AI Application Engineer focused on Python, Computer Vision, AI Agents, and Automation.
I build AI applications and software systems with experience in computer vision, OCR, automated testing, LLM-based agents, and production-oriented software development.
My work spans from computer vision and 3D LiDAR research to AI agent architecture and backend engineering.
A modular AI agent framework built with Python and FastAPI for developing stateful, extensible, and observable LLM applications.
Highlights: Agent Sessions · Conversation & Fact Memory · Tool Calling · Plugin Architecture · Structured Tracing · FastAPI · Docker
A real-time pedestrian detection and multi-target tracking system developed as my master's thesis at National Chung Cheng University.
The system processes point clouds from a Velodyne VLP-16 and combines PCL-based point cloud processing, AdaBoost classification, Kalman Filter + NNDA tracking, and DBSCAN grouping for pedestrian detection and social-distance risk analysis.
Highlights: 3D LiDAR · ROS · PCL · AdaBoost · Kalman Filter · NNDA · DBSCAN · Gazebo · RViz
A computer vision project developed for a Traditional Chinese Scene Text Recognition Competition, focusing on the text detection stage.
The detection pipeline is based on Differentiable Binarization (DB) with a deformable ResNet50 backbone, multi-scale feature fusion, and OpenCV-based post-processing for text bounding-box extraction.
Highlights: Computer Vision · Deep Learning · OpenCV · Differentiable Binarization · ResNet50 · Scene Text Detection
Python · C# · C++
OpenCV · YOLO · OCR · Computer Vision · 3D LiDAR · Point Cloud Processing
LLM Applications · Tool Calling · Memory Systems · Plugin Architecture · Prompt Engineering · Structured Tracing
FastAPI · REST APIs · Docker · Git · Pytest · Ruff · Pyright
ROS · PCL · Gazebo · RViz · AdaBoost · Kalman Filter · DBSCAN
- AI Agent architecture and LLM application engineering
- Computer Vision and AI automation
- Production-oriented Python development
- Building reliable and maintainable AI systems