
Daniel Hutchins
Corporate and IP attorney advising emerging companies and venture capital
San Francisco, California
Summary
Daniel Hutchins possesses a rare interdisciplinary expertise, blending a strong foundation in materials science and engineering with a comprehensive understanding of intellectual property law. His academic background includes both Bachelor's and Master's degrees in Materials Science and Engineering from the University of Washington, where his research focused on organic field-effect transistors, alongside a Doctor of Law with a specialization in Intellectual Property Law from Santa Clara University. This unique combination allows him to navigate complex legal and technical challenges, particularly in patent prosecution and the representation of technology-focused emerging companies. cooley+1
As a corporate attorney at Cooley LLP, Daniel advises emerging companies, public companies, and venture capital funds on general corporate and securities law. His prior experience as a patent attorney at firms like Christensen O'Connor Johnson Kindness and Blakely Sokoloff Taylor & Zafman involved drafting and prosecuting patents across diverse technical fields, including electrical, software, mechanical, chemical, and medical devices. This deep legal and technical background makes him a valuable asset to technology-driven businesses. cooley+2
Daniel is actively involved in the technology and startup ecosystem, extending his expertise beyond direct legal practice. He serves as an Advisory Board Member for Cruz Foam, a bio-material technology company. Additionally, he has engaged in teaching and speaking engagements at institutions like Caltech, Whitman College, and the University of California Santa Cruz, sharing insights on patent law and legal issues pertinent to startups and engineering graduate students. cruzfoam+2
Work
Education
Writing
Influence of Self-Assembled Monolayer Binding Group on CVD Graphene Transistors
January 1, 2015Systematic Doping Control of CVD Graphene Transistors with Functionalized Aromatic Self-Assembled Monolayers
January 1, 2014Organic Field Effect Transistors: Interfacial Modification, Dielectric Properties Control, and Semiconductor Molecular Design
January 1, 2012Master's thesis.