Class 2011-2020
Class 2020
Dr. Dommati, Hitesh | Master Lin, Yu-Cheng | Master Ting, Yu-Chun |
Strategic Development of Additive Manufacturing Technologies for Fabrication of Porous Structures Using Ceramic Materials. |
The Development of the High Efficiency Continuous TPU Powder Bed Fusion System. |
The Development of Two-Material Gradient Fused Filament Fabrication System. |
Master Huang, Chung-Chi | Master Fan Jiang, Bo-Jun | Master Su, Xuan-Huan |
The Development of Scanning and Vat Photopolymerization System Using Single Optical Engine for Customized Earphone. |
The Development of Rolling Separation Vat Polymerization System. |
The Development of 3D printing technology for multi-scale porous structured ceramic. |
Master Wu, Pei-Tsen | Master Chang, Yu-Hao |
The System Development of Fused Deposition Modeling for Lantern Frame Skeleton Structure. |
The Development of High Efficiency Solvent-based Slurry Stereolithography System. |
Class 2019
Master Yang, Yong-Ning | Master Huang, Han-Shu | Master Lin, Kai-Feng |
Development of TPU powder SLS system with detection and analysis of surface temperature distribution based on Thermal image. |
Development of a bioprinter for fabricating scaffold of solid fiber using Polymer biomaterial solution. |
The Development of Customized Finger Joint Implants by Applying 3D printing & Lost Wax Casting Technologies. |
Class 2018
Master Hsiang, Hsieh | Master Ruilova, Manuel Alexander | Master Wang, Chia-Chen |
The Development of Production type Additive Manufacturing System Base on Vat Photopolymerization Technology. | The Development of the Software and Hardware to the Internet of Additive Manufacturing based on Vat Photopolymerization Technology. | The Development of 3D Printing System for Solid Curvature Model Using Silicone Material. |
Master Wu, Mon-Lin | Master Jiang, Yi-Min | Master Jiang, Min-Qian |
The Development of the High Efficiency Circular Paving Solvent-based Slurry Stereolithography System. | The Development of the Near-Infrared Selective Laser Sintering System with Dual Scanning Head using TPU Polymer Foam Powder. | The Development of Material Extrusion Type Additive Manufacturing System for Porcelain. |
Class 2017
Master Chang, Chih-Hsiang | Master Huang , Cheng-Yi | Master Tsai , Ching-Hsiang |
The Development of the Bottom-Up Vat Photopolymerization System for Ceramic Material. | The Development of Hybrid Manufacturing System for Thin-Shell Composite Material Prosthesis. | The Development of Dual-Effector Delta type Fused Deposition Modeling System for Elastic. |
Master Liou, Ci-Ting | Master Lin, Yen Hsun |
Development of the Near-Infrared Selective Laser Sintering System using TPU Polymer Powder. | The Development of Active Separation Method for Bottom-Up Stereolithography System for Imitate Lung Models. |
Class 2016
Master Song,Ying-Chen | Master Chang, Ya-Hsin | Master Chen, Shao-Wei |
The Pulling Force Analysis of Bottom Exposure Stereolithography System. | Error Analysis of Digital Dental Model Cloud Data Apply on DLP Additive Manufacturing System. | The Development of Hybrid Manufacturing Systems for Skeleton Surface Object. |
Master Wu, Tsung-Han | Master Tsai, Wei-An | Master Kao, Yang-Yi |
The Development of Slurry-based Ceramic Additive Manufacturing System with no Solvent. | The Development of Tank Swapping for Powder Bed Additive Manufacturing. | Development of Food Material 3D Printing Pen and Improve on Material Container. |
Master Tzu, Chieh-Chien | Master Lin, Sih-Hao |
The Development of Solvent-based Slurry Spray Forming Technology used in Additive Manufacturing. | The Design and Implementation of a FDM Type Additive Manufacturing System. |
Class 2015
Master Deng, Jun- Zhe | Master Lin, Chia-Ying | Master Chen, Chi-An |
The Study of Panel Glass Defect Visualization and Detection. | The Development of Customized Ear Molds for Hearing Aid Utilizing Bottom-Expose Stereolithography 3D Printing System. | The Development of Subtractive and Additive Manufacturing System for Thin-Shell Structured Object. |
Master Chiou, Kao-Lin | Master Hong, Ruei-Long | Master Lyu, Yi-Chun |
The Development of the Thermal Paving System for Meltable Materials. | The Development of Planetary Type Revolving Paving Used in Solvent-Based Slurry Stereolithography System. | The Development of the Top Exposure Stereolithography System Utilizing Two Projectors to Build Large Scale Object. |
Master Li, Po-Hsien |
The Development of High Throughput Solvent-based Slurry Stereolithography System. |
Class 2014
Master Lee, Yun-Chen | Master Chien, Chih-Lin | Master Lo, Chun-Yu |
The Development of Milling Based 3D Layer Image Capturing System. | The Development of Optical Dynamic Gait Pressure Measuring System. | The Improvement of Rvolving Pving to Solvent-Based Slurry Stereolithography Additive Manufacturing System. |
Master Lin, Jing-Han | Master Liou, Jyun-Sian |
The Development of Total Foot Laser Scanning Measuring System. | The Development of the Top Exposure Constraint Surface Stereolithography System. |
Class 2013
Master Chen, Kuan-Yu | Master Yao, Da-Tong | Master Tai, Ming-Shan |
The Development of Customized Insoles Machine. | The Development of 3D Measuring System for Foot. | The Development of Revolving Paving to Solvent-Based Slurry Stereolithography Additive Manufacturing System. |
Master Huang, Chen-Hsuan |
The Development of in Tank Tape Casting Used in Solvent-based Zirconia Slurry Stereolithography System. |
Class 2012
Master You, Shin-Hua | Master Chan, Yu-Chuan | Master Wu, Cheng-Pin |
The Development of in Tank Tape Casting Used in Solvent-based Slurry Stereolithography Rapid Prototyping System. | The Development of 3D Plantar Measuring System. | Customized Design and Development of Bi-material Composite Insole. |
Class 2011
Master Chen, Kuan-Lung | Master Yao, Da-Tong |
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The Building up of High Contrast Image for the Optical Foot Pressure Measuring System. | The Insole Design and Fabrication for Mass Customization Using Plantar Surface and Pressure of the Foot. | The Development of Plantar Pressure and Shear Force Measuring Technologies . |
Master Chen, Chin-Yuan |
The Development of Coating Automation Technology in Solvent-based Slurry Stereolithography Rapid Prototyping System. |