National Cheng Kung University (NCKU), Tainan, Taiwan

Master of Mechanical Engineering

Sept. 2024 – June 2026 (expected)

• Cumulative GPA: 4.3/4.3

Waseda University, Tokyo, Japan

Exchange researcher

Sept. 2023 – Feb. 2024

• Semester GPA: 3.9/4.0

National Cheng Kung University (NCKU), Tainan, Taiwan

Bachelor of Mechanical Engineering

Sept. 2020 – June 2024

• Cumulative GPA: 3.8/4.3

Google, Product Design engineer intern

June 2024 – Sept. 2024

• Phone modules

  • Analyzed critical flaws in assembly process, identifying root causes and proposing solutions to reduce manufacture variability.

  • Developed SPC-based protocols and automated measurement programs, achieving micron-level precision and reducing training time by 80% while enhancing cross-team consistency.

  • Reduced systematic error by 50% in analysis of athermalization failure in optical components by utilizing high-end measurement equipment and identifying key contributing factors after environmental testing.

Thesis 

• Facial Morphological Deformation Prediction after Orthognathic Surgery using Meshless Method (in progress).

  • Address limitations of traditional soft tissue deformation simulation methods (mass-spring, mass-tensor, finite element) such as volume invariance, grid distortion, and ill-conditioning.

  • Develop soft tissue prediction software implemented the Reproducing Kernel Particle Method to overcome challenges and achieve more accurate and stable simulations by C++.

Project

• Capability studies reader (2024) | Excel, VBA

  • Implemented features for tolerance analysis, control chart generating, and ANOVA GRR analysis using both measured and Monte Carlo simulated data

  • Dynamic calculation of SPC constants, eliminating reliance on the "Data Analysis ToolPak," enhancing accessibility and ease of use.

  • Designed a complete workflow, from data input or simulation to control chart visualization, showcasing a holistic understanding of statistical process control.

  • Automated complex statistical calculations and control chart generation using only Excel formulas, minimizing manual intervention and maximizing efficiency.

• 5-axis robotic arm implanted Hexapod (2023) | C++, SolidWorks, MATLAB

  • Resolved deformation issue due to motor heat by redesigning the motor mount by SolidWorks.

  • Developed and integrate proprietary full-analytical inverse kinematics algorithms on an 18-DOF hexapod by C++.

  • Optimized and reduced algorithms processing time by 90% compared to any open-source projects online.

  • Built a simulation environment and control interface using OpenGL with hardware model integration.

Course Project

•  Reverse Engineering (2022).

  • Recreate and rebuilt old competition robots in SolidWorks with simulation and analysis.

•  Studies on Thermal Protection System Materials: The case of Nose Cone in Re-Entry Shuttle (2021).

  • Analyzed material selection by simulating temperatures condition during atmospheric reentry by ANSYS and SEC selector.

• Programing, Data Analysis, Visualization

C++, Python, MATLAB, R, VBA

• Modeling

SolidWorks, NX, AutoCAD, Creo

• Simulation

ANSYS, ABAQUS

• Rendering

SolidWorks Visualize, Blender

• Graphical Design

Adobe illustrator, Photoshop, InDesign

• Class Representative

Sept. 2020 - Aug. 2023

• “Start-Up Accelerator Programs” by NCKU Innovation Headquarters

  • Accepted by “NCKU Dreams Come True Program”, eligible for 100,000 NTD sponsorship, exploring the potential commercial value of Hexapod.

June 2023

• Mechanical Engineering Department Single Subject Academic Excellence

  • ENGINEERING GRAPHICS (1)

Feb. 2021

• • MATERIAL SELECTION AND DESIGN

Feb. 2022

• • PROGRAMMING DESIGN

Sept. 2023

• 3-Dimensional CAD Engineer Examination Grade 2, Japan

Jan. 2024

• National qualification of Class A hazardous materials Engineer, Japan

Dec. 2023

•  National license of blasting operator, Japan

Dec. 2023

•  Japanese Language Proficiency Test N1 (near native)

Jan. 2022