Fine Digital Engineering

Mission:
conduct quality research in the filed of 3D digital engineering which can be disseminated to change the future industry, and to develop competent human resources through research-based education.
Vision:
implement innovative design/manufacturing processes by information technologies and tools to make the industry "IT-armed" to win the global competition.

Digital Foot Moldeling for Custom Shoe Design

Surface Reconstruction from CT Data of Multi-Material Objects

Subdivision Surface Modeling from Sketched Wire Frames

S-CODE Coding System for Viewing CAD Data based on Mesh Subdivision

Convergence Engineering

Making Papercraft Toys from Meshes using Strip-based Approximate Unfolding

Computer aided design for Origamic Architecture models with polygonal representation

Contouring Medial Surface of Thin Plate Structure

Multiresolution-based High-Quality Mesh Interpolation

Machine Interpretation of Line Drawings for Engineering Design

Voronoi Clustering for Acceleration of Depth Sorting

Three-axis NC Cutter Path Generation for Subdivision Surface