Dr.-Ing. Klaus Hochradel
I received my Dipl.-Ing. in electrical engineering from Friedrich-Alexander-University Erlangen/Nuremberg (FAU) in Germany, specializing in measurement technology. Subsequently, I pursued my PhD at FAU within a research team dedicated to nature conservation at wind turbines, completing my doctoral studies at UMIT.
Following my PhD, I continued my research in nature conservation and ventured into the interdisciplinary realm of measurement technology and competitive climbing. With the support of TWF funding for force measurements during climbing, I conducted a preliminary study to assess the feasibility and benefits of qualitative and quantitative measurements in climbing.
Drawing from my personal background in both climbing and measurement technology, I facilitated swift progress in my research, leading to the publication of a portion of this work. This accomplishment paved the way for collaboration with the Austrian climbing federation, marking the initiation of our partnership.
Dr. Pawel Draga
I am a highly qualified sports scientist specializing in biomechanics. I earned my Master's Degree in Physical Education from the Academy of Physical Education Krakow (AWF) in 2010, with a keen focus on sport biomechanics. During the same year, I successfully completed my sports climbing trainer education, marking the beginning of my dual expertise.
In 2015, I proudly obtained a Ph.D. in Sports Science from the University of Physical Education (AWF) J. Kukuczki Katowice, Poland. My doctoral research delved into "Somatic and motor determinants of the achievements of sports climbers." Following this academic milestone, I transitioned to a role as an intern at the National Research Institute in Warsaw, contributing to various cutting-edge research projects.
My involvement encompassed impactful studies such as investigating the influence of short-term D-aspartic acid supplementation on blood testosterone concentration, analyzing the behavior of physical performance in male athletes from different sports (Dept. of Biochemistry), and employing film analysis through the Vicon 3D motion analysis system to study combat sports athletes (Dept. of Biomechanics).
My dedication to advancing sports science is reflected in the publication of ten peer-reviewed articles on sport climbing in reputable scientific journals. Presently, I bring my expertise to the business arena, serving as a coach for the national Austrian Climbing Team. In this role, I apply biomechanical analysis to optimize climbers' technique models and diagnose critical motor parameters such as strength, speed, power, and acceleration.
My commitment to excellence in sports science and coaching positions me as a valuable asset for businesses seeking innovative solutions and a competitive edge in the realm of biomechanics and athletic performance optimization.
Dr.-Ing Dominik Pandurevic
I completed both my bachelor's and master's degrees in mechatronics at UMIT Tirol, specializing in industrial mechatronics. Currently, I am employed as a junior scientist and a Ph.D. student at UMIT Tirol, where my research is centered around the quantitative analysis of force and motion measurements in competitive sports. My work is based at the Institute of Measurement and Sensor Technology.
During my academic journey, I initiated a research project focusing on an interdisciplinary approach to the quantitative analysis of force and motion measurements in competitive sports. With the support of the Tiroler Wissenschaftsförderung (TWF), we secured funding to test a measurement prototype designed for 3D-force measurement and motion tracking.
This journey represents not just an academic pursuit but a real-world application of cutting-edge technology in the realm of sports performance analysis. I am excited about the potential impact of our work and look forward to contributing to advancements in the field. Stay tuned for updates on our progress and insights gained through our collaboration with the Austrian climbing federation.
OUR STORY
Prof. Dr.-Ing. Alexander Sutor
I graduated with a Dipl.-Ing. degree in electrical engineering from Friedrich-Alexander-University Erlangen/Nuremberg (FAU) in Germany, specializing in electronics. In 2004, I earned my Ph.D. from the same university, focusing on multidimensional semiconductor force and stress sensors. Following this, I embarked on a Postdoc position at the Chair of Sensor Technology (LSE), where I served as an Academic Assistant, leading the measurement and technology lab.
By 2011, I had been appointed Senior Academic Assistant (Akademischer Oberrat). Seeking to broaden my horizons, I took on the role of Head of Research and Development at Corscience in 2016, a medium-sized enterprise specializing in medical technology development. Corscience excels in OEM products for medical measurement and sensor technologies, particularly in pulse oximeters, EKG and EEG instruments, and oxygen and carbon dioxide breathing gas sensors.
