| IA3 | Ji Un Park (CWNU) | “Effect of Heat Treatment on Microstructure Evolution and the Mechanical Properties of Inconel 740H Superalloy” |
| IA4 | Tatsuya Myoga (KIT) | “Effect of hydrogen charging in fcc Fe investigated by first-principles calculation” |
| IA7 | Kento Higashi (KIT) | “Effects of pulse laser frequency and oxygen annealing on nanostructures of Ba2LuNbO6-doped YBa2Cu3O7-y thin films” |
| IB6 | Tien-Shin Chen (NTUST) | “Trimetallic Thin Film prepared by RF sputter for Overall Water Splitting in Alkaline Solution” |
| IIA1 | Koki Ohba (KIT) | “Effect of (001) Fiber Texture in Iron Powder on Magnetic Properties of Soft Magnetic Composite” |
| IIA6 | Seonghyo Ham (CWNU) | “Solidification microstructure evolution with directional solidification and AM in IN625 alloy” |
| IIA7 | Cheng-You Tsai (NTUST) | “Interfacial engineering for triboelectric nanogenerators and their application in self-powered formaldehyde sensors” |
| IIB2 | Ting Wei Wu (NTUST) | “Preparation of novel freeze dried collagen, barium titanate and β-tricalcium phosphate for dental filler composites” |
| IIB4 | Denny Hartanto (ITS) | “Shape memory polyurethane foam as candidate materials embolization endovascular aneurysm” |
| IIIA3 | Naoki Matsumoto (KIT) | “Thermodynamic calculation of phase equilibria in the Al-Fe-Zn-O quaternary system” |
| IIIA5 | Sin-Yi Chen (NTUST) | “Using Calculation Method to Predict the Formation Zone and Mechanical Properties of the Al-Co-Fe-Ni-Ti Lightweight High Entropy Alloy” |
| IIIA7 | Bohye Jeon (CWNU) | “Application and verification of polycrystalline finite element analysis model for prediction of mechanical behavior during mini V-bending of magnesium alloy” |
| IIIA9 | Rizaldo Rizky Himawansah (ITS) | “Investment Casting Simulation of ASTM F75 Artificial Hip Prosthesis with Shell Thickness and Gating System Geometry Variation” |
| IIIB3 | Daisuke Kawano (KIT) | “Evaluation of Tensile Strength on Resistance Spot Welded L-type Joints with Different Arm Length” |
| IIIB4 | Erika Satriana (ITS) | “Study Of Performance And Fatigue Properties Of Silicone Rubber/ Poly(Vinyl) Alcohol/Zro2 Materials As Candidate For Nucleus Pulposus Replacement Material” |
