Tin-Jie Wang

· Developed a Python-based GUI interacting with an in-house shape optimization software under Linux. · Wrote Bash scripts that connects the GUI to ParaView to visualize optimization results. · Presented the progress to peers and supervisors from BMW Group.

· Provided a theoretical model for mechanical properties of HCP structure cellular solids. · Designed 3D printed molds via SolidWorks to create cellular samples to measure the elastic properties. · Simulated reaction forces of the cellular models undergoing compression by Abaqus. · Successfully predicted the relation between its relative densities and relative Young’s moduli.

· Assisted in developing a monitoring system which can detect the pulse propagation velocity (PWV) and blood pressure via artery motion. · Used PDMS to make a human neck model with proper mechanical properties for experiments in vitro. · Simulated the displacements on the skin caused by artery motions by COMSOL. Successfully predicted the measurement scales.

- Computational Fluid Dynamics, Turbulence Modeling - Finite Element Method, Continuum Mechanics - Algorithms and Data Structure, Professional Software Development

- Introduction to FEM, Vibration - Fluid Mechanics, Thermodynamics, Heat Transfer - Automatic Control, Linear Control Systems - Electrical Engineering Fundamentals, Introduction to Power Engineering