Using systematic literature observations, this study explains how 3D printing technology is being applied to innovative sustainable construction (Systematic Literature Review). Additive manufacturing, also referred to as 3D printing technology, has greatly increased productivity and adoption in the building sector. The utilization of eco-friendly materials, enhancing sustainable building practices, and the environmental impact of 3D printing technology in comparison to conventional techniques are the three primary areas of attention for this study. By reducing material waste through additive manufacturing methods, 3D printing technology may employ alternative resources like fly ash, geopolymers, and limestone calcined clay (LC3) cement, which lowers carbon emissions considerably, according to observation data. This technology also speeds up the construction process, saves costs, and enables complex architectural designs that are difficult to achieve with conventional methods. There are still a number of issues, though, such as the high upfront expenditures of supplies and equipment and the long-term robustness of the molded structures that are produced. Nevertheless, 3D printing has enormous potential to transform building methods into more effective and ecologically friendly ones as a result of technological advancements and growing knowledge of desirability. This research provides valuable insights for stakeholders in supporting wider application of this technology to achieve sustainable development goals.

The uniqueness of traditional houses in Kasepuhan Sinar Resmi lies in the use of natural materials. However, over time, this uniqueness has become increasingly rare. The contributing factors include a lack of public awareness about the importance of preserving traditional house culture, the absence of standardized designs, uncertainty regarding the quantity of required building materials, and difficulties in sourcing materials. If left unaddressed, these issues could lead to the loss of the uniqueness of traditional houses. This study employs observation methods to produce designs that align with ancestral traditions, interviews to gather detailed information, and structural analysis based on SNI 7973:2013 standards using the SAP2000 application. These approaches aim to determine effective and safe wooden material dimensions in accordance with Indonesian standards. The primary goal of this research is to produce a traditional house design that meets both cultural and national standards, serving as a guideline for the Kasepuhan Sinar Resmi community in building traditional houses. Additionally, the findings are expected to serve as a reference for policymakers in providing resources for building materials, supporting the preservation of these unique traditional houses.