About Nicolas

Learn Nicolas’s areas of practice.

Practice areas

Intellectual property

35%

Copyrights. Trademarks. Patent Portfolio Management. Trade Secrets. Licensing Agreements & Cross-licensing ADR.
Corporate and incorporation

20%

Entity Formation & Statutory Filings. Outsourced or Outside General Counsel. Business Consulting & Technology Evaluations. Non-Disclosure Agreements. Non-Compete Agreements.
Franchising

15%

Franchise Disclosure Documents. Franchising Agreements. Franchise Marks. Franchise Co-Employment.
Privacy

15%

Specifically, the practice area of Privacy & Security: Privacy Due Diligence & Compliance. CyberSecurity Risk Management & Incident Response.
International law

10%

Specifically, the practice area of Transnational Transactions: Technology Transfers. Letters of Credit. Transactions involving Foreign Subsidiaries & Affiliates. Bills of Lading.
Aviation

5%

Aircraft Transactions. Drone Law. FAA Regulations.

Nicolas Guibert de Bruet consults as an attorney and engineering leader dedicated to helping businesses strategize and successfully navigate the technology maze. His practice revolves around advising technology-intensive businesses on how to start-up, operate, innovate and protect intellectual property assets to keep the business viable. He also concentrates on privacy law compliance, cybersecurity risk management, aviation regulations and transnational agreements.

Mr. Guibert de Bruet has worked as a technical expert and manager in the electronics and software industry for two decades. He has accepted assignments for a wide array of applications in the areas of defense, utilities, court systems, consumer electronics, and automotive electronics. In this latter area, he has lead globally distributed teams designing projects involving connected vehicles, electric propulsion energy storage or transfer components, and functional safety of computer vision systems for autonomous driving safety electronics.

Mr. Guibert de Bruet has been admitted to the State Bar of Michigan after earning a Juris Doctor degree from Wayne State University Law School. He holds professional certifications in functional safety of automotive electronics. His academic study of electrical engineering, embedded systems and computer science culminated in a Bachelor of Science in Computer Engineering degree from Oakland University.