Guardant Health, Inc.
Patent counsel. Drafting and prosecution for cancer diagnostics and high-performance computing technologies.
Experience
The chances of litigation are low but never zero.
Brian approaches each application with close attention to the technical disclosure, meaningful claim scope, and the potential for future enforcement or defense. The goal is to create assets that not only capture the invention but also anticipate how others may approach similar technology.
Brian's career as a patent attorney has ranged from serving a broad range of clients at patent boutique firms to in-house counsel work at a public company.
Brian has prepared applications and obtained patents (domestic and abroad) for clients ranging from enterprises and startups to individuals, with an eye toward potential enforcement or defense. He has directed filing activity and prosecution strategy toward commercially relevant claim scope, helping one startup client build a portfolio that led to raising $114M in Series C funding from SoftBank.
Patent counsel. Drafting and prosecution for cancer diagnostics and high-performance computing technologies.
Of counsel. Drafting and prosecution across wireless communication, positioning, biometric sensing, image and video processing, software, and machine learning.
Patent attorney and client manager. Patent prosecution involving content delivery, image and video processing, neural networks, task training, medical devices, and software. Successful response to inter partes review (IPR) petition.
Patent work involving medical imaging devices and high-speed interconnects, along with independent patent agent work on a virtual user interface.
5G/6G, Wi-Fi and cellular systems, device-to-device communication, positioning, sensing, content delivery, and data security.
Machine learning, neural networks, automated systems, image and video processing, image generation, augmented reality, and task training.
Biometric and physiologic sensors, optical imaging, consumer devices, surgical instruments, drug-screening devices, and microfluidics.
Electronic design automation, antennas and chassis, processor and memory management, semiconductor process tools, film deposition, and bow compensation.
Brian earned a B.S. in Bioengineering from UCLA and worked in medical and bioengineering research involving genetic susceptibility to cancer, drug-screening devices, and MEMS devices for functional electrical stimulation.
Through his patent work, Brian has worked with state-of-the-art technologies in telecommunications, electronics, sensing, medical devices, computer science, and other cross-disciplinary fields.