江宜欣Jiang Yi Sin(Cinny)
Hi, You can call me Cinny. I am an optimistic and positive person who faces challenges positively and enjoys working with others as a team.
- Experienced in operating and troubleshooting nanosecond laser machines
- Knowledge of semiconductor with 3 courses
- Intern at ITRI and work for a project call double-arm robot development
- Patent of electric Harmonic bicycle
- SEM, OM operation
- Studied English in Philippine language school
Work Experience
Intern • Industrial Technology Research Institute (ITRI)
Jan 2020 -Jun 2020
Institutional Design Analysis
1. Assisted in the design and development of human-like dual-arm robots
2. Improved and analyzed design and the structure of fingers
3. Participated in project discussions and schedule planning with the team
4. Contributed to the improvement of Supplier Design and Manufacturing
Human-like two-arm robot
https://www.youtube.com/watch?v=MDDdPlWyiDw
Education
2020 - 2022
National Taiwan University of Science and Technology
Department of Mechanical Engineering
During the research institute, I took two semiconductor and experimental design courses. I have basic knowledge in the domain of semiconductors, as well as related knowledge in Design of Experiments (DOE), along with experience in repairing nanosecond laser machines with the vendors. Possessing good self-learning abilities helped me form new simulation methods which I later applied to my practice, in order to simplify or improve later product designs and development.
During the research process,I learned the methods of some machines, including a scanning electron microscope (SEM), an optical microscope (OM), Electropolishing, Pickling, Sandblasting, e. In addition, to learning some software containing Creo, Ansys, and MasterCAM.
Thesis : Study on Cracking and Delamination in Polymer Coating s of Cardiovascular Stents
In this study, Finite element analysis (FEA) was performed to simulate the stress response of two commercial stents, Xience V (Abbott Vascular) and Resolute (Medtronic Cardio Vascular), during compression and expansion, and to investigate the association with the defects of stent coating. In the following, the strain distribution of magnesium alloy stent coating during the stent compression, expansion and bending was analyzed in relation to the stent degradation rate using FEA. Then, the mixed model of Cohesive Zone Model (CZM) was used to investigate the adhesion and separation mechanism of a stent-coating interface during compression and expansion. Finally, a conventional V-shaped polymer coated stent was manufactured. The adhesion and separation phenomena between the stent and coating was investigated by expanding the stent progressively, and the experimental result was compared with simulation
2016 - 2020
National Formosa University (NFU)
Department of Mechanical Design Engineering
Senior Project : Micro-motor center Harmonic Drive moped gearbox design(Patented in 2020 TWI694952B)
This study is aimed at electric mopeds, which previously weren’t having any improvements due to the weight and volume of the reducer. This study proposes replacing the original reducer with harmonic gears. The high efficiency of the high-speed motor can improve the overall efficiency by the high gear ratio of the harmonic gear.
Skill
User Experience
- Computer-Aided Design and Drafting
- AutoCAD、Solidworks、Pro/E、 Inventor
- Finite Element Analysis (ANSYS)
- Machining
- Nanosecond laser
- Measure Turning(SEM、OM)
- Matlab、C++
Project
- Dual Arm Robot System
- Harmonic Drive Bicycle
Language
- Chinese
- English(TOEIC615)
