Yubeen Oh

Passionate Electrical and Computer Engineering student with expertise in circuit design, digital logic, and data modeling. Proven skills in C, Verilog, and MATLAB, with hands-on experience in aerospace projects. Dedicated team player in the Purdue Space Program, eager to drive innovation in engineering.

Purdue Program Space Program - Liquid Avionic Team, Active team member, Working on liquid propulsion systems for space applications. Collaborates with a multidisciplinary team on the development and testing of avionics for liquid-fueled rockets.

• ECE20007: Circuit Design and ImplementationDesigned various DC and AC circuits, including direct circuit designs using Band Pass Filters and speaker connections.
  
• ECE264: Programming in C for Linux SystemsString transformation project from input sequences.
  Developed algorithms using Binary Search Trees for data traversal.
  Created a calculator for processing postfix expressions using Linked Lists.
  Designed a card shuffling and combination generation project using Linked Lists.
  
• ECE270: Digital Logic DesignStudied MOSFET operation and learned combinational and sequential logic circuits.
  Developed digital circuits using Verilog for practical lab work, including a project on rocket launching systems.
  
• ENGR131: Problem Solving and Mathematical ModelingModeled the aerodynamic efficiency of an Excelerator model rocket.
  Developed a mathematical model to calculate power generation estimates from a wind turbine based on 3D data visualization.
  
• ENGR132: Data Analysis with MATLABCompared step speeds among different vehicle types.
  Filtered data noise and assessed model efficiency for various practical applications.
  

• Digital Rocket Launching System: Developed a digital system using Verilog to simulate the launch sequence of a rocket, integrating sequential and combinational logic.
• Postfix Calculator: Designed a calculator using Linked Lists to handle postfix expressions, focusing on data structure application and algorithm development.
• Wind Turbine Power Estimation Model: Created a model using 3D visualization data to estimate power output from turbine blades, enhancing efficiency through data analysis.
• Vehicle Speed Analysis: Analyzed step speed differences among various vehicle types using MATLAB, identifying key factors affecting efficiency.