SPECIAL SYMPOSIUM

Symposium Chair(s):
Jiacan Su, Yuxiao Lai, Long Bai

Title of Symposium:
Intelligent Organoid Biomanufacturing

Symposium Description:

Organoids are transitioning from small-scale lab systems to manufacturable, standardized, and scalable micro-physiological platforms. This symposium defines an end-to-end framework for Intelligent Organoid Biomanufacturing: beginning with data-driven digital design that fuses multi-omics and imaging, leveraging generative/inverse design and reinforcement learning for process modeling and adaptive control; covering biofabrication operations including 3D/4D bioprinting, microfluidic assembly, control of self-organization, and advanced bioinks/materials with organ-on-chip integration; emphasizing scale-up via robotics, closed-loop culture, perfusion bioreactors, and continuous production; and strengthening quality through in-line sensing and metrology (label-free imaging, single-cell and functional readouts) with clear release criteria (identity/purity/function). We will also address data, standards, and compliance-GMP/GxP, traceability, FAIR data and provenance, as well as ethics and safety. Oriented by manufacturability, reproducibility, and cost, the session will feature case studies spanning pharma, med-tech, and biofoundries, converge on benchmarks and reference materials, and accelerate the evolution of organoids from artisanal science to engineered products ready for industrial translation.

Symposium Chair(s):
Thomas Becker, Tan Lay Poh

Title of Symposium:
Additive manufacturing of future food systems

Symposium Description:

Future food systems are transitioning from empirical formulation toward programmable, data-driven manufacturing. This symposium defines an end-to-end framework for additive manufacturing of future food systems, spanning digital formulation design integrating composition, material properties, and multiscale structure; data-driven and inverse design approaches for predicting processability, structural integrity, and functionality; and manufacturing operations including extrusion-based 3D printing, multi-material deposition, and structuring mechanisms such as phase behavior control, alignment, and hybrid processing strategies.

The session further addresses scale-up through process standardization and integration with complementary technologies, alongside quality assurance via in-line sensing and metrology. Emphasis is placed on linking material properties, structuring processes, and product performance to enable reproducible, scalable production of future foods, including structured products, functional formulations, and personalized nutrition. It will also highlight advances in sustainable ingredients and alternative proteins, while addressing key challenges in texture, flavor, and consumer acceptance, alongside emerging industry trends and ethical considerations in next-generation food manufacturing.

Symposium Chair(s):
Prof. Zibin Chen & Prof. Xusheng Yang

Title of Symposium:
Microstructures and Properties of Additively Manufactured Metal Alloys

Symposium Description:

This symposium focuses on the intricate relationships between process-induced microstructures and the resulting mechanical, physical, and functional properties of additively manufactured (AM) metal alloys. As additive manufacturing transitions from prototyping to production of critical load-bearing components, understanding microstructural evolution—including grain morphology, phase distribution, defects, and residual stress—becomes essential for property prediction and part qualification.

We invite contributions exploring advanced characterization approaches and multiscale modeling techniques that link thermal histories to microstructural features across various metallic systems. Topics of interest include anisotropy and texture control, post-process heat treatment, fatigue and fracture behavior, corrosion resistance, and extreme condition performance. Special emphasis is placed on novel alloy design for AM, in-situ monitoring of microstructure formation, and strategies to mitigate defects while enhancing strength-ductility synergy.

By bridging materials science, mechanics, and manufacturing engineering, this symposium aims to foster cross-disciplinary discussions on reproducible microstructure-property correlations, qualification standards, and pathways toward tailoring AM metals for aerospace, biomedical, and energy applications. Both fundamental studies and applied research are welcome.

Symposium Chair(s):
Prof. Dong Kyu Ahn

Title of Symposium:
Advanced Manufacturing and Digital Innovation in Korea

Symposium Description:

This special session presents cutting-edge research and technological advancements that are shaping the future of advanced manufacturing in Korea. The session highlights the integration of intelligent systems, digital technologies, advanced materials, and innovative production methodologies across diverse manufacturing domains. Moving beyond a single manufacturing paradigm, this session showcases how Korean researchers are advancing smart, adaptive, and high-performance manufacturing systems that enhance productivity, precision, scalability, and sustainability.

Key topics include:

• AI-driven manufacturing systems for process optimization, defect prediction, autonomous control, and data-driven decision-making.
• Digital twins and cyber-physical production systems enabling real-time monitoring, simulation, and predictive modeling.
• Advanced fabrication technologies, including additive, subtractive, forming, and hybrid manufacturing approaches.
• Functional and high-performance components for aerospace, healthcare, automotive, energy, and emerging industries.
• Sensor-integrated and intelligent manufacturing systems that enhance operational reliability and lifecycle performance.
• Sustainable and resilient manufacturing strategies focused on energy efficiency, resource optimization, and environmentally responsible production.

This session provides a comprehensive perspective on Korea’s contributions to next-generation advanced manufacturing and highlights collaborative research efforts that are driving global industrial innovation.