Josef Peter Helmut Oehmen

Josef Peter Helmut Oehmen 

Associate Professor, Department of Civil and Mechanical Engineering, Design and Manufacturing systems

Email: Jooehm@dtu.dk

About Josef Peter Helmut Oehmen: Josef Oehmen, Ph.D., MBA, is an Associate Professor at the Technical University of Denmark (DTU), where he leads research on systems engineering, risk management, and organizational resilience. He is the Head of Studies for the Design & Innovation master program at DTU, where he teaches human-centered engineering design. Josef leads initiatives on integrating AI capabilities in our engineering workflows and develop methods to design for health and human dignity. His work focuses on how large-scale engineering programs can effectively address risk, uncertainty, and ignorance in design, development, and execution. Before joining DTU, Oehmen held research positions at MIT and ETH Zurich, where he also earned his Ph.D. in Engineering Management.

Josef is a board member of IDA Risk and a member of ATVs Transformation Lab. His work has been widely recognized through multiple awards, including the Shingo Prize for Lean Engineering Program Management (2013), the INCOSE Collaboration Award (2012), and several distinctions for teaching and research excellence.

The Department of Civil and Mechanical Engineering advances science and technical knowledge for the benefit of society and sustainable development. The department conducts high-quality research, education, and innovation in areas such as building design and construction, energy and materials technology, fluid and solid mechanics, and engineering design and manufacturing. Within the department, the Engineering Design and Manufacturing Systems Section focuses on developing sustainable systems, products, and services, as well as increasing innovation efficiency and effectiveness. Its research addresses major societal challenges through four main areas: Conceptualization, Product/Service-Systems, Robust Design, and Modular Product Architecture Development. These efforts aim to create quantitative models that guide early design decisions regarding cost, quality, and environmental impact; to develop circular economy and sustainability-driven design strategies; and to build frameworks that improve product robustness, reduce development time, and enhance manufacturing quality. The section’s work provides the theoretical foundations and practical methods that support synthesis and decision-making in modern engineering design and product development.