The 2nd International Conference on New Unifying in Sustainable Technologies, Advanced Research, and Climate Change (NUSTARC 2027) will be held in May 2027 in Chiang Mai, Thailand. The conference will be conducted in a hybrid format, featuring parallel technical sessions that enable both in-person and virtual participation. Key program components include keynote addresses by distinguished experts, focused technical sessions, research collaboration forums, and industry–academia exhibitions.

The theme of NUSTARC 2027, “Innovation and Technology for a Sustainable Future,” reflects the conference’s commitment to advancing knowledge at the intersection of technological innovation, engineering excellence, and environmental stewardship. The conference emphasizes interdisciplinary approaches that promote sustainable development, climate resilience, clean energy transitions, and digital transformation toward a more sustainable and resilient future.

Prospective authors are invited to submit original research papers, case studies, or conceptual contributions aligned with the conference theme. Particular emphasis will be placed on advances in engineering and physical sciences that support sustainable technologies, resilient systems, and climate-responsive solutions. All submissions will undergo a rigorous peer-review process to ensure high academic quality and relevance.

Conference Topics

All submitted papers will be reviewed in accordance with international academic standards. The conference plans to apply for the publication of selected papers in AIP Conference Proceedings, subject to evaluation, agreement, and final acceptance by the publisher. In addition, selected contributions may be invited to submit extended versions for consideration in internationally recognized journals of Naresuan University, with each submission undergoing the journal’s independent peer-review process and final editorial decision.

The conference welcomes contributions covering a broad range of subject areas, including but not limited to physical sciences, engineering, sustainable and advanced technologies, materials sciences, intelligent systems, and digital engineering, as well as their applications in health, agriculture, climate resilience, and societal sustainability.

• Engineering Physics and Instrumentation
• Electrical, Electronic, and Communication Engineering
• Mechanical, Manufacturing, and Industrial Engineering
• Civil and Environmental Engineering
• Sensors, Measurement, and Control Systems
• Automation and Engineering Technologies
• Energy and Power Engineering
• Modeling, Simulation, and Computational Methods

• Functional and Smart Materials
• Nanomaterials and Nanotechnology
• Semiconductor and Electronic Materials
• Thin Films and Surface Engineering
• Energy and Environmental Materials
• Sustainable and Green Materials
• Biomedical and Healthcare Materials
• Materials Characterization and Processing

• Renewable and Sustainable Energy
• Energy Systems and Storage Technologies
• Climate Change and Environmental Management
• Environmental Monitoring and Assessment
• Water, Coastal, and Environmental Engineering
• Sustainable Infrastructure and Green Technologies
• Carbon Management and Decarbonization
• Sustainable Systems Modeling and Optimization

• Artificial Intelligence and Machine Learning
• Intelligent Monitoring and Decision Systems
• Internet of Things (IoT) and Smart Technologies
• Robotics and Autonomous Systems
• Computer Vision and Image Processing
• Digital Twin and Intelligent Simulation
• AI for Energy and Environmental Applications
• Data Analytics and Predictive Technologies