• Utilized Arduino for synchronizing servomotor and linear actuator to create a system that mimics the oscillation of a paddle with the deforming substrate observed in comb jellies.• Operated Prusa and Elegoo 3-D printers to produce necessary components and manufacture injection molds to make 2mm-silicone-paddle.• Built an optical system and applied the Partial Image Velocimetry technique to study the flow field.• Pre-processed the images/videos, created automated mask, and evaluated the velocity/ vorticity/ pressure field using MATLAB and Davis LaVision

• Designed and set up experiments to measure material's properties using an indentation device.• Performed rheology testing on hydrogels sample using HR-2.

• Participated in projects of designing and developing telecommunication and smart-home devices.• Created 3D models, finished drawings and rendered products using Keyshot and Illustrator AI.• Observed and investigated manufacturing process of polymer products using injection molding.

• Taught four sections of 5 students for the courses: Calculus, Physics, and Engineering Statics.• All students rated over 4/5 in course evaluation and improved final course grade at least 1 letter grade.