Rabby Zhao
About Rabby Zhao
Rabby Zhao is a Firmware Technical Manager with extensive experience in firmware development, currently working at Logitech (China) Technology Ltd since 2019. He holds a Master's Degree focused on Bluetooth headset firmware and has held senior engineering roles at Plantronics and Poly, demonstrating expertise in managing ODM relationships and multi-task management in firmware projects.
Work at Logitech
Rabby Zhao has been employed at Logitech (China) Technology Ltd as a Firmware Technical Manager since 2019. In this role, he oversees firmware development processes and manages technical aspects related to product firmware. His experience in this position contributes to the advancement of Logitech's product offerings in the technology sector.
Work at Poly
At Poly, Rabby Zhao has held the position of Firmware Technical Manager since 2019. He has also served as a Senior Firmware Engineer during the same period. His responsibilities include managing firmware development projects and ensuring the successful implementation of firmware solutions. His work at Poly is based in Santa Cruz, California.
Education and Expertise
Rabby Zhao holds a Master's Degree from the Civil Aviation University of China, where he focused on developing firmware for Bluetooth headsets. His educational background provides a strong foundation for his technical expertise in firmware development and management, particularly in the context of Bluetooth technology.
Background in Firmware Engineering
Rabby Zhao began his career as a Firmware Engineer at Goertek Inc. in Weifang, Shandong, China, where he worked for nine months from 2005 to 2006. Following this role, he joined Plantronics as a Senior Firmware Engineer in Santa Cruz, California, where he has worked for 18 years since 2006. His extensive experience in firmware engineering spans multiple companies and roles.
Skills in Multi-task Management
Rabby Zhao possesses strong skills in multi-task management within firmware development projects. His ability to handle various tasks simultaneously is crucial for the successful execution of complex firmware initiatives, particularly in environments that require coordination with Original Design Manufacturers (ODMs).