About

I am currently pursuing a Honors Bachelor of Science in Electrical and Computer Engineering at Oregon State University, and will pursue a computer systems and networks focus. As such, I have taken several classes in Electronics, Signals and Systems, Computer Networks, Computer Organization and Assembly Language, as well as Digital Logic and Design. I plan on continuing my education by taking Introduction to Probability and Random Signals, Transmission Lines, and Computer Architecture in the spring. I also have experience working on projects both during after school activities as well as through Junior Design. Throughout my educational career, I have learned C, C++, C#, Java, and Python, as well as worked with Arduino, directly programming an ATmega128 in assembly language, FPGAs, and Linux. I also have knowledge in LTSpice, ModelSim, Intel Quartus Prime, LaTeX, and SystemVerilog. I have learned several electrical engineering concepts in my classes and am excited to be able to apply them to projects. With my focus and since I am pursuing a Computer Science minor, I'm very interested in working with both the hardware and software on computers. I have been working on engineering projects in teams since I was in middle school. When I graduated from high school, I have worked in both my school's MESA (Math Engineering Science Achievement) and Robotics club. I had designed a medicine dispenser, especially focusing on the electrical components and programming an Arduino. I had also built two different prosthetic arms as a team, one which utilized Arduino, and the other which utilized PVC and rope. In my school's robotics club, I worked in a team of programmers on an FRC robot, in which i debugged and troubleshooted Java code. In college, I have worked in a team to develop a video game. More specifically, I programmed artificial intelligence for an AI player to attack and move away from the player in C# code. This was all done in collaboration with a team, in which Git and Github was used. I am continuing to work on a fan game project with a team in my free time, in which Git and Github is also used to collaborate. In my college classes, I have continued to work on many projects with team members. This had included working in a team to develop a smart chicken coop, which would be used to monitor the environment and resource consumption of chickens. I had also worked with a team to design an audio amplifier to interpret the frequency of piano notes, as well as analyzed and documented both a linear power supply and a switching power supply. In Digital Logic and Design, I had also worked in a team to design an FPGA system which interested with several inputs and outputs using digital logic implemented using Quartus Prime and SystemVerilog. I had also participated in a technical writing project where I worked in a team to propose an exhibit to teach students about electrical engineering and computer science topics.