I need images referring to this information 1. Executive Summary This report a
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I need images referring to this information 1. Executive Summary This report addresses the design and development of a prototype in virtual reality (VR) for modular construction , integrating thermoclay as a key sustainable material . This approach combines emerging technologies to address the challenges of modular construction in terms of sustainability , efficiency and adaptability . The adopted methodology includes an iterative and user-centered design , using tools such as Revit for architectural modeling , Unity for the creation of immersive environments and modular simulations . The results reveal efficient configurations that optimize the use of space and materials , was evaluated, maximizing thermal insulation and minimizing the environmental footprint . Besides, , the interaction of users with the virtual environment , , highlighting the ease of navigation and real-time customization . The prototype allows us to explore architectural solutions with a sustainable approach , offering an educational and practical tool for designers and builders . The report concludes by highlighting the transformative impact of VR in the planning and execution of modular projects , , positioning it as a key technology to promote sustainable practices and reduce costs in the . 2. Introduction 2 .1. Background The modular construction , characterized by the prefabrication of components in controlled environments , has been noted for its efficiency , flexibility and waste reduction . This method reduces execution times and promotes sustainable practices . In this context, sector. Thermoclay emerges as an innovative material thanks to its high thermal performance and low environmental impact , ideal for energy efficient constructions . Virtual reality (VR), initially linked to the entertainment industry , ha evoluc
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I need images referring to this information 1. Executive Summary
This report addresses the design and development of a prototype in virtual reality (VR) for modular construction , integrating thermoclay as a key sustainable material . This approach combines emerging technologies to address the challenges of modular construction in terms of sustainability , efficiency and adaptability . The adopted methodology includes an iterative and user-centered design , using tools such as Revit for architectural modeling , Unity for the creation of immersive environments and modular simulations .
The results reveal efficient configurations that optimize the use of space and materials , was evaluated, maximizing thermal insulation and minimizing the environmental footprint . Besides, , the interaction of users with the virtual environment , , highlighting the ease of navigation and real-time customization . The prototype allows us to explore architectural solutions with a sustainable approach , offering an educational and practical tool for designers and builders .
The report concludes by highlighting the transformative impact of VR in the planning and execution of modular projects , , positioning it as a key technology to promote sustainable practices and reduce costs in the .
2. Introduction
2 .1. Background
The modular construction , characterized by the prefabrication of components in controlled environments , has been noted for its efficiency , flexibility and waste reduction . This method reduces execution times and promotes sustainable practices . In this context, sector. Thermoclay emerges as an innovative material thanks to its high thermal performance and low environmental impact , ideal for energy efficient constructions .
Virtual reality (VR), initially linked to the entertainment industry , ha evoluc
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