European and German patent attorney with a solid mathematical and technical background in the areas of: adaptive, polymorphic, probabilistic and statistical model based systems, in particular for machine learning: perception and generative neural networks, e.g. transformer architecture; nonlinear optimization; financial models; dynamical systems simulation; system identification; systemic aerospace; nonlinear control; advanced driver assistance systems and automated driving systems; machine learning based robot policies; sensor fusion; space propulsion; various areas in software, e.g. network technology, operating systems, networked cyber-physical systems; completed projects in several programming languages.
Education: Degree in aerospace engineering from the Technical University of Munich with distinction. Doctorate on high-frequency adaptive algorithms in aviation with scholarship from Airbus, research at the Technical University of Munich and the University of Illinois at Urbana-Champaign. Supplementing degree in general German law, German patent attorney examination and European Qualifying Examination.
Experience: Technological consultant in aviation (simulator development, flight control...), robotics and driving simulation in Europe and the USA, e.g. Silicon Valley. German patent and trademark attorney, European trademark and design attorney, European Patent Attorney. More than 10 years of experience with well-known and technology-leading clients internationally in prosecution, inter partes proceedings in particular appeals, negotiations with opposing parties, freedom-to-operate searches, standard-essential patents.
Offers support in developing holistic patent strategies in consideration of economic conditions and the technical environment.