Hi, I’m Ian Huang

I am currently pursuing a Ph.D. degree in communications engineering at National Taiwan University. My research focus is on the integration and characterization of ESR control and readout circuitries for silicon spin-based qubits as well as the design of cryogenic circuits for quantum applications.

Other projects that I have been a part of at NTU were to design and fabricate a SATCOM TRx base station and a long-distance low-powered tracker.

Previously, I received a Bachelors in Mechanical Engineering from University of Michigan, and used the skills to work at Extol designing machine components using Solidworks.

Ian Huang


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28-bit Serial-Peripheral Interface IC for bias voltage control using 0.18um CMOS Technology

Taped out a 28-bit Serial-Peripheral Interface IC for bias voltage control using 0.18um CMOS Technology.

29GHz 1Watt GaAs Power Amplifier using P15 D-Mode pHEMT Technology

Taped out 29GHz 1Watt GaAs Power Amplifier using P15 D-Mode pHEMT Technology.

29GHz IQ Up-Converter using 0.18um CMOS Technology

Taped out 29GHz IQ Up-Converter using 0.18um CMOS Technology.

Researched using Neural Networks to control bias voltages for mixers to obtain better performance across a wider bandwidth

Researched using Neural Networks to control bias voltages for mixers to obtain better performance across a wider bandwidth.

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Awards

2020 IWEM Best Paper 2020
IWEM Best Paper