www.caritas.org.hk

www.portfoplus.com

www.wzgroup.cn

CETC 52nd Research Institute | Deputy Director of Research Office

2011.07 – 2015.03

Focused on video image compression algorithms and large-scale high-speed data storage architectures within a national-level research institute. Ensured 100% data reliability and system fault tolerance in highly secure and demanding environments, mastering the core of data integrity.

在國家級研究機構中專注於視頻圖像壓縮算法與大規模高速存儲架構。作為研究室副主任，在高安全性與高要求的環境下確保了 100% 的數據可靠性與系統容錯，掌握了數據完整性的核心技術。

• Main Achievement: Engineering High-Performance Industrial Control Solutions. （Mastered the design of resilient systems capable of sustaining peak performance in complex and harsh industrial environments.）

• www.cetc.com.cn

Zhejiang University (ZJU) | College of Information Science & Electronic Engineering

2007.09 – 2011.06

During my time at Zhejiang University, I participated in the R&D of a Pico-satellite (1-10 kg class) project as a team member. The ground-segment integrated test equipment I helped develop provided essential monitoring and control capabilities during critical satellite testing phases. My work encompassed system architecture design and hardware/software implementation, involving the application of MCUs, CPLD logic, UART, and USB communication protocols to ensure reliable data exchange between the ground station and the satellite. The team's R&D effort resulted in the national invention patent: "A Comprehensive Test Device for a Pico-Satellite", for which I was a co-inventor. This experience underscored the importance of pragmatic technology application and effective teamwork in complex engineering environments.

在浙江大學期間，我作為研究團隊的一員，參與了皮衛星（Pico-satellite, 重量介於 1-10 公斤）項目的研發工作。我參與開發的地面綜合測試設備，為衛星在研製過程中的各類關鍵測試提供了不可或缺的監測與控制能力。工作內容涵蓋系統架構設計與軟硬件實現，涉及 MCU、CPLD 邏輯、UART 及 USB 通訊協議的應用，旨在確保地面站與衛星之間的數據交換穩定可靠。該團隊的研發成果獲得了國家發明專利《一種皮衛星的綜合測試設備》，而我有幸作為共同發明人之一。這段經歷讓我學習到在複雜工程環境中，團隊協作與技術務實的重要性。

• Main Achievement: Architecting Aerospace-Grade Electronic Systems.（Cultivated an uncompromising commitment to mission-critical reliability and zero-failure engineering standards.）

• Google Patents Link / Google 專利鏈接

• The "Pi-Star-1" satellite, developed by Zhejiang University, was successfully launched

Building upon my electronic engineering foundation, I pursued my graduate research at the Institute of High Energy Physics (IHEP), the birthplace of the Internet in China. Within this highly internationalized environment, I applied advanced computer control technologies to the Beijing Electron Positron Collider II (BEPCII), a national-level mega-science facility. My research focused on developing high-reliability Industrial Automation Monitoring Systems (SCADA/HMI) capable of operating under extreme electromagnetic interference. I led the design and implementation of Safety Interlocking Systems, mastering the integration of PLC logic, Fieldbus communication, and HMI design. This experience fostered a lifelong reverence for Functional Safety—the belief that technical rigor is a moral responsibility when safeguarding critical assets.

在具備了紮實的電子工程基礎後，我進入中國科學院高能物理研究所 (IHEP) 深造。這裡不僅是中國互聯網的發源地，更運行著國之重器 —— 北京正負電子對撞機重大改造工程 (BEPCII)。在高度國際化的科研環境中，我致力於構建應用於這一大科學裝置的高可靠性工業自動化監控系統 (SCADA/HMI)。在強電磁干擾的極端物理環境下，我主導了聯鎖保護系統 (Safety Interlocking) 的開發與實施，深度實踐了 PLC 邏輯、現場總線通訊與 HMI 人機交互設計。這段經歷培養了我對「功能安全」 (Functional Safety) 的終身敬畏：在大科學裝置的運行中，技術的嚴謹性不僅是專業要求，更是守護國家級科研資產的道義責任。

• Thesis：Development and Implementation of the BEPCII Safety Interlock System   學位論文《BEPCII安全联锁系统研制》

• Publication : Design of Parameter Display System for BEPCⅡ Superconducting Cavity《BEPCⅡ超導腔參數顯示系統設計》發表於《電子測量技術》科技期刊

• UCAS Official Website 中國科學院大學官網

• IHEP of CAS Website   中國科學院高能物理研究所官方網站

My engineering journey began at Zhejiang University, a premier "C9 League" institution renowned for its academic excellence. Majoring in Electronic Science and Technology within the College of ISEE, I was immersed in a rigorous environment guided by the university's "QiuShi" (Seeking Truth) spirit. This program provided me with a robust foundation in electronic physics, semiconductor logic, and complex circuit systems. Beyond theoretical mastery, these four years cultivated a precision-oriented "engineering intuition"—a specialized ability to diagnose system bottlenecks and manage intricate data flows. This fundamental training in hardware and signal logic served as the indispensable precursor to my subsequent work on large-scale high-energy physics control systems.

我的工程專業教育始於浙江大學。作為中國頂尖的「C9聯盟」高校，浙大信息與電子工程學院嚴謹的「求是」學風為我打下了深厚的技術根基。在電子科學與技術專業的學習中，我建立了從電子物理、半導體邏輯到高級電路系統的全面理論體系。在浙大的四年間，我不僅掌握了紮實的底層技術，更培養了精準定位系統瓶頸與處理複雜數據流的「工程直覺」。這份對硬件架構與信號邏輯的深刻認知，成為我日後主導大規模高能物理控制系統、以及推動數位化轉型的重要支撐。

• ZJU Official Website浙江大學官網

• ZJU ISEE Official Website 浙江大學信電學院官網

• Official Record: Alumni Directory 畢業生名冊