- Enhance States’ ability to detect shielded nuclear materials and enhance other non-intrusive inspection applications of nuclear technology
- Provide frontline officers (FLOs) with an understanding of portable (handheld) non-intrusive inspection equipment performance capabilities and limitations, radiation safety issues, and field applications for searching for a wide range of threat materials, including shielded nuclear and radioactive materials, strategic goods, explosives, weapons, and drugs.
Nuclear Security Applications of Active Interrogation Technologies
Nuclear Security Training and Demonstration Centre
Purpose and objectives

Focus areas
- Application overview, basic theory
- Legal, policy and safety considerations
- Image analysis and data interpretation
- Equipment familiarization, demonstration and field exercises
Training methods
- Lecture/presentation
- Group discussion, knowledge check
- Case study
- Demonstration, practice
Specialized equipment/infrastructure to be used
- X ray backscatter systems, X ray fluorescence systems, Raman spectrometry system, X ray penetration systems, neutron interrogation system, personal radiation detectors, radiation identification devices (RIDs)
- Drums, boxes, vehicles, shielding for nuclear materials, radioactive sources and other threat/illicit materia
Target audience
FLOs who have knowledge of and responsibilities in the use of active interrogation technologies (X ray, neutron) for a broad range of nuclear security and other threat, safety, and trade applications.
Prerequisites
Completion of the following IAEA e-learning modules is recommended:
- Radiation Basics and Consequences of Exposure to Radiation
- Use of Radiation Detection Instruments for Front Line Officers
Completion of the following training courses is recommended:
- FLO operator training and training on use and maintenance of radiation detection instruments conducted either by the IAEA or within a delegate’s State
Duration
5 days