I’m a Machine Learning Engineer and researcher based in Orange County, CA. My work focuses on computer vision, 3D perception, and ML systems, alongside research in inverse photonic design using residual tandem neural networks.

I enjoy challenging tasks that push me to learn and grow, whether it's solving complex problems or building innovative solutions. I thrive in environments where creativity and curiosity are encouraged, and I am always eager to tackle new and exciting projects.

I chose computer science because it is the intersection between creativity and logic. It allows me to approach problems with both analytical thinking and imaginative solutions, making every project an opportunity to innovate and learn something new.

• Machine Learning Engineer II — Hansji Corporation (June 2025–Present)
  • Lead design of computer-vision and ML systems for automation platforms; build 3D perception pipelines with RGB‑D sensing, segmentation, and reconstruction. Drive internal Python tooling, CI/CD, and package standards.
• Machine Learning Engineer I — Hansji Corporation (June 2024–June 2025)
  • Built ML systems for the company’s Revenue Management System: forecasting, dynamic pricing, and A/B evaluation. Implemented end‑to‑end MLOps and GCP integration.
• Graduate Researcher — Estakhri Lab, Chapman University (Aug 2023–Present)
  • Research on residual tandem neural networks for inverse photonic design; data pipelines, training/validation, and peer‑reviewed publications.

• Chapman University
  • Master’s in Electrical Engineering & Computer Science (2025)
    • Thesis: Residual Tandem Neural Networks for Photonic Inverse Design
  • Bachelor’s in Computer Science, Neuroscience minor (2024)

• Predictive residual neural networks for optical trapping of small particles.
• Machine learning-driven prediction and inverse design of optical forces near gradient metasurfaces.
• A Deep Learning Framework for Prediction and Inverse Design of Nanoscale Optical Forces near Gradient Metasurfaces.
• Implementation of Residual Tandem Neural Networks for Photonic Inverse Design.
• Machine learning-assisted characterization of optical forces near gradient metasurfaces

• Portfolio: My Portfolio Website
• Website: My Personal Website
• Email: [email protected]
• LinkedIn: My LinkedIn Profile
• My Blog: My Medium Page

Feel free to reach out if you're interested in exploring software development or just want to chat! 👋

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