1. Research and development of the application of 3D Lattice in 3D printing, including 3D Lattice Sole and Lightweighting. 2. Participation in 3D printing software development for DLP and SLA technologies, as well as software verification and resolution of related issues. 3. Algorithm development: 3D Repair, 3D Smooth, Mesh Simplification, and 3D Remesh.

1. Led a team of 10 researchers and developers, including designers and engineers, to develop a cross-platform 3D modeling software. 2. Designed and planned the entire 3D platform from scratch, developed features such as 2D, 3D, Paint3D, and Sculpture. 3. The platform covers Android, iOS, Windows, and Mac, providing a complete user experience (UX).

1. Developed AR software using image processing methods that allow users to directly hand-draw 3D models.

1. Led a research team to execute the NCKU Top-Notch Project (Aim for the Top University Project): The development of a Big Data-based interactive system for 3D virtual fitting 2. Responsible for team management, research methodology development, software construction, and validation of case studies.

1. As a Doctoral Research Assistant responsible for National Science Council projects, I am in charge of project planning and application, as well as the development of various algorithms and 3D software systems required for the projects. The manpower allocation for each project is approximately one Ph.D. and two Master's students, so I also manage, educate, train, and schedule relevant personnel. 2. As a Doctoral Research Assistant for the Top University Project, I am responsible for developing algorithms and constructing the 3D software systems required for the project.

As a Master's Research Assistant for a National Science Council project, I am responsible for developing algorithms and constructing 3D software systems required for the project.