Symposium Scope

1. Plasma and Thin Film Technology

This session focuses on recent advances in plasma science and thin film technologies. Topics include plasma-assisted deposition methods such as PVD, CVD, and ALD, as well as surface modification and interface engineering. Emphasis will be placed on understanding thin film growth mechanisms, plasma–surface interactions, defect control, and nanoscale structural tailoring. Advanced characterization and modeling approaches will also be highlighted. The session aims to connect fundamental plasma physics with practical thin film fabrication, enabling high-performance coatings and functional materials for diverse industrial and scientific applications.

2. Advanced Materials for Energy

This session addresses the development of advanced materials for next-generation energy technologies. Topics include materials for solar cells, batteries, supercapacitors, fuel cells, and hydrogen production. Emphasis will be placed on enhancing energy conversion efficiency, storage capacity, stability, and scalability. Innovative synthesis methods, interface engineering, and nanostructured material design will be discussed. The session aims to foster interdisciplinary collaboration to accelerate the transition toward sustainable, high-efficiency, and low-carbon energy systems.

3. Advanced Materials for Sustainability

This session focuses on advanced materials that contribute to environmental sustainability and resource efficiency. Topics include green materials synthesis, recyclable and biodegradable materials, carbon capture technologies, water purification systems, and environmentally friendly manufacturing processes. Emphasis will be placed on reducing environmental impact while maintaining high performance and durability. The session encourages discussions on material innovations that support circular economy principles and long-term sustainable development goals.

4. Advanced Materials for Electronics & Photonics

This session explores advanced materials enabling cutting-edge electronic and photonic devices. Topics include semiconductors, dielectric materials, transparent conductive materials, optical coatings, and nanostructured functional materials. Discussions will focus on improving electrical performance, optical properties, miniaturization, and device integration. Emerging materials and fabrication strategies for flexible electronics, integrated circuits, optoelectronics, and photonic systems will also be highlighted, aiming to support the advancement of next-generation information and communication technologies.

5. Advanced Materials for Bio-applications

This session highlights advanced materials for biomedical and bio-related applications. Topics include biomaterials, biosensors, drug delivery systems, antimicrobial surfaces, and implantable devices. Emphasis will be placed on biocompatibility, surface functionalization, controlled release mechanisms, and long-term stability in biological environments. The session encourages interdisciplinary research combining materials science, biology, and engineering to develop innovative solutions for healthcare, diagnostics, and medical technologies.