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In her keynote she talks about the opportunities that advanced digital collaboration technologies provide for the sustainable future of work and organizing. She believes that many of the complex organizational problems and wicked societal problems can be solved, if we are able to build trust, and organize dispersed expertise efficiently and effectively across time and space. She shares practical case examples of organizing and leading Fast Expert Teams, a digital form of organizing expertise in temporary digital communities and teams, she has been developing together with her research group.
In a world where instability is the norm, this presentation focuses on an approach inspired by the paradigms of physics to represent the performance of systems, systems of systems or networks of systems as trajectories. The risks and opportunities that surround these systems, whether (partially or totally) manageable or inflicted, can then be modeled as physical forces that can impact this trajectory (deviate it, accelerate it, slow it down, etc.).
This conceptual metaphor is presented in three stages. First, a theoretical presentation of the concepts and associated mechanisms, then the benefits in terms of visualization, and finally, the exploitation perspectives and benefits associated with the use of this approach.
To be defined...
Kirsimarja Blomqvist (PhD, Professor in Knowledge
Management, LUT Business School, Finland) is an expert in trust,
knowledge management, and collaboration. She has published over
200 research papers on her research topics in journals, books,
and peer-reviewed conferences. She has worked previously in the
industry in large and small tech firms and continues engaged in
scholarship at academia. She participates actively in academic
conferences, speaks regularly to management about her research
topics, and serves on boards. She enjoys traveling and nature in
her free time, especially hiking and cross-country skiing.
Frederick BENABEN is Professor MT Mines Albi Centre Génie Industriel. He is the head of the “Security and Crisis Management” research team. He is adjunct Professor at the School of Industrial and Systems Engineering of the Georgia Institute of Technology (USA) where he is the co-director of the SIReN Lab. He is in charge of several long terms research common laboratories with industrial partners (AIRBUS, DASSAULT SYSTEMES, EPSI, SCALIAN).
His research works focus on data management, through model-driven engineering for decision support. He stands at the crossroads of industrial engineering, information systems, decision support, and artificial intelligence applied to crisis management, supply chain management, and risk management.
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