Advancements in Systems Research for Sustainable Development and Interdisciplinary Innovations

This series emphasizes Systems Research and Sustainability, that are highly interdisciplinary and can be applied across a wide range of fields, including but not limited to:

1. Engineering and Technology:
   • Systems Engineering: Focuses on the design and management of complex engineering systems over their life cycles.
   • Control Systems: Involves the use of feedback to manage dynamic systems.
   • Cyber-Physical Systems: Integrates computation with physical processes, found in applications like smart grids and autonomous vehicles.
2. Sciences:
   • Ecological Systems: Studies interactions within ecosystems and their responses to environmental changes.
   • Biological Systems: Examines the complex interactions within biological organisms and ecosystems.
   • Physical Systems: Deals with physical phenomena in fields like thermodynamics and fluid dynamics.
3. Social Sciences and Humanities:
   • Social Systems: Investigates the structure and behavior of social groups, organizations, and societies.
   • Economic Systems: Analyzes the complex interactions within economies, including markets, policies, and institutions.
   • Human Factors and Ergonomics: Studies the design of systems that improve human interactions with technology and environments.
4. Management and Business:
   • Organizational Systems: Focuses on how organizations function as systems, including leadership, culture, and processes.
   • Supply Chain Management: Involves the coordination of production, inventory, location, and transportation among participants in a supply chain.
   • Decision Support Systems: Develops tools and methodologies to assist in decision-making processes.
5. Education:
   • Educational Systems: Looks at how educational institutions function and how policies and practices affect educational outcomes.
   • Learning Systems: Explores systems designed to support and enhance learning processes.
6. Environmental and Sustainability Studies:
   • Sustainable Systems: Investigates how to design and manage systems that meet present needs without compromising the ability of future generations.
   • Climate Systems: Studies the complex interactions within climate systems and the impact of human activities.