• Collect data from vehicle tests and analyze characteristics using curve fitting methods• Build Matlab/Simulink models to simulate electric motor and vehicle dynamics behaviour

Worked as algorithm development engineer in Z-ONE Technology Co., Ltd.• Led team of 4 engineers in developing vehicle’s human-machine interface for autonomous valet parking• Developed algorithms in C++ to track and fuse parking slot information from sensors• Optimized future trajectory prediction algorithms for vehicles and pedestrians• Developed data-driven trajectory prediction algorithms with deep learning methods including data preprocessing, model performance evaluation and data augmentation

• Led development and maintenance of the pedaling system of team’s new car for 2019-20 season• Evaluated previous issues with team Alumni, conceptualized and designed a brand new pedal box• Utilized Siemens-NX to create detailed 3D models and sketch 2D drawings of pedal box components• Performed Finite Element Method (FEM) analysis on critical load-bearing components• Integrated hydraulic actuators on brake pedal, enabled braking under driverless conditions• Collabrated with sponsor for manufacture and surface treatment of pedal pox parts• Sketched assembly drawings, collabrated with team members for assembly and testing of pedaling system

• Executed mold flow analysis using Autodesk Moldflow• Sketched 2D engineering drawings with AutoCAD• Produced company's introduction video and PPT presentation slides for advertising

Synthesis and tribological property analysis of composite materials