黃祤杰 Huang, Teddy
Senior Research Engineer
辦公室: ASMAB 1014
電子信箱:
ydhuang
asiaa.sinica.edu.tw
研究興趣
My research focuses on the development of advanced scientific instrumentation for radio astronomy, particularly millimeter- and submillimeter-wave receiver systems, cryogenic instrumentation, precision mechanical engineering, and systems engineering. With over 20 years of experience, my expertise covers the full engineering lifecycle, from system architecture and design to integration, performance verification, production, and deployment. My technical work includes heterodyne receiver systems operating from 90 GHz to 690 GHz, with critical components cooled to approximately 4 K. My current research interests include wideband RF and IF receiver technologies, advanced fabrication techniques, and receiver system integration and performance optimization.
I lead a multidisciplinary engineering research and development (R&D) team at the Academia Sinica Institute of Astronomy and Astrophysics (ASIAA), providing technical leadership, coordinating engineering resources, mentoring team members, and overseeing the development and implementation of scientific instrumentation. My responsibilities include setting engineering priorities, managing project risks, and coordinating cross-disciplinary collaboration to support the institute's research objectives and international instrumentation programs.
My leadership experience includes serving as Project Manager for the ALMA Band 1 Receiver Project and Technical Lead for the ALMA East Asia Front End Integration Center (EA FEIC). I have also contributed to major international research projects, including the Greenland Telescope, ALMA receiver development and upgrades, and the Extremely Large Telescope (ELT/METIS). These activities support the advancement of Taiwan's astronomical instrumentation capabilities and international scientific collaborations.
As a certified Project Management Professional (PMP), I am particularly interested in integrating project management and systems engineering methodologies into academic R&D environments. My goal is to strengthen research planning, technical decision-making, risk management, and engineering team development while improving the efficiency and successful delivery of complex scientific instrumentation.