Model project to explore the potential of digitally driven social innovations for sustainable development in the agricultural sector. The model project explores the extent to which digital technologies can help small farms to improve their market access by creating synergies, thus promoting sustainable development in the agricultural sector and regional cycles, and strengthening the employment and economic potential of small farms.

Community building and business support for remote work in Brandenburg's regions During the first partner meeting, which took place on 20.08.2020 at Coconat in Klein Glien, Bad Belzig, representatives of the city of Bad Belzig, the municipality of Wiesenburg/Mark, Smart Village e.V., Coconat, Netzwerk Zukunftsorte and KoDorf came together to discuss the first steps in the project. The overall feedback on the planned project structure and objectives was very positive. The partners agreed with the project content and planned activities. They also wanted regular partner meetings every two months and regular updates. In terms of content, possible connections to local actors and companies in the Fläming region were discussed and initial contacts were collected and upcoming activities were discussed.

Model project Here should be a short summary of the project.

FlexiSens focuses on the development and application of flexible and printable magnetic field sensors based on the Hall effect and magnetoresistive effects. These novel high performance magnetic field sensors developed on ultra-thin flexible substrates have high mechanical adaptability. Flexible and printed sensors can be applied not only to various flat but also curved objects due to their extremely thin and unconventional mechanical properties.

Ultrafast annealing by flash lamp and laser annealing enables the treatment of near-surface areas of materials with high temperatures in very short times.

The Helmholtz Innovation Lab CLEWATEC researches and develops new technological approaches for flexible and efficient wastewater treatment.

Scientific project Digitalisation will have a decisive impact on the socio-technical systems of tomorrow: On the one hand, the complexity of technical systems is increasing; on the other hand, the associated production systems and the future organization of work are also changing. Mastering complexity requires a cross-disciplinary approach. A system-oriented and model-based development system is required that encompasses all areas of strategic product planning and production system development, including the associated design of work, the associated services and the consideration of the entire value creation system. Advanced Systems Engineering (ASE) offers new approaches to this problem. There is a great need for research in this area with regard to engineering in the environment of digitalization and artificial intelligence (AI) and the continuous mapping of the product and service life cycle. In addition, the internal and cross-company organization must be researched and cross-disciplinary development methods for the interaction of the players involved must be created. In order to achieve the necessary impact from the project results, which will decisively advance Germany as a location for innovation in international competition, higher-level measures are indispensable. In this way, industrial solutions gained can be dovetailed, refined and prioritised with a view to the future. Previous development methodological work has not gone far enough in this respect. The scientific project AdWiSE is being created for the task of such accompanying research.

Within the scope of the project, a pilot plant for the continuous and efficient provision of heat by means of solar thermal energy for processes in the medium temperature range (from 100-400°C) is being developed. With the help of a mathematical model of the pilot plant to be developed. With the help of a mathematical model of the pilot plant to be developed, optimised design and operating parameters for variable application and boundary conditions are to be determined. In parallel, a feasibility study and cost/benefit analysis are to be carried out in order to research the market potential on a regional basis. The aim is to determine the feasibility of heat utilisation for use in new regions.

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