Webinar 1: Nuclear Security Detection Architecture in Latin America
The Nuclear Security Detection Architecture (NSDA) in Latin America project is implementing a series of workshops to provide targeted Member States the capacity to development, design, and implement a risk-information national NSDA. The target Member States include: Bolivia, Chile, Colombia, Ecuador, Mexico, Paraguay, Peru and Uruguay.
Webinar 2: Nuclear Security Detection Architecture for French-Speaking African States
This webinar will introduce NSDA concepts so that participants will understand the scope and framework of a national-level NSDA and the role of nuclear security detection in the context of security measures for MORC.
Webinar 3: Nuclear Security Detection Architecture Strategy, Design and Planning for ASEAN Countries
Webinar 3: Nuclear Security Detection Architecture Strategy, Design and Planning for ASEAN Countries
The webinar will provide an overview of an integrated planning process for the development of a NSDA and will share the experience of ASEAN countries in developing risk-informed national detection architecture strategies and design plans.
Webinar 4: Nuclear Security Detection Architecture: Planning, Implementing and Evaluating Detection Operations for ASEAN Countries
This webinar focuses on key elements regarding the planning, implementation and evaluation of detection operations for MORC.
Webinar 5: Nuclear Security Detection Architecture Strategy, Design and Planning –Perspectives from Finland and Jordan
The webinar will provide an overview of an integrated planning process for the development of a NSDA and will share Member States' experience in developing risk-informed national detection architecture strategies and design plans.
Webinar 6: Nuclear Security Detection Architecture Strategy, Design and Planning for French-Speaking African States
The webinar will provide an overview of an integrated planning process for the development of a NSDA and will share Member States experience in developing risk-informed national detection architecture strategies and design plans.