The team aims to design a modular military boot. We conducted preliminary research and interviews to determine the most urgent need of the target users. Then, we determined to focus on designing the boot with adjustable support. We also built a high-fidelity prototype by using 3D printing and test on potential users for feedback. The current process is to improve the design to make it manufacture-ready and create the packaging and marketing plan.

The goal of the team is to build an underwater VR exploration game to familiarize museum visitors with marine creatures. We also designed a testing game with four types of underwater motion to research the different age groups' performance of movement.

As UCSB Hyperloop's co-project manager, I led the team of 40 undergraduate engineers and won the 1st place in the SpaceX's levitation sub-competition. We designed and built an ultralight (13.7 lb.) self-propelled levitating Hyperloop pod prototype. I also present the project during the UCSB Engineering showcase.

As a member of the structure team, we coordinate with the composite and build a 5ft*20in*8in frame with prepreg carbon fiber and aramid honeycomb core.

The first part of my internship is to learn the manufacturing process of tools. After that, I collaborated with other engineers to design a new bolt cutter which requires less power. I also designed a scale plate and changed the manufacturing process to improve 5% manufacturing efficiency.

The team took part in the SourceAmerica Design Challenge, which aims to create innovative workplace technologies for people with disabilities. Our designed a robotics painter controlled by a joystick handlebar for an artist with cerebral palsy. I assembled the CAD Model by SolidWorks and manufactured the painter using the lathe and mill. For the last three months, we allowed the artist to try the prototype. We improved the design based on the artist's feedback.