PhD Researcher
Frank Peters is an engineer with extensive experience in the field of robotics and human-technology interaction. He holds a M.Sc. in Mechanical Engineering with a focus on design and development engineering as well as computation and simulation. In his master’s thesis he dealt with the topic of dynamic similarity in humanoid telerobotics and extended the part spectrum of crack testing systems in his bachelor’s thesis. During his studies, Frank worked as an adjunct scientist at TU Bergakademie Freiberg, where he was an exercise instructor for engineering mechanics. In 2016, Frank Peters joined Hays Professional Solutions GmbH and was assigned as a development engineer at IAV GmbH in Weissach. In this role, he worked on the development of driver assistance systems and emergency braking and warning systems for Porsche E3. From 2018 to March 2020, he was a research assistant at Fraunhofer IWU in Chemnitz, where he worked in the robotics department. There he focused on human-robot collaboration, developed experimental computational software, and was responsible for robot path planning and programming. He developed algorithms for safety areas and filed a patent (DE102020203636). In addition, he handled customer acquisition and support.
From 2020 to 2022 as a research associate at the Chair of Robotics and Human-Technology Interaction at TU Chemnitz. During this time, he designed, acquired and worked on various projects. He developed algorithms in the area of human-robot collaboration and multi-robot trajectory planning. He also worked on layout, process and machine occupancy planning and developed engineering software with direct industrial application. Since the end of 2023, Frank has been working as a research associate at the Deutsche Telekom Professorship for Communication Networks at the TU Dresden. There he is involved in the CeTI and 6G-life projects and is working on robotics for CeTIbar. In addition, he is preparing to found a startup called Hydrabyte.
Email: frank.peters@tu-dresden.de Room: BAR S/19
HYDRABYTE RoboSphere Maximum productivity? Multi-robot systems!
In a world where single-robot programs take up time, resources, and fall short of their potential, our multi-robot systems revolutionize efficiency – regardless of the manufacturer!Modern production lines consist of many robots working mostly seperately in a line. But why that? Current programming methods are only made for one robot. If you put the robots close to each other, they will fail. Therefore, we have dedicated hydrabyte to the programming of multi-robot systems. HYDRABYTE – the key to design revolutionary assets. We enable the powerful combination of a wide variety of robot types. Our goal is to get the freedom to seamlessly combine robots of different models and functions to create a powerful multi-robot system. Regardless of manufacturer or model, we find the optimal integration and open up new possibilities for collaboration and productivity. With a unique pool of know-how, algorithms, and software tools resulting from several years of leading research and development work, we are on the right way. Collaborating with numerous integrators and solution providers, we have the essential support for the realization of next-generation systems. THIS IS HYDRABYTE