A strong academic foundation in economics and geology provides a unique lens for exploring the intersection of natural resources, sustainable development, and global energy systems. Particular interest lies in the advancement of the green circular economy and the optimization of renewable energy supply chains, both of which are critical for achieving resilience and sustainability in the modern world. The circular economy emphasizes resource efficiency, waste reduction, and systemic resilience, offering pathways toward sustainable growth. In parallel, renewable energy supply chains present opportunities to balance environmental responsibility with economic viability, ensuring that the transition to clean energy is both equitable and effective. Economics contributes analytical tools for understanding market dynamics, policy frameworks, and financial mechanisms that drive sustainability. Geology adds insight into the material realities of resource extraction, availability, and environmental impact. Together, these disciplines enable comprehensive research that bridges theory with practice, addressing both the scientific and socio-economic dimensions of energy and sustainability. The overarching goal is to generate knowledge and innovation that support global collaboration, guiding the development of energy systems that are cleaner, more efficient, and more equitable. This vision reflects a commitment to advancing research that not only studies but actively shapes pathways toward