Resume

Purdue University | Bachelor of Science in Computer Engineering | May 2026 (Expected)

Programming Languages: C, Python, MATLAB, SystemVerilog, Verilog
AI/ML Technologies: PyTorch, OpenAI Agent SDK, OpenAI API, Gemini API, MCP Servers
Hardware: FPGA, 3D Printing, Digital System Design, Microprocessor Systems
Tools: Blender, Excel (Graphical Analysis)
Languages: Korean, Japanese, English (Native)

Guo Lab @ Purdue ECE | Undergraduate Researcher | December 2024 - Present

Working on artificial intelligence neural network-based boundary detection in image processing using PyTorch and Convolutional-Transformer based approach
Leveraged CUDA-based memory profiling to optimize model performance, reducing memory usage by 20% and enabling larger batch sizes during training
Developed a Blender Python script to algorithmically generate bounds and collision zones around randomized camera path curves in 120 models, supporting controlled experimentation in synthetic data research

Personal Research on Generative AI and Reinforcement Learning | May 2025 - Present

Experiment on Agentic framework at github.com/SethGame/delphi
Reinforcement Learning test on FlexSim at github.com/SethGame/ai-course-materials

ECE 473: Intro to Artificial Intelligence

Developed a classifier to compare fully connected and convolutional neural networks on CIFAR-10 image classification tasks
Strengthened understanding of linear operations and deepened proficiency with PyTorch conventions to support ongoing research development

ECE 362: Microprocessor Systems and Interfacing

Cultivated an understanding of single-cycle processors in Microprocessor C through designing and testing STM32 embedded system labs and projects
Implemented a Train Simulator game flashed onto the STM32 that utilized hardware and software peripherals to include a control system, visual display, indicators for the stations, and audio feedback

ECE 270: Introduction to Digital System Design

Built combinational, sequential, and computer logic structures in SystemVerilog through the creation of hardware modules
Developed a lunar lander simulator on an ICE40 FPGA board with deterministic metrics such as speed, acceleration, and distance to the surface

CJS Summer Japanese Program – Nanzan University | June 2024 - July 2024

Location: Nagoya, Japan
Took courses in Japanese, developed skills in the Japanese language and grammar, conversing with different perspectives, and explanation with limited information in a different language
Gave several presentations with proper conduct, interviewed about differences in socioeconomics