Dr. Melody Yang
Scientist
About Dr. Yang
Dr. Yang is a CMOS Image Sensor Characterization Engineer experienced with FSI/BSI, charge/voltage domain, global/rolling shutter, low-power consumption image sensors. She is specialized in analog/mixed-signal/CMOS imaging integrated circuits design and verification, with fluent knowledge of SoC, FPGA, Pixel Design, Semiconductor Device Physics, Analog Electronics, Python Automation, and ISP. Dr. Yang has 5 years of hands-on Cleanroom fabrication and characterization experience on silicon and flexible electronics devices. She also earned 2 years of experience in quality control and regulatory affairs when she was serving Texas State Government. Dr. Yang is a technical leader in development of semiconductor-based biomedical sensing technologies, she developed and patented 2 innovative MicroSensors during her PhD work.
Dr. Yang is currently reading The Checklist Manifesto. She said " A checklist is an indispensable tool for every business. And a good checklist should be concise, efficient, and user-friendly, ensuring ease of use even in the most challenging situations".
Dr. Yang's Expertise
CMOS Image Sensor
Deep-Well Trench Isolation
Array Design
RGB Array
Pixel Design
Post-silicon Validation
Characterization of CIS
Flexible Electronics
VLSI Design
SEM
Photolightgraphy
Ink-Jet Printing Technique
Graphene-based Field Effect Transistor
Dr. Yang's Publications
Journals
Wearable Iridium Oxide pH Sensors for Sweat pH Measurements
IEEE Sensor
ACS Sensors
Integrated pH and Sodium Sensor Array Based on Iridium Oxide Film
IEEE Sensor
Wireless Iridium Oxide-Based pH Sensing Systems
IEEE Sensor
Miniature pH sensors on ultra-flexible substrates
IEEE Sensor
Lactate sensors on flexible substrates
MDPI Biosensors
Sol-gel deposition of iridium oxide for biomedical micro-devices
Sensors
Assembly of Patterned Graphene Film Aided by Wetting/Nonwetting Surface on Liquid Interface
IEEE Transactions on Nanotechnology
Graphene-based flexible field effect transistor with inkjet printed silver electrodes
Current Nanoscience
Anomalous dispersive photonic bandgap fiber for ultra short pulse compression
Optical Components and Materials