關於我About
個性開朗樂觀，熱愛攝影與戶外活動；做事重視把技術「落地」。Optimistic and curious, with a passion for photography and the outdoors — and a habit of turning ideas into working systems.
我目前就讀於國立中正大學電機所碩二，隸屬人工智慧實驗室。大學時期我專注於機器人控制與系統整合：大二參與與「騰安科技」的產學合作，研究 Franka Emika Panda 機械手臂控制；畢業專題則整合 YOLO 物件偵測與 OpenCV 深度影像識別，開發出一套六軸機械手臂視覺抓取系統，實現自動化的物件識別與移動控制。 I'm a second-year M.S. student in Electrical Engineering at National Chung Cheng University, in the AI Lab. As an undergraduate I focused on robotics and systems integration: a sophomore-year industry project with Teng-An Technology on controlling the Franka Emika Panda arm, and a capstone that combined YOLO object detection with OpenCV depth-image recognition into a 6-axis vision-guided grasping system.
除了硬體整合，我也有豐富的全端開發與系統管理經驗。我曾受「志明牙體技術所」委託，獨立開發客製化的進出貨會計系統（ERP）。碩士期間為本校通訊系開發「物品管理系統」，並於甄選會擔任工讀生進行 Log 資料分析，建置「多人專案時程管理系統」，優化工程團隊的工作指派流程。 Beyond hardware, I have substantial full-stack and systems experience. I independently built a custom inventory-and-accounting (ERP) system for a dental lab, developed an asset-management system for my university's Communications department, and — while working at the admissions committee — analyzed logs and built a multi-user project-scheduling system to streamline task assignment.
目前我的研究主軸聚焦於 AI 輔助天線設計，致力解決二值化設計所衍生的梯度飽和、局部解及孤島效應。此研究成果已正式獲 URSI GASS 2026 接收，證明該演算法在電磁計算與優化領域的創新性與學術價值。 My current research centers on AI-assisted antenna design — addressing gradient saturation, local optima, and island effects that arise in binarized design. This work has been formally accepted to URSI GASS 2026, reflecting its contribution to electromagnetic computation and optimization.
學歷Education
- 碩士（在學）· 2024–2026M.S. · 2024–2026
- 國立中正大學 — 電機工程研究所（人工智慧實驗室）National Chung Cheng University — Electrical Engineering (AI Lab)
- 學士 · 2020–2024B.S. · 2020–2024
- 義守大學 — 電機工程學系I-Shou University — Electrical Engineering
- 高中 · 2017–2020High School · 2017–2020
- 國立嘉義高商 — 綜合高中部（自然學程）National Chiayi Commercial Vocational High School — Science track
研究與修課Theses & Coursework
- 碩士論文M.S. Thesis
- 基於 ACP 與連通性損失之貼片天線生成式反向設計ACP with Connectivity Loss for Generative Inverse Design of Patch Antennas
- 大學專題Capstone
- 機械手臂視覺抓取系統研發Vision-guided robotic-arm grasping system
- 智慧系統Intelligent Systems
- 人工智慧、電腦視覺、強化學習、機器學習、智慧型代理人系統AI, Computer Vision, Reinforcement Learning, Machine Learning, Intelligent Agents
- 控制系統Control Systems
- 作業系統、嵌入式系統設計、控制工程、控制應用實務Operating Systems, Embedded System Design, Control Engineering, Applied Control
專業能力Skills
程式語言Languages
作業系統 / 工具OS / Tools
領域Domains