Prof. Dr. Heiko Wagner
Prof. Dr. Heiko Wagner

Prof. Dr. Heiko Wagner

Heiko Wagner
© Heiko Wagner

Heiko Wagner studied Physics and Sports at University of Frankfurt and wrote his doctoral thesis on the subject: "Zur Stabilität der menschlichen Bewegung" (On stability of human movement). In the year 2004, he finished his Habilitation at University of Jena, entitled "Selbststabilisierung als Prinzip der Bewegungswissenschaft: (Selfstability as movement science principle).

Self-stability is based on both the mechanical properties and the learned movement patterns of the subjects. Therefore, there is a deep connection between the motor control system, including reflexes and inter-muscular coordination, and the biomechanics and anthropometry of the subject. While trying to understand the biomechanics of motor control it is necessary to bridge the gap between different scientific fields, i.e., mathematics, physics, biology, biomechanics, medicine and physiotherapy, psychology, robotic engineering and others.
Even though the experimental methods have been improving over the last decade, it is still impossible to measure the complex neuromuscular signals within the body. Therefore, we develop computational models to analyse the sensorimotor control of humans and animals.

Heiko is now working on the following topics:

  • Biomechanical analyses to investigate how humans and animals can perform highly accurate and stable motions.
  • Development of muscular-skeletal models based on biomechanical time-invariant properties.
  • Experimental and analytical methods in biomechanics and nonlinear dynamics.
  • Analysing the self-stabilizing properties of the musculoskeletal system in human and animal locomotion.
Dr. rer. nat. Kim Boström
Dr. rer. nat. Kim Boström

Dr. rer. nat. Kim Boström

Kim Boström
© Kim Boström

After completing his doctorate as a theoretical physicist in quantum cryptography, Kim worked as a postdoc in the fields of neuroscience, perceptual psychology and movement science. He is interested in modelling physiological processes and works on our whole-body musculoskeletal model, Myonardo. He also uses recurrent neural networks to implement new forms of movement control

Myriam de Graaf, M.Sc.
Myriam de Graaf, M.Sc.

Myriam de Graaf, M.Sc.

Myriam de Graaf
© Kira Kaur

Myriam has obtained her bachelor's and research master's degrees in 'Human Movement Science' at the Vrije Universiteit (VU) Amsterdam in 2017 and 2019, respectively. During her studies, she became more and more intrigued by how and why our body functions the way it does, and the more fundamental aspects of human movement sciences. Her research interests transformed from applications in sports, to biomechanics, and ultimately, to (sensori)motor control, computer modelling and neuroscience. She investigated the biomechanics of the arm swing during walking, motor synergies, somatosensory evoked potentials in the spinal cord and started modelling the spinal cord using artificial neural networks. For the latter, she did an internship at the department of movement science. In October 2019, after successfully defending her Master's thesis, she rejoined the department to start her PhD. In her PhD, she has continued her internship project, using artificial neural networks as abstract models of the spinal cord, to help elucidate (spinal) motor control, specifically during locomotion.

Svenja Wald
Svenja Wald
© Svenja Wald

Svenja Wald, M.Sc.

Since October 2020, Svenja Wald has been working in the department of movement science on the further development of the rehabilitation training device "MEDI-SQUAT" for controlling leg strain by means of kinematic measurements. She completed her Master's degree in "Sport, Exercise and Human Performance" here in Münster and a Bachelor's degree in "Sports Medical Engineering", which has awakened her interest in biomechanics, motion analysis and various measurement systems. She also has a big interest in horses, and is currently developing the "Hipponardo", a musculos-skelatal model for horses. 

Andrea Arensmann
Andrea Arensmann
© Andrea Arensmann

Andrea Arensmann, M.Sc.

Andrea studied sports science with a focus on health and rehabilitation sports at the Otto-von-Guericke Universität Magdeburg until 2018. Subsequently, she finished her Master’s degree in Sport Science – Movement and Technology at the Karlsruhe Institute of Technology in 2021. Since summer 2021 she is working as a research associate and PhD student at the department of movement science in the research group computational movement science. Since her Master’s thesis, Andrea has been working on the simulation of human movements and the analysis of their kinematics, kinetics and joint contact forces. Furthermore, she is a member of the ethics committee and the working group prevention against sexualized violence.
 

Meike Gerlach
Meike Gerlach
© Meike Gerlach

Meike Gerlach, M.Sc.

Meike successfully completed her Master's degree in "Sports, Exercise and Human Performance" at the University of Münster in 2022, after finishing the preceding Bachelor's degree in "Human Movement in Sports and Exercise" in 2020.  In addition, she was able to gain practical experience during her almost 4 years as a student assistant in the field of movement sciences. Since October 2022, Meike has been working on her PhD and also started teaching practical and theoretical courses in the Bachelor of Science and Bachelor of Education.
As a competitive athlete in track and field, she has been fascinated by scientific questions related to sports and human movement from an early stage. Meike is particularly interested in performance diagnostics, movement control and injury prevention. Her current research focuses on joint contact forces during running and sprinting.
 

Lena Kloock
Lena Kloock
© Lena Kloock

Lena Kloock, M.Sc.

Lena finished her Bachelor's Degree in 2019 in “Sportmedizinische Technik” (Sports Medicine Technology) at the University of Applied Sciences Koblenz. After some time abroad in Canada, where she researched pronation in different types of shoes with Dr. Benno Nigg, she pursued her Master’s Degree at the JLU Gießen in “Biomechanik- Motorik- Bewegungsanalyse” (Biomechanicals-Motor skills-Movement Analysis) and successfully completed it in 2022. In the summer of 2022, Lena started at the Department of human movement science as an intern and student assistant to complete her Master Thesis.  In May 2023, she prolonged her stay with us, starting as a PhD candidate. Lena’s main research focus is the calculation of metabolic costs and efficiency for the inverse model of the Myonardo musculoskeletal model. Additionally, she has been continuing her research on the effects of different types of shoes on running, by investigating the resulting joint contact forces in our 'Shoedeloe' Project.