My Research

Systems-of-Systems (SoS) are characterized by a constellation of systems that are collaborating to achieve additional capabilities that cannot be fulfilled by a single system alone.

Often humans are involved as decisionmakers, stakeholders, or operators increasing the complexity of the SoS. An example of a typical SoS is a Search and Rescue (SAR) organization. In order to rescue someone many system entities are needed such as helicopters, boats, and land vehicles together with trained personnel. Through collaboration the systems are able to accomplish the SAR mission, a capability that is not achievable by a single unit alone. Our society is constituted of many SoS that we use frequently in our daily lives as well as play essential roles for our societal functions.

My research is focused on finding methods or guidelines for modeling SoS at all system levels while using the appropriate model fidelity. I work mainly with agent-based modeling on the high levels of the SoS and multidisciplinary modeling for the constituent systems.

Choosing the appropriate level of complexity is central for all types of modeling, whether it is within engineering, biology, medicine, or any other field working with models. Therefor I am expanding the view beyond engineering to see how model complexity is looked at and managed in other domains. I believe that cross-domain work is essential for future technology where systems that have never collaborated before are now being interconnected.

Research Program

The National Aeronautical Research Program (NFFP7)

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Education

  • 2019 Degree of Master of Science in Engineering – Mechanical Engineering, LiU
  • 2016 – 2017 Structural Design Engineer, Saab Aeronautics, Linköping

Scholarships

  • Hans Werthén scholarship – Royal Swedish Academy of Engineering Sciences, awarded for research exchange in the U.S, 2020.
  • Fulbright Candidate for Sweden – U.S. student program for international research exchange, Swedish candidate, 2020.

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