Achieved control over the internal components of rotating machinery by inventing a compact hinge mechanism that utilized only 5% of the chamber space to operate the tip of the rotary hollow drill.
Engineered and assembled the turtle, which consisted of a communication kitelike float box, eight external waterproof steering gears, a swim bladder, internal circuitry, and a removable waterproof housing.
The chopstick mechanism mentioned above greatly simplified control complexity, enabling control of the food movement system just with an Arduino UNO.
Invented a compact structure (occupied merely 20% of the shoe cabinet) which integrated an extendable shoe-pulling mechanism for automated access and assistance in wearing and removing shoes.
Assist one-armed individuals with one-handed bottle opening, vegetable stabilization for cutting, storage, and phone stand functions.
Transformable Walking and Rolling Module
I’s designed to navigate muddy terrain.
Guided two summer camp winning first prize at the 4th Yangtze River Delta Youth Artificial Intelligence Olympic Challenge.
Executed the process marking of 43 parts in the SkillHand with SOLIDWORKS SLDDRW.
A thermosensitive hydrogel-based positive osmosis device.
Create 3D models, engineering drawings, and complete simulations.
Four semesters of outstanding teaching assistant - Top Prize 1/50.
A total of 90+ days.
A new plant in Plants vs. Zombies.
Unfolded, it transforms from a 2D origami design into a 3D school gate greeting card.