Peter M. Flassig

Prof. Dr.-Ing. Peter M. Flassig serves as Professor at Brandenburg University of Technology (THB) where he holds the Chair of Design Engineering and Machine Elements within the Department of Technology. His academic career is centered on engineering design, machine elements, and advanced computational methods in product development. He maintains an active research program while teaching undergraduate and graduate courses in mechanical engineering.

Professor Flassig's research focuses on virtual product development with emphasis on robust process automation and integration of CAE simulation tools using both commercial off-the-shelf solutions (Isight, Heeds, OptisLang) and bespoke development (Python, MATLAB). His work spans parameterization strategies for CAD-centric design, multilevel and multidisciplinary design optimization, and the application of Industry 4.0 technologies including Big Data, AI, and machine learning techniques. His expertise extends to software development methodologies using C++/Qt, Python, and Java with agile working practices, version control, and UI/UX design.

His current research portfolio includes the VIT-VI project (2024-2027) on virtual engine development using AI methods, the AutoBlisk project (2021-2024) in collaboration with Rolls-Royce, MAKU project on additive plastic printing, and several industry-focused initiatives with companies like STOOF International GmbH. Professor Flassig has supervised over 130 student projects and theses covering diverse areas from lightweight construction to medical device development, demonstrating his broad impact across engineering disciplines.

As an academic advisor, Professor Flassig has guided numerous Master's and Bachelor's students through complex engineering projects, often in collaboration with industry partners including Rolls-Royce, Siemens, ZF Getriebe, and various medical technology companies. His research grants reflect strong industry partnerships focused on practical engineering solutions with immediate industrial applications.