Kai Wang Email & Phone Number

Guangzhou

Guangzhou, Guangdong, China; Pittsburgh, Usa

Piscataway, Nj

Cupertino

San Jose

• Develop Aptina’s advanced CMOS image sensor pixel technology.• Design and implement Aptina’s next generation CMOS image sensors.• Optimize pixel design and process, and support imager products on pixel related issues.

• In charge of amorphous selenium operation for advanced X-ray imagers at the University of Waterloo.• Design and fabricate X-ray avalanche detectors for protein crystallography and Positron Emission Tomography.• Investigate new approaches to X-ray detection using bulk silicon integrated with thin film transistor.• Design, simulate and fabricate pixel circuitry for digital imaging using a lateral amorphous selenium photodetector.• Develop cost-effective and large-area UV sensors for DNA sequencing and detection.

• Initiated transparent oxide semiconductor research and achieved a variety of functional devices such as photodetector and thin-film transistor, targeting sensor and display applications. • Fabricated transparent conducting oxide coatings for a variety of device applications including displays, solar cells, and imaging sensors. The coating had been successfully applied to Kodak-UW imager project.• Optimized device performance through in-depth study of device physics, material physics and chemistry.• Documented research results and published them in highly ranking academic journals.

• Qualified teaching in Electrical Engineering, Electronic Devices, and Electromagnetism courses.• Evaluated and monitored students’ work by implementing quizzes, test, labs and exams.• Communicated effectively with students in course-related programs such as tutorials.

Performed technical translation from English to Chinese and product promotion in Chinese market.

• Designed and set up a home-built high-temperature furnace to fabricate oxide ceramics for magnetoresistive sensors.• Implemented a surface modification technique to enhance tunneling magnetoresistance in oxide ceramics.• Investigated magnetoresistance phenomena by modeling electromagnetic transport.

• Grew self-assembled GaN quantum dots for optoelectronic devices by using ECR-PECVD.• Facilitated fabrication cubic GaN epitaxial thin films for lighting-emitting diodes by using ECR-PECVD.

Phd, Electrical And Computer Engineering

Activities and Societies: IEEE，SPIE，MRS，SID

Master, Microelectronics And Solid State Electronics

Bachelor, Electrical Engnineering