Rate My Professor Tegg Westbrook

Westbrook's research specializations include security and safety technologies and their societal impacts, end-use of technologies affecting security at home, city, and global levels, resource efficiency of emergency services influenced by the built environment and ICT-enabled space-time compression, intentional radio-frequency interference targeting urban systems reliant on GNSS, proportionality in security measures for crime and terrorism prevention, coercive geospatial services via hostile architectures, electromagnetic spectrum implications for city planning, and GNSS jamming effects on Nordic-Baltic communities with escalation scenarios. Key publications encompass 'The geopolitics of satellite navigation: the jamming and spoofing threat' (2025), 'Lethal empowerment and electronic crime: A focus on radio-frequency interference capabilities' (2025), 'Cyber Security Of Autonomous Vehicles: The Implications For City Planning' (2025), 'Aircraft vulnerability to politically motivated Radio Frequency Interference (RFI) in Eastern Europe' (2024), 'Radiofrequency Interference Strategies Targeting Marine Navigation Systems: Political Motives and Consequences' (2023), 'A Taxonomy of Radiofrequency Jamming and Spoofing Strategies and Criminal Motives' (2023), and 'The Global Positioning System and Military Jamming' (year not specified in sources). He has delivered numerous public lectures, including keynotes on AI in cybersecurity, geopolitics of satellite navigation, and urban security topics at international symposia and workshops. Westbrook contributes to the university's Urban Planning Blog on topics such as anti-terrorist measures and autonomous vehicles.