Paper Contents
Abstract
3D layered printing technology represents a groundbreaking innovation in the construction industry, particularly for addressing the global housing crisis. By utilizing additive manufacturing techniques, this technology enables the construction of homes by layering materials like concrete based on digital designs. The key advantages of 3D printing for low-cost housing include rapid construction, cost reduction, and material efficiency, making it an ideal solution for providing affordable housing to economically disadvantaged communities. This technology significantly reduces the labor and time required for traditional construction, and by using locally sourced materials, it further lowers costs while minimizing the environmental impact. The precision and flexibility of 3D printing also allow for customization of designs based on local environmental needs, ensuring homes are built sustainably and tailored to the region. On the other hand, home automation with motion detection sensors offers a modern solution for enhancing energy efficiency and convenience within homes. Motion detection sensors, integrated into smart home systems, automate the operation of lights and fans by detecting the presence of occupants. When movement is detected, lights and fans are automatically turned on, and when no motion is detected for a set period, they are turned off, reducing energy waste. This system not only provides energy savings but also improves security by turning on lights when movement is detected in certain areas, making it a key component of smart, sustainable homes. The integration of these technologies ensures a more convenient, energy-efficient, and secure living environment, contributing to the growing trend of smart and sustainable housing solutions.Keyword: - Self-reliant India, Shelter, Societal, Sustainable development, 3D printing
Copyright
Copyright © 2025 Sarang Uttarwar. This is an open access article distributed under the Creative Commons Attribution License.
