Breaking Ground: VLSI Design Integration in Sustainable Architecture
Keywords:
VLSI design, Sustainable architecture, Energy efficiency, Low-power design, Systemon-chip integration, Sensor networks, Environmental responsibility, Interdisciplinary collaboration, Built environment.Abstract
The integration of Very Large-Scale Integration (VLSI) design principles into sustainable
architecture presents a promising avenue for advancing both technology and environmental
responsibility. This paper explores the potential synergy between VLSI design and sustainable
architecture, focusing on their combined impact on energy efficiency, material usage, and
functional optimization. By leveraging VLSI design techniques such as low-power design, systemon-chip integration, and sensor networks, sustainable architecture can achieve enhanced
performance metrics while reducing its environmental footprint. Furthermore, the paper discusses
case studies and emerging trends that illustrate the practical application of VLSI design in
sustainable architectural projects. Through interdisciplinary collaboration and innovative thinking,
VLSI integration in sustainable architecture can contribute significantly to the creation of more
efficient, intelligent, and environmentally conscious built environments
