Strategic Pathways in Nuclear Energy: Developing a Universal Framework from UAE Insights

Abstract

This thesis, " Strategic Pathways in Nuclear Energy: Developing a Universal Framework from UAE Insights," represents a noble and pioneering effort in addressing the multifaceted dimensions required for the successful implementation of a nuclear energy programme in the UAE. In an era where sustainable and reliable energy sources are paramount, this research stands as a testament to the forward-thinking and innovative approaches needed to navigate the complexities of modern energy challenges.

At its core, the study rigorously examines the critical social, political, and economic factors that are integral to realizing the UAE's ambition to diversify its energy portfolio and ensure a stable energy supply amidst rapid economic growth. The research introduces a ground-breaking conceptual framework, meticulously crafted to cater to the unique regional context of the UAE. This framework synthesizes learnings from previous nuclear programmes globally, while ingeniously integrating factors specific to the UAE’s socio-political and economic landscape.

The methodology employed in this study is both comprehensive and robust, utilizing a mixed-methods approach that includes extensive literature review, empirical data collection from key stakeholders, and a pioneering use of modern communication technologies to gauge public acceptance. The research not only confirms critical success factors identified in earlier studies but also innovatively adapts and extends these factors to fit the UAE's distinct context.

The findings of this research are profound. They not only offer a strategic pathway for the UAE to achieve a sustainable and diversified energy future but also address larger global concerns such as environmental sustainability and public acceptance of nuclear energy. This thesis is a significant contribution to the field, providing a strategic framework that can guide not only the UAE but also other nations seeking to embark on a similar journey towards a sustainable nuclear energy future. In its essence, this study is a beacon of innovation and a testament to the power of dedicated research in solving complex, real-world problems.