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The impact of carbon emissions as a major cause of climate change has raised concerns and become a challenge for the international community. To reduce emissions, it is necessary to study the carbon footprint of activities in Al-Amin. The planning of Al Amin Living lab and Industrial Park along with the administration in which various activities produce carbon emissions these activities need to be calculated to find out how much the activity contributes to the emissions produced so that negative impacts on the environment can be minimized. Opportunities for PSE-GR Development Areas with the concept of Eco-Tech-Edu Tourism which has an understanding of Circular Economy Education (CED) is still very minimal in North Sumatra, PSE-GR can be a pioneer in spreading this understanding of CED where the integration of economic and educational activities occurs which at the same time helps maintain the preservation of nature. Encouraged by the development of the Independent Learning Curriculum (ILC), it is hoped that PSE-GR can become a place for research, service, and practicum of the UNPAB academic community that increases awareness of the need for nature conservation. Because Green Technology from across fields of science is still very minimally discussed and is still often partially researched, UNPAB can be an example of the integration of fields of science that become practical, dynamic, educational, and economic value innovations. The existence of 20 ha of land owned by the Prof. DR H Kadirun Yahya Foundation, it is hoped that UNPAB can develop a Living lab ecosystem at least on 10 ha of land. PSE-GR is not expected to be as exclusive as tourist areas in general, with the concept of CED, PSE-GR will not only help become an income generator & source of educational land for the academic community but also help the welfare of the village and the surrounding community. Carbon footprint studies are carried out in 3 scopes according to The Greenhouse Gas Protocol (GHG Protocol), namely emissions from sources owned or directly controlled by the faculty, indirect emissions from electricity consumption, and other indirect emissions (WRI and WBSCD, 2004). Carbon footprint emissions from all three scopes are calculated based on methods from the International Panel on Climate Change (IPCC) for the national greenhouse gas (GHG) inventory.

Increasing the creativity of Christian religious education teachers through the development of digital learning materials is urgently needed because without developing digital learning materials, PAK teachers will experience a lag in digital information. This study aims to investigate the development of digital learning materials that can increase the creativity of Christian religious education teachers. In the digital era that continues to grow, the use of technology in Christian religious education has great potential to create a more interesting and effective learning experience. This study uses a type of qualitative research and involves literature studies to gain an in-depth understanding of the integration of Christian religious values in digital learning. The results of the study show that the development of digital learning materials can provide significant benefits in increasing the creativity of Christian religious education teachers. By integrating Christian religious values, teachers can create more innovative and creative teaching methods. The use of technological resources such as multimedia, video, and interactive software allows teachers to extend learning materials and create more engaging learning experiences for students.

Emerging technologies play a crucial role in transforming education by fostering inclusivity and equity. This study explores how artificial intelligence, virtual reality, and adaptive learning platforms contribute to overcoming traditional barriers to education. The research adopts a qualitative approach, analyzing case studies and recent advancements in educational technology. Findings reveal that these technologies enhance accessibility for students with disabilities, provide personalized learning experiences, and bridge educational gaps in underprivileged regions. The study highlights the importance of policy support and infrastructure development to maximize the benefits of technological integration in education. The implications suggest that adopting emerging technologies can create a more inclusive and equitable learning environment, ensuring education for all.

The use of youtube, facebook, blogging, whatsapp, and twitter for purposes of learning by creating groups on the interests of certain discussion to do in the community. As a result of the rapid social media development has downloaded the social behavioural pattern. Gradually lead to the integrations that brings learning activities to be done in multimedia and used technology in education, because media in education has important role in communication. English is one of foreign language subject which has taught at schools.English lessons apply in all forms of social relations, both at school and in association community with the structure and function of each use education as media that will be tought and be the effectiveness lesson. So the objectives specified in the use of multimedia learning can be achieved in stimulating learning, students dare to ask questions, answer questions or comment on the content being delivered also increased teacher.

This research explores the utilization of virtual reality (VR) in educational settings and examines current trends, future directions, benefits, and challenges associated with its implementation. The purpose of this library research is to provide an overview of the existing literature on VR and educational research, highlighting the potential of VR technology to enhance traditional teaching methods and improve student engagement, motivation, and learning outcomes. The method used for this research is a comprehensive review and analysis of relevant scholarly articles, books, and reports from academic databases and libraries. The results indicate that VR has been utilized in educational research to create immersive and interactive learning experiences, personalize instruction, bridge the gap between abstract concepts and concrete understanding, and foster critical thinking and problem-solving skills. VR also presents challenges such as cost, accessibility, curriculum integration, teacher training, technical limitations, health and safety concerns, privacy, and ethics. However, the research concludes that with careful planning, adequate resources, and proper support, VR has the potential to revolutionize education and prepare students for a technologically advanced future. Further research and innovation in areas such as immersion, AI integration, collaboration, assessment, accessibility, and ethics are recommended to fully leverage the benefits of VR in educational settings.