Chikeng Dong Email & Phone Number

Shanghai

Berkeley

• Design and build a stationary bike with VR experience and active tethering system to achieve motion sensing and gamification according to the content of games

Greater San Diego Area

• Built a subcutaneously implanted wireless nerve lengthening device which can reconnect a damaged nerve that is taken apart by 2cm with the sponsor from UCSD medical school• Designed and 3D printed the 100mm*32mm*14mm control system enclosure with biocompatible material to hold and protect TinyDuino boards• Achieved mobile app control of nerve lengthening system within range of two meters by coding Bluetooth functions on Nordic Shield and testing signal transmission performance on a lab rabbit• Evaluated and optimized the power consumption of the nerve lengthening system with 500mAh battery compacity by improving Arduino codes with the sleep mode and working-cycles to achieve two-weeks working life

Greater San Diego Area

• Examined basics and characteristics of plasma physics with application of Maxwell equations to better understand the results of high-speed particles collision• Compiled and ran EPOCH laser-plasma code for 1D and 2D simulations with the same inputs and initial conditions as lab experiments and using the plots to compare and introduce hypothesis for unusual events

Beijing

• Collaborated with three PhD students to design and optimize an intelligent mobile robot, assembled with a UR5 robotic arm and an Intel RealSense Camera, to automatically identify and grab multi-type products in grocery stores• Trained multiple neural network machine learning detection models with self-defined labelled pictures using Tensorflow framework, which aimed to be used on Nvidia Jetson TX2 module• Won the third prize out of 300 teams in 2018 JD Robotics Challenge

Xiamen, Fujian, China

• Investigated Design for Manufacturability in real working procedure by assisting a senior technician on a passenger-to-freighter project, which requires manufacturing of aircraft components

Greater San Diego Area

• Collaborated with a team of four students on designing and building a remotely controlled robot with AutoCAD and Solidworks to transport billiards to the designated positions• Conducted finite element analysis to test robot structure stability under stress; Fabricated parts using laser cutter, machine shop and 3D printer; Assembled and tested the robot

Master Of Engineering - Meng, Mechanical Engineering

Bachelor'S Degree, Mechanical Engineering, 3.8