Factors Influencing the Willingness of Construction Companies to Adopt Green Building Technology in the Philippine Urban Setting: An Exploratory Factor Analysis Approach Allen Grace C. Veloso 1st Year MSCE Student, College of Engineering and Technology, MSU – IIT Abstract The Philippines is among several countries that aspire to become a sustainable nation promoting green practices. Going green entails embracing the emergence of green building technology (GBT) in the advancement of construction techniques. However, there are drivers and barriers to the adoption of GBT by various construction companies in the Philippines. This study aims to elaborate on the development of valid and reliable constructs relevant to factors influencing the decision of construction companies to adopt GBT through exploratory factor analysis in view of suggesting a strategic plan to align with the sustainable development goal of the country. I. Introduction The quest for the development of the built environment constitutes an imbalance of the environmental factors resulting in adverse effects ranging from the displacement of ecological habitats to the omnipresent threat of greenhouse gas emissions (Ametepey & Ansah, 2015). Green and sustainable buildings are the current trend that has been promoted vigorously. Its core is to create a green and sustainable dwelling place for human beings by using rational plans and designs bearing the concept of environmental protection (Behnam, 2017). The Philippines has also established its green building rating system known as the Building for Ecologically Responsive Design Excellence (BERDE) which provides responses to the ecological needs of the Philippine environment and mitigates the impact of buildings by facilitating environment-friendly and greener designs (Culiao, et al., 2018). Green buildings have high requirements for their full lifecycle and the conventional design-bid-build technique lacks systematic mechanisms to ensure that the actual performance of the building falls to the green criteria. The work of Almeida, et al. (2016) has extensively invigorated the application of intelligent solutions in construction industries that introduces a conceptual industry-transformation framework. From the traditional labor-intensive, costintensive, and energy-intensive practices, a transition to enhanced automation and the use of digital technologies is significant to keep up with the digital era at the same time stands for the various aspects of construction that need to be implemented to reduce environmental impacts and realize green and sustainable buildings. Construction firms in the Philippines have been slowly embracing the concept of digital transformation and green practices, and investment opportunities are opening to further realize the transition to a low-carbon economy (Asian Development Bank, 2020). However, few construction companies are still reluctant to adopt this trend. Thus, this research will explore the underlying factors that affect the willingness of construction companies to adopt green building technologies (GBT) in the Philippines which will greatly contribute to the body of knowledge in the light of suggesting a strategic plan to elevate sustainability in the construction industry. The utilization of exploratory factor analysis will find the simplest way to interpret the relationships between observed factors to easily comprehend the data for future research. II. Review of Related Literature The Philippines is among the few developing countries that have a holistic commitment to seeking ways to eliminate the harmful effects of built structures and improve the quality of construction services. The Philippine Green Building Council (PHILGBC) launched the BERDE Program, a nationally recognized voluntary green building rating system to assess the performance of a built asset, which is an example of the amelioration of the country’s pursuit of going green (Aurellado, 2015). Additionally, the enactment of the Green Building Code of the Philippines (GBCP) is one of the most pronounced efforts of the Philippines' advancement in green building. The Philippine Government's pledge to cut carbon emissions by 70% in 2030 is supported by DPWH promising to reduce greenhouse gas emissions and energy and water usage by at least 20%. Over a third of global greenhouse gas emissions and 40% of total energy consumption worldwide are attributed to buildings. Green building technologies address these issues by integrating technologies and techniques into the built asset and its whole lifecycle to alleviate its impact on the environment (Gibberd, 2020). However, several factors undermine the advantages of green building technologies. For example, Amuda-Yusuf, et al. (2020) discussed some factors inhibiting the adoption of GBT. Among these, includes the adequacy of institutions to formulate policies and set guidelines, sufficient information about green products and high-performance building systems, the level of awareness concerning sustainability issues, and human resource and client knowledge. The same study also included the absence of a green building regulatory body as the major factor that impedes the adoption of green building technologies. Previous studies also mentioned that the higher cost of integrating green designs, the delay incurred by green requirements, and the limited availability of reliable suppliers were the most dominant factors that hamper the incorporation of green specifications in the construction industry (Lam, et al., 2009). Other related research has acknowledged that a lack of users’ knowledge and experience of green practices, resistance to change, and a lack of government incentives to support and construct green buildings also have a significant influence on choosing GBT (Du et al. (2014) & Ahn et al. (2013) as cited in Nikyema & Blouin, 2020). On the contrary, previous studies have investigated the driving factors to promote the wider adoption of GBTs. Darko, et al. ( 2017) conducted a comprehensive literature review and came up with five major driving forces including setting a standard for future design and construction, greater energy efficiency, improved occupants’ health and well-being, non-renewable resources conservation, and reduced whole-life cycle costs. It is vital to understand these factors as this will be a stepping stone toward the goal of reshaping the policies and green practices in the construction industry in developing economies (Tran, et al., 2020). III. Methodology The main purpose of this study is to explore the factors influencing the willingness of construction companies to adopt green building technology in the Philippines. To obtain this, the study uses a literature review and a questionnaire survey as its main method of data collection. The study will be conducted in Metro Manila, Philippines. The main reason for choosing this study area is because the majority of infrastructure projects are centered in the capital region of the Philippines. According to the 2018 Census of Philippine Business and Industry, the country listed 2,487 establishments engaged in construction and the National Capital Region (NCR) topped among the other regions which account for 949 establishments (PSA, 2021). Also, the city is home to most of the Philippines’ green-certified buildings which can contribute valuable insights relevant to the acceptance of GBTs in the country. Questionnaire design and data collection The online questionnaire survey approach will be used as a systematic way of data collecting to elicit professional opinions on the factors influencing the adoption of green building technologies in construction (Nikyema & Blouin, 2020). The survey questionnaire will be composed of three parts. The first part is intended to explain the purpose of the research. The second part will gather general information about the respondents comprising demographic questions. The last part gathers information on the respondents’ perception of adopting GBT. The factors that have been aggregated from the literature review that may have an impact on the adoption of green construction techniques will form the basis of the survey questionnaire. A 5-point Likert scale will be employed to indicate how much the respondents will agree or disagree. The questionnaire will be distributed by email to selected construction companies in Metro Manila. The respondents who will be invited to answer the questionnaire are limited to experienced practitioners in the construction field (i.e., the project manager, architect, and engineers). Data analysis To determine the outcomes of this research, appropriate methods and statistical tools will be used in data analysis. The utilization of exploratory factor analysis (EFA) will assess and provide empirical verification of the factorial validity (construct) and remove subpar variables (observed variables) to increase the likelihood and goodness-of-fit for the results (Johnson & Winchern, 2007). For this study, EFA will be performed in R using RStudio 2022.07.1 Build 554 environment to identify the latent variables of GBT adoption and reduce the data into controllable size. Further, reliability analysis through Cronbach’s AlphaCoefficient will be performed to assess the internal reliability and consistency of the measurement (Zulkepli, et al., 2017). The result of this study will supply prior knowledge of the measurement model which can be integrated into the next phases of analysis for future research endeavors. References Almeida, P., Solas, M., Renz, A., Bühler, M., Gerbert, P., Castagnino, S., & Rothballer, C. (2016). Shaping the Future of Construction: A Breakthrough in Mindset and Technology. 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