By: Sristi Tokdar, Aastha Chardey, Anwesha Ghosh, and Debashish Sanyal
Abstract: In embarking on this substantial research endeavor, our objective is to delve deeply into the realm of intelligent building systems, scrutinizing not just the individual components but the intricate interplay among various domains that collectively shape the modern architectural landscape. We’re navigating through critical aspects such as lighting control, security measures, fire protection, health considerations, sustainable practices, and energy management with an unparalleled dedication to detail and insight. The aim goes far beyond a mere showcase of cutting-edge technologies; rather, we’re on a relentless quest to unravel the potential synergies that can revolutionize how we conceptualize and interact with the built environment on a global scale. Our research transcends boundaries, seamlessly integrating diverse disciplines to provide a panoramic view of the possibilities inherent in intelligent building systems. By meticulously analyzing the interconnections between technology, design, and human experience, we seek to redefine the very essence of architectural innovation. It’s not just about showcasing the latest gadgets or advancements in isolation; our focus is on understanding how these innovations can seamlessly integrate, working together harmoniously to redefine the very fabric of building design and operation. The ambition driving our research is to envision a future where the amalgamation of smart technologies optimizes overall building performance, enhances energy efficiency, and fosters the well-being of occupants in a holistic manner. We are pioneers, charting a course towards a landscape where intelligent building systems are not merely a feature but the cornerstone of sustainable, resilient, and people-centric urban environments. This research isn’t confined to academic discussions; it’s a dynamic exploration with transformative aspirations. Beyond theoretical contributions, we aim to provide practical insights that resonate with professionals in the field—architects, engineers, policymakers, and industry leaders. The goal is to inspire tangible applications in the real world, guiding innovative approaches to building design and management. As this research unfolds, it seeks to be a catalyst for change, laying the groundwork for a future where intelligence in building systems isn’t just about technological prowess but is synonymous with efficiency, innovation, and an improved quality of life. Imagine a landscape where intelligent building systems not only showcase advanced technologies but also contribute significantly to sustainability, resilience, and an overall enhancement of the human experience in the built environment. This research, therefore, is more than an exploration; it’s a roadmap for a future where the integration of smart technologies translates into meaningful improvements in our daily lives and the world we inhabit. It’s a call to action for stakeholders across industries to come together and shape a future where buildings aren’t just structures but living, breathing entities that adapt, evolve, and enrich the lives of those who inhabit them.
Keywords: Control System, Sustainability, Energy Efficiency, Urban Building.
Citation:
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