres in the Human Thigh
- Johannes Martinek, Martin Reichel, Frank Rattay, Winfried Mayr (2003)
- Proceedings of FEM Workshop
Simulation and Analysis of Electric Activiation of Denervated Muscle Fibres in the Human Thigh
- Johannes Martinek, Martin Reichel, Frank Rattay, Winfried Mayr (2003)
- FEM Workshop / Tagungsbandbeitrag / Ulm (Germany)
Modeling Needle Stimulation of Denervated Muscle Fibers: Voltage-Distance Relations and Fiber Polarization Effects
- Yvonne Stickler, Johannes Martinek, Frank Rattay (2009)
- IEEE Transactions on Biomedical Engineering / IEEE Engineering in Medicine and Biology Society
Modeling the excitability of the denervated human thigh for the stimulation with surface and needle electrodes
- Yvonne Stickler, Johannes Martinek, Martin Reichel, Frank Rattay (2009)
- Basic Applied Myology
A novel approach to simulate Hodgkin-Huxley-like excitation with COMSOL multiphysics
- Johannes Martinek, Yvonne Stickler, Martin Reichel, Winfried Mayr, Frank Rattay (2008)
- Artificial Organs
A finite element model of the electrically stimulated human thigh: changes due to denervation and training
- Yvonne Stickler, Johannes Martinek, Christian Hofer, Frank Rattay (2008)
- Artifical Organs
Analysis of calculated electrical activation of denervated muscle fibres in the human thigh
- Johannes Martinek, Martin Reichel, Frank Rattay, Winfried Mayr (2005)
- Artificial Organs