prophysics - TUM MIRMI

The MIRMI research laboratory for robotics, perception and artificial intelligence investigates and attempts to answer questions relating to human biomechanics, neuromechanics and sensorimotor functions.

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Orthopaedics and traumatology at the University Hospital Basel represent highly innovative, specialised and modern medicine.

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A feature of the chair of system theory and control engineering is the execution of theoretical as well as application-oriented research. Thus, contributions are made in their own specialist field while simutaneously solutions for industry are found.

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The connection of human mechanics and neuromuscular control is particularly observed in the biomechanical research area of the Institute of Sport and Sport Science at University of Freiburg.

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Our performance diagnostics centre is integrated into the Swiss Swimming Training Base in Tenero and looks after all four sports of the Swiss Swimming Federation.

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The high-tech equipment enables measurements of 3D movement sequences, dynamic loads on the skeleton and control mechanisms of the muscles in combination.

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The teaching portfolio of the IRS is characterised by a mixture of theoretical basic courses and innovative laboratory practicals to enable direct application and reflection of theoretical methods in practice.

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The research spectrum at IfADo ranges from psychological-neuroscientific research into human information processing to the design of ageing-friendly workplaces.

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The Institute of Sport Science analyses all kinds of sport movements, as well as the interaction between sports equipment and athletes.

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Logistics is much more than transportation of goods and commodities. Intralogistics systems and processes can be planned, tested and evaluated much better by using virtual reality.

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We are now the largest university of applied sciences in Austria. As one of our highlights, we have a movement laboratory that is also used for research.

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The reduction of the tracking volume to few cubic meter enables the tracking of retroreflective marker to around 1/100m exact during static pose.

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At the Institute of Movement and Neurosciences we try to understand the interaction between the biomechanics of the musculoskeletal system and the control of movement by the neural system during everyday and sports activities.

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A Vicon Vantage V5 system has been installed in a tracking arena up to 700 m² dimension and 8 m height to track drone racings and acrobatic flights.

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Our aim is to leverage on the current state-of-the-art autonomy level to build next-generation smart systems; which execute the given tasks accurately, interact with their environment, collaborate with humans, plan future actions, and adapt new skills through learning processes.

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The Flying Machine Arena is measuring up to 10 x 10 x 10 meters. It consists of a high-precision motion capture system, a wireless communication network, and custom software executing sophisticated algorithms for estimation and control.

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The Institute of Robotics and Mechatronics in Wessling is developing methods and algorithms for autonomous learning to enable robotic operation in complex and changing environments.

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EPFL Lausanne Courtine Lab.
The Center for Neuroprosthetics and Brain Mind Insitute is developing robotic systems and neuroprostheses to improve the recovery of locomotion after spinal cord injury.

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Ubisoft is one of the world’s leading companies in video game creation, publishing and distribution. Ubisoft boasts a diverse portfolio of renowned brands including Assassin’s Creed.

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Artanim is a Swiss research institute specialized in motion capture technologies. One of Artanims project is to develop virtual and augmented reality applications with a focus on real time interaction.

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The combined research-and industry-informed approach to teaching has been very successful and beneficial to Bradford’s students with world leading researchers and industry professionals teaching on its courses.

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