Slide 1: Thesis Research Project Proposal: Radiation Imaging of Radioactive Materials in Nuclear Power Plants. Slide 2: Introduction: The Vital Role of Radiation Imaging. Slide 3: Background: Nuclear Power Plant Context. Slide 4: Problem Statement: Limitations of Current Imaging Techniques. Slide 5: Research Objectives: Enhancing Imaging Capabilities. Slide 6: Key Research Questions. Slide 7: Literature Review: Current Radiation Imaging Modalities. Slide 8: Literature Review: Limitations and Research Gaps. Slide 9: Proposed Methodology: A Multi-faceted Approach. Slide 10: Methodology: Simulation and Modeling (Monte Carlo). Slide 11: Methodology: Detector Technology Evaluation (Scintillators). Slide 12: Methodology: Detector Technology Evaluation (Semiconductors). Slide 13: Methodology: Image Reconstruction Algorithms. Slide 14: Methodology: Experimental Validation and Data Acquisition. Slide 15: Expected Outcomes: Enhanced Imaging Capabilities. Slide 16: Expected Outcomes: Impact on Nuclear Safety and Efficiency. Slide 17: Project Timeline: Key Milestones. Slide 18: Project Timeline: Gantt Chart (Visual Representation). Slide 19: Required Resources: Equipment and Software. Slide 20: Required Resources: Expertise and Collaboration. Slide 21: Feasibility and Significance of the Research. Slide 22: Potential Challenges and Mitigation Strategies. Slide 23: Innovation and Novelty of the Research. Slide 24: Broader Impacts and Societal Benefits. Slide 25: Conclusion: Advancing the Future of Radiation Imaging. Slide 26: Future Work and Potential Extensions. Slide 27: Questions & Discussion. Slide 28: Thank You & Acknowledgements