My name is Jinwon Kim, and I am a fourth year student majoring in electrical and computer engineering at OSU. My personal interest in this area comes from my desire to be a part of the future of technology as well as to develop the means to explore my fullest potential through a meaningful career. I currently work in the sensors and integrated microelectronics (SIM) laboratory with Professor Matthew L. Johnston where my research focuses on microfluidics over IC sensors. I align fluidic channels using lithographically-defined and micron-scale SU-9 microchannels over the IC surface to make more reliable and stronger lab-on-chip applications. I have worked at a restaurant, TA, youth leader, and missionary work. In my free time, I like to play tennis, golf, and hike. I’ve received several scholarships from the College of Engineering and other communities.
The purpose of AP2 project was to understand the property of the visual system, learn how to combine these visuals to create images, and familiarize with the hardware and software used in this project. The goal of this project ...
Small sustainable electronics are an important part of the emerging fields of IoT, sensing, and exploration. Our project is a Solar charging subsystem. The project will focus on developing a solar charging system that is as low...
The goal of this project was to find the relationship between the current versus power and characterize the power curve for biasing a solar panel. One unique feature about this project is that we used three different sources to...
For our project we are implementing a 2-axis robotic arm with a battery charging circuit and using an FPGA to run the PID controller. This project entails using stepper motors to move an arm across an 8.5”x11” sheet of pape...