Jutao Jiang
Director, Device Characterization @Sionyx
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WORK HISTORY
Director, Device Characterization @Sionyx
Designed and developed the best in class low light imaging CMOS sensor/camera• Manage a small R&D team focusing on new pixel/sensor technology development. Develop new algorithm to improve image quality for low light imaging applications• Managed operations of all characterization labs and created software for all instrumentation (electrical and optical) used in lab;• Developed and optimized 6T and 5T global shutter pixel on test chip;• Designed and optimized high-dynamic range (HDR) product sensor based multiple-exposure scheme;• Optimized device performance via optical simulation with Lumerical FDTD and electrical simulation with Silvaco simulation tool;• Developed Matlab based simulation tool for near infrared detector/pixel performance evaluation/comparison;• Developed Matlab based imager characterization system;
EDUCATION
Northwestern University
Ph.D., Electrical & Computer Engineering
Peking University
M.S., Physics
Jilin University
B.S., Physics
SKILLS
ABOUT JUTAO JIANG
Strong imaging technology development experience. Successfully developed the best in class low light image sensor/cameras for consumer and government applications. Successfully developed Silicon based near infrared sensitivity enhancement technology which are widely used by CMOS sensor industry/foundry. Management skills:• Managed R&D team with diverse background• Program management;• domestic and international sensor & camera supply chain• customer interface• Identifying new business partners and opportunities• Driving patent developmentTechnical skills/knowledge:• imaging technology evaluation & simulation, • CMOS imaging sensor/pixel/camera characterization; • CMOS pixel/sensor design; image sensor architecture; • Sensor wafer probing and package test and automation• imaging ISP; • HDR sensor, time-of-flight (TOF) sensor, global shutter sensor, SPAD, • imaging software development, Matlab programming and GUI; • electrical and optical simulation (via Lumerical FDTD); • Infrared imaging and detector; QWIP FPA; FPA fabrication;• material growth and characterization;
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