Centre of Excellence in Systems Science (under development)
The Systems Science research area develops and utilises innovative methods for the holistic analysis and context-specific design of circular bioeconomic systems. In doing so, we combine qualitative and quantitative modelling methods for the systemic analysis of innovations. The aim is to combine these innovations into visionary system designs, whilst taking into account ecological, social and economic conditions at both regional and cross-scale levels.
Through our systems approach, we generate knowledge about systems, objectives and transformation.
To understand existing systems – that is, to generate systems knowledge – we examine interrelationships, interactions and dynamics within value creation networks and supply systems. The Systems Science competence area, currently under development, places particular emphasis on disruptive innovations, as well as their drivers and barriers.
We generate goal-oriented knowledge for sustainable circular bioeconomic systems by creating visionary system designs. In doing so, we take into account not only the regional scale but also links to supra-regional processes and structures.
Using the backcasting method, we gain transformation knowledge; in other words, we use the target knowledge to design transformation pathways and steps necessary to change existing systems in a targeted manner. We develop new formats for stakeholder engagement and for steering transformative processes using the Theory of Change approach.
Our overarching goal is to actively support transformation processes towards sustainable and resilient bioeconomic systems. This is achieved through the transdisciplinary involvement of partners from the field, particularly from agriculture and forestry, industry, politics and society.
