The Asian Journal of Environmental and Civil Engineering Infrastructure (AJECEI) is an interdisciplinary, peer-reviewed journal dedicated to critically exploring the synergy between environmental stewardship and the advancement of civil infrastructure. The journal serves as a premier platform that integrates perspectives from structural engineering, environmental science, and urban planning to illuminate how resilient infrastructures can be achieved through evidence-based, holistic, and sustainable engineering practices. It positions itself at the intersection of technical innovation and regional transformation, bridging advanced scientific knowledge with the unique infrastructure challenges faced across the Asian continent and beyond.

Mission Statement

The mission of the journal is to foster a rigorous, interdisciplinary dialogue on the evolution of the built environment by connecting engineering excellence, ecological integrity, and climate resilience. AJECEI aims to advance high-impact scholarship and actionable insights that support long-term infrastructure planning, with a strong emphasis on engineering solutions and technological breakthroughs that enable the transition toward a more sustainable and resource-efficient future.

Scope

The journal welcomes original contributions that address a wide spectrum of themes within the nexus of civil and environmental engineering, including but not limited to:

  • Sustainable Infrastructure Systems: Resilient design for energy, water, transport, and waste systems, with a focus on low-carbon footprints.

  • Environmental Engineering & Remediation: Advanced water treatment, air quality management, and nature-based engineering solutions for pollution control.

  • Climate-Resilient Civil Engineering: Structural adaptation strategies, flood mitigation, and geotechnical engineering in the face of environmental volatility.

  • Green Building & Advanced Materials: Utilization of eco-friendly materials, circular economy principles in construction, and life-cycle assessments of infrastructure.

  • Smart & Digital Infrastructure: The role of IoT, digital twins, and AI-driven engineering in optimizing urban systems and infrastructure monitoring.

  • Integrated Urban Planning: Analyses connecting environmental regulations, socio-technical systems, and the economic dimensions of large-scale infrastructure projects.

Article Types

The journal publishes:

  • Research Articles: Presenting significant empirical findings, complex modeling studies, innovative engineering applications, or interdisciplinary methodologies.

  • Review Articles: Offering critical syntheses of existing literature, identifying research gaps, and proposing future directions for infrastructure and environmental research.

  • Case Studies: Providing detailed technical analyses of real-world engineering projects that offer unique practical insights and lessons for the global engineering community.

  • Technical Notes: Brief communications regarding specialized software developments, novel experimental setups, or preliminary findings of high relevance.

Target Audience

The journal is intended for:

  • Academics and Researchers across the fields of civil engineering, environmental science, materials science, and urban sustainability.

  • Professional Engineers and Consultants seeking evidence-based solutions for complex infrastructure and environmental management projects.

  • Urban Planners and Government Officials involved in the design, regulation, and implementation of public works and sustainability policies.

  • Graduate Students and scholars utilizing the journal as a resource for advanced research and authoritative scientific discourse.

Peer-Review Process

All submitted manuscripts undergo a rigorous double-blind peer-review process to ensure the highest standards of academic quality, originality, and technical relevance. This commitment to scientific integrity ensures that every work published in AJECEI contributes meaningfully to the global discourse on sustainable development and future-oriented engineering solutions.