Christopher Bronk

Christopher Bronk

Nonresident Scholar

Biography

Chris Bronk is an associate professor of information science and technology at the University of Houston and a nonresident scholar at the Baker Institute.

He is the author of “Cyber Threat: The Rise of Information Geopolitics in U.S. National Security,” and has published extensively on internet censorship, online surveillance, border security, public diplomacy and critical infrastructure protection. His academic work has been sponsored by the National Science Foundation, U.S. Department of Energy, U.S. Department of Defense, Deloitte, Microsoft and AT&T. Bronk has served as both a foreign service officer and senior advisor at the U.S. Department of State.

Bronk also directs the University of Houston’s graduate cybersecurity program and holds an appointment with Rice University’s Department of Computer Science.

He earned a Ph.D. from The Maxwell School of Syracuse University and a B.A. from the University of Wisconsin, and studied international relations at Oxford University.

Contact at [email protected] or 713-743-5593.

Explore More

Technology eye and futuristic hud interface
Responsible Collaboration Through Appropriate Research Security
Research security seeks to safeguard the U.S. science and technology community by identifying potential security risks and developing strategies to minimize their impacts. A recent global workshop hosted at the Baker Institute explored significant themes, major issues, and the challenges ahead. This collaborative report charts a road map for the future of the National Science Foundation (NSF)’s Research on Research Security (RoRS) program.
Tam K. Dao, Kenny Evans, Christopher Bronk September 5, 2024
AI-generated image of data web over electric power lines
AI and Energy: Advanced Tools for Knowledge Discovery
Emerging artificial intelligence (AI) tools could prove an important contributor to successfully decarbonizing energy. Christopher Bronk discusses how they can enhance our ability to process and understand extensive data streams in energy, policy, technology, and geopolitics, which could transform the way we process information and assess regional and global situations in real time.
Christopher Bronk August 22, 2024