Wangsong Gong

Principal Electrical Engineer at Vicarious Surgical

Wangsong Gong has extensive experience in the field of electrical engineering. Wangsong currently works as a Principal Electrical Engineer at Vicarious Surgical Inc. Prior to this role, they served as a Principal Electrical Engineer at Cardinal Health and an Electrical Design Engineer at Sensata Technologies.

With a strong background in the medical field, Wangsong Gong spent a significant portion of their career at Mass. Eye and Ear. Here, they led a project designing a prototype vestibular prosthesis, which involved the development of wearable mixed-signal circuits to restore damaged sensing function in vestibular organs. Wangsong was associated with Mass. Eye and Ear for nearly two decades.

Wangsong Gong has also worked as a Consultant at ReadCoor, Inc., the Wyss Institute for Biologically Inspired Engineering, and Mass General Hospital. Additionally, they served as an Adjunct Faculty member at Wentworth Institute of Technology.

Earlier in their career, Wangsong Gong worked as an Analog Engineer at Testian Inc. and as an Associate Researcher at the Institute of Biomedical Engineering. At the Institute, they led a team in developing a compound-parameter biofeedback device and successfully transferred the technology to a company for production.

Overall, Wangsong Gong's work experience demonstrates their expertise and contributions to the field of electrical engineering, particularly in the medical and healthcare sectors.

Wangsong Gong holds a Master of Science degree in Electrical Engineering from Northeastern University. Wangsong also has a Bachelor of Science degree in Biology/Physiology from Peking University. Furthermore, they have studied Medical Electronics at Xi'an Jiaotong University.

Location

Boston, United States

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Vicarious Surgical

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At Vicarious Surgical we are revolutionizing the field of surgical robotics. We seek to improve the lives of patients, enhance the ability of surgeons, and expand worldwide access to high-quality care through the use of surgical robotics. We have reimagined what is possible by building a human-like surgical robot and combining it with the world’s first virtual-reality surgical camera to allow surgeons to perform minimally-invasive surgery with the ease of an open procedure.


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51-200

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