Deepening the in teraction between industrial and scientific organisations of the Republic of Belarus in the context of national and global development vectors
The article aims to assume the state of Belarus industrial complex and scientific organisations and release prospects based on global trends. The research proposes to carry out such an assessment based on the authors’ developed methodology, which includes several mandatory stages: analysis of the current state, identification of cooperation areas, assessment of resources and potential, studying legislation and business conditions, assessing opportunities and benefits, strategy development, establishing contacts and communication. The article presents a global overview of the state of industry, identifies global and national development trends, and focuses on the emerging difficulties in achieving sustainable growth by industrial enterprises. The foreign experience in the development of enterprises in the context of the formation of industry 4.0 has been studied, and the key drivers that contribute to their sustainable growth, aimed at building adaptive business processes in modern conditions of economic activity, have been identified. The parameters of the functioning of scientific and industrial organisations are analysed. The conditions for the transformation of business processes leading to the strengthening of the position of industrial enterprises in the world market are determined, considering such vectors of development as the processes of networking, digitalisation, innovation, and serviceisation, corresponding to the concept of business ecosystems proposed for consideration as strengthening the business potential of enterprises and their further interaction. The applied research methods include a systematic approach and such private methods as synthesis, analysis, modeling, and forecasting.
Publication Details
- Journal
- Digital Library of the Belarusian State University (Belarusian State University)
- Published
- 2024-09-12
- Primary Topic
- Magnetic confinement fusion research
- Type
- article
- Field-Weighted Citation Impact
- 0.00