第三届国际会议人工智能、现代工程与环境可持续性 （IC-AIMEES 2027）

会议简介


It is our distinct pleasure to invite you to the 3rd International Conference on Artificial Intelligence, Modern Engineering and Environmental Sustainability (IC-AIMEES 2027), which will be held in Tokyo, Japan, from 8–10 February 2027. This international conference is designed to serve as a dynamic academic platform for leading scholars, researchers, engineers, industry professionals, policymakers, and emerging researchers from around the world.


The central theme of IC-AIMEES 2027, “Engineering Intelligence for a Sustainable Future,” reflects the conference’s commitment to advancing interdisciplinary dialogue across artificial intelligence, modern engineering, and environmental sustainability. As digital technologies, intelligent systems, engineering innovation, and environmental responsibility become increasingly interconnected, conventional disciplinary boundaries are rapidly evolving. Addressing today’s complex technological and environmental challenges therefore requires collaboration across fields, institutions, and sectors.


IC-AIMEES 2027 will provide a forum for presenting original research, exchanging methodological insights, discussing emerging technologies, and exploring practical solutions to global challenges. The conference welcomes contributions covering artificial intelligence and data science, intelligent systems and automation, advanced manufacturing, smart infrastructure, renewable energy, environmental modelling, sustainable cities, circular economy, resilient engineering systems, and related interdisciplinary areas.


Through keynote presentations, oral and poster sessions, scholarly discussions, and international networking opportunities, IC-AIMEES 2027 aims to connect theoretical advances with responsible real-world applications. The conference encourages participants to examine not only how intelligent technologies and modern engineering can accelerate innovation, but also how these developments can contribute to environmental resilience, resource efficiency, ethical governance, and long-term societal well-being.


By bringing together diverse perspectives from academia, industry, government, and professional practice, IC-AIMEES 2027 seeks to foster meaningful collaboration and support the development of innovative, responsible, and sustainable solutions for the future. We warmly welcome you to join us in Tokyo and contribute to this important international academic exchange.

论文收录


Proceedings Publication


Accepted and registered full papers from the 3rd International Conference on Artificial Intelligence, Modern Engineering and Environmental Sustainability (IC-AIMEES 2027) will be considered for publication in the official conference proceedings, subject to successful peer review, completion of required revisions, similarity screening, and final editorial approval.


Following publication, the proceedings will be submitted for evaluation or discovery by relevant academic services, including the Conference Proceedings Citation Index (CPCI), Crossref, Google Scholar, CNKI Scholar, and other scholarly databases.


Where applicable, each published paper will be assigned a Digital Object Identifier (DOI) registered through Crossref.


Please note that submission to an indexing or discovery service does not guarantee inclusion. Each service applies its own evaluation criteria, editorial policies, technical requirements, and processing schedules. The conference organisers and publisher cannot guarantee the outcome or timing of third-party indexing.


Publication schedules may vary according to the completion of peer review, author revisions, registration, editorial processing, and production requirements.

Journal Publication


Selected high-quality papers may be invited to submit an extended version to relevant academic journals. Any invited journal submission will be subject to the journal’s independent editorial assessment, peer-review process, publication requirements, and applicable fees. An invitation does not guarantee acceptance, publication, or indexing in any particular database.

征文主题


1.Artificial Intelligence for Engineering Design and Optimisation


Machine Learning for Engineering Modelling and Simulation


AI-Driven Engineering Design and Optimisation


Generative Artificial Intelligence for Engineering Applications


Intelligent Fault Diagnosis and Condition Monitoring


AI-Based Predictive Maintenance for Engineering Systems


Computer Vision for Engineering Inspection and Quality Control


Digital Twins and AI-Enabled Engineering Simulation


Intelligent Decision-Making and Engineering Control


Edge Artificial Intelligence for Industrial and Engineering Systems


Explainable and Trustworthy AI for Safety-Critical Engineering

2.Robotics, Automation and Intelligent Engineering Systems


Intelligent Robotics and Autonomous Engineering Systems


Industrial Robotics and Collaborative Robots


Human–Robot Collaboration in Engineering Environments


Intelligent Control and Adaptive Control Systems


Automation and Mechatronic Engineering


Machine Perception and Multi-Sensor Fusion


Multi-Agent Systems and Swarm Robotics


Autonomous Vehicles and Intelligent Navigation


Cyber-Physical Production Systems


Intelligent Monitoring and Control of Complex Engineering Systems

3.Modern Engineering and Advanced Manufacturing


Smart Manufacturing and Industry 5.0


Advanced Manufacturing Processes and Technologies


Additive Manufacturing and 3D Printing


Advanced Materials and Composite Structures


Mechanical Design and Engineering Optimisation


Structural Engineering and Computational Mechanics


Electrical and Electronic Engineering Systems


Precision Engineering and Micro-Manufacturing


Industrial Engineering and Production Systems


Engineering Reliability, Safety and Risk Assessment

4.Smart Infrastructure and Sustainable Energy Engineering


Smart Cities and Intelligent Urban Infrastructure


Smart Buildings and Sustainable Construction


Internet of Things for Engineering Infrastructure


Intelligent Transportation and Sustainable Mobility


Renewable Energy Generation Technologies


Smart Grids and Distributed Energy Systems


Energy Storage and Battery Technologies


Energy-Efficient Engineering Systems


Infrastructure Monitoring and Structural Health Assessment


Resilient and Disaster-Resistant Infrastructure

5.Environmental Engineering and Sustainable Resource Management


Environmental Monitoring and Intelligent Sensing


Air Pollution Control and Emission-Reduction Engineering


Water and Wastewater Treatment Technologies


Solid Waste Management and Resource Recovery


Soil Remediation and Environmental Restoration


Circular Economy and Resource-Efficient Engineering


Sustainable Materials and Green Manufacturing


Life-Cycle Assessment and Environmental Impact Evaluation


Carbon Management and Emission-Reduction Technologies


Cleaner Production and Industrial Environmental Management

6.AI-Enabled Environmental Sustainability and Climate Solutions


Artificial Intelligence for Climate Modelling and Prediction


Machine Learning for Environmental Monitoring


Intelligent Renewable Energy Forecasting and Management


AI-Based Energy Optimisation and Carbon Reduction


Smart Waste Classification and Recycling Systems


Intelligent Water Resource Monitoring and Management


AI for Air-Quality Prediction and Pollution Control


Remote Sensing for Environmental and Ecological Assessment


Digital Twins for Sustainable Cities and Infrastructure


Intelligent Technologies for Climate Adaptation and Resilience

重要日期


Paper Submission Deadline: January 1, 2027


Notification of Acceptance: 10–30 working days after submission


Regular Registration Deadline: February 1, 2027


Conference Dates: February 8–10, 2027