TABLE OF CONTENTS
1	CHAPTER ONE: INTRODUCTION
1.1	Research Background	
1.2	Research Gap	
1.3	Research Aim and Objectives	
1.4	Research question	
1.5	Research Scope and Limitations	
1.6	Research Structure	
2	CHAPTER TWO: LITERATURE REVIEW	
2.1	Introduction	
2.2	Theoretical Foundations of Photocatalysis in Architecture	
2.2.1	Background and Architectural Relevance	
2.2.2	Air Pollution Problem and Mitigation Strategies	
2.2.3	Photocatalytic Mechanism and Active Materials	
2.2.4	Environmental Factors, Functional Applications, and Evaluation Methods	
2.2.5	Architectural Applications and Case Studies	
2.2.6	Limitations and Performance Constraints of Photocatalytic Materials	
2.3	Kinetic Shading Systems: Typologies and Environmental Relevance	
2.3.1	Conceptual Overview and Definitions of Adaptive Façade Systems	
2.3.2	Typologies of Adaptive Façades	
2.3.3	Biomimicry Approaches in KSSs	
2.3.4	Environmental Performance: Benefits and Limitations of KSDs	
2.3.5	Design Strategies for KSSs	
2.3.6	Architectural Case Study of Adaptive Shading Systems	
2.3.7	Performance Assessment Criteria in KSSs	
2.4	Integration of Photocatalysis in Kinetic Shading Devices	
2.5	Conclusion	
3	CHAPTER THREE: CASE STUDY ANALYSIS-ABU DHABI CONTEXT	
3.1	Feasibility of PKSDs in Abu Dhabi	
3.1.1	Geographic and Climatic Characteristics of Abu Dhabi	
3.1.2	Air Pollution in Abu Dhabi	
3.1.3	Residential Façade Systems in Abu Dhabi: Typologies and Challenges	
3.1.4	Environmental Compatibility of PKSDs in Abu Dhabi	
3.2	Environmental and Urban Context of Selected Case Study Sites in Abu Dhabi	
3.2.1	Hamdan Street, Abu Dhabi City Center – Site 01	
3.2.2	Residential Building in Al Raha Beach – Site 02	
3.3	Conclusion	
4	CHAPTER FOUR: RESEARCH METHODOLOGY FOR PKSD DEVELOPMENT	
4.1	Tool Features and Selection Rationale	
4.1.1	Tool Description and Selection	
4.1.2	Applied Criteria and Boundary Conditions	
4.2	Interconnections and Data Workflow	
4.3	Tool Limitations and Mitigation Strategies	
4.4	Input Data Requirements	
4.5	Performance Evaluation Criteria	
4.6	Conclusion	
5	CHAPTER FIVE:  DESIGN AND DEVELOPMENT OF PKSD	
5.1	Performance-Oriented Design Parameters	
5.2	Biomimetic Design Development	
5.3	Evaluation Framework for Design Typologies: Form, Section, and Motion	
5.3.1	Design Typologies and Form-Based Strategies	
5.3.2	Comparative Evaluation of Design-to-Performance Configurations	
5.4	Parametric Optimization Framework	
5.4.1	Remaining Degrees of Freedom (DoF)	
5.4.2	Optimization Tools and Methods	
5.5	Digital Modeling and Simulation Technical Workflow	
5.6	Conclusion	
6	CHAPTER SIX: PERFORMANCE EVALUATION OF PKSDs	
6.1	Application Setup & Scenario Definition	
6.2	Daylight and Thermal Comfort Analysis	
6.2.1	Simulation Process and Configuration for Daylight and Thermal Comfort Analysis	
6.3	Assessment of Photocatalytic Efficiency at the Building and Urban Scales	
6.3.1	Simulation Process and Configuration	
6.4	Conclusion	
7	CHAPTER SEVEN: EXPERIMENTAL VALIDATION AND MECHANICAL TESTING OF THE PKSD	
7.1	Minimum Requirements Definitions	
7.2	Conceptual Sketches for Mechanical Development	
7.3	Proof of Concept Development Phases	
7.4	Reflections on Materials, Folding, and Assembly	
7.5	Conclusion	
8	CHAPTER EIGHT: RESULTS AND DISCUSSION	
8.1	Impact on Daylight and Thermal Comfort and Optimal Shading Orientation	
8.1.1	Daylight Performance Analysis	
8.1.2	Thermal Comfort Analysis	
8.1.3	Optimal Shading Orientation	
8.2	Environmental Factors Affecting Photocatalytic Efficiency	
8.3	Practical and Structural Applicability	
8.4	Critical Reflection and Limitations	
8.5	Design-Process Takeaways	
9	CHAPTER NINE: CONCLUSIONS AND FUTURE RECOMMENDATION	
9.1	Scientific Contributions and Transferability	
9.2	Design and Toolchain Recommendations	
9.3	Future Outlook and Research Directions	
9.4	Final Remark	
10	REFERENCES	
11	APPENDIX