Aims 1. Promote Knowledge Sharing: To facilitate the exchange of best practices, methodologies, and experiences in community service that leverage engineering and science. 2. Bridge the Gap Between Academia and Society/Community: To connect academic research and real-world needs by showcasing how engineering and scientific knowledge can address societal challenges. 3. Encourage Innovation in Community Engagement: To inspire creative and sustainable solutions in technology and engineering that have a positive and lasting impact on communities. 4. Support Interdisciplinary Collaboration: To foster collaborative efforts across various disciplines, emphasizing how different fields can come together to solve complex societal issues. 5. Highlight Local and Global Impact: To document and promote community service activities that make significant contributions both locally and globally, focusing on scalable and adaptable models. Scope The scope of the journal covers a broad range of community service initiatives and applications in engineering and science, including but not limited to: 1. Engineering for Community Empowerment: - Projects that apply civil, mechanical, electrical, or other engineering disciplines to improve infrastructure, accessibility, or quality of life. - Renewable energy initiatives aimed at providing sustainable energy solutions for underprivileged communities. 2. Technology-Based Solutions: - Development and implementation of information and communication technologies (ICT) for community development. - Use of robotics, IoT, and automation for addressing specific community needs. 3. Applied Science and Technology for Social Welfare: - Application of scientific research and technology for health, education, environmental protection, and disaster management in communities. - Projects that introduce new agricultural or water management technologies for rural development. 4. Sustainable Development and Environmental Engineering: - Initiatives focused on environmental conservation, waste management, and sustainable resource utilization. - Projects promoting green technology and eco-friendly engineering practices. 5. Community Education and Skill Development: - Programs aimed at transferring technical skills, vocational training, and technology literacy to community members. - Efforts that use engineering and science to enhance education and promote STEM among youth in underserved areas. 6. Collaborative and Interdisciplinary Projects: - Case studies and reports on successful collaborations between universities, local governments, and industry partners in community service projects. - Cross-disciplinary initiatives that integrate engineering, science, and other fields (such as social sciences) for comprehensive community solutions.