| Web Link | http://www.natoschool.nato.int/Academics/Resident-Courses/Course-Catalogue/Course-description?ID=80 |
| Last Date Updated | 13/Apr/2022 9:35 |
| Training Institution | NATO - School Oberammergau (NSO) |
| Discipline | Weapons of Mass Destruction / CBRN Defence (WMD) |
| Area | Weapons of Mass Destruction (MD) |
| Depth of knowledge Level | 300 - Advance |
| NATO Course Certification | NATO Approved |
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| Course Code | WMD-MD-31383 |
| Course Title | Hazard Prediction and Assessment Capability (HPAC) Course |
| ETF Course Code | N3-80 |
| Delivery Method | Residential |
| Course Description | To prepare students to apply HPAC automated prediction source modules in order to produce outputs of CBRN incidents. |
| Course Notes | For further information (e.g. list of eligibility requirements) please refer to the full course description via the above given web link. |
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| Learning Objectives | 1. HPAC Concepts: Given references on HPAC software, describe the capabilities and limitations of the program in accordance with the operator’s manual to include: 1- types of hazards that can be modelled; 2 – difference between HPAC and other dispersion modelling tools; 3- hardware/software requirements and performance issues; 4- how HPAC addresses the uncertainties of environmental and hazard description. 2. Source Term Functionality: Given references on HPAC software, apply source term functions through the proper assessment of the amount, rate, form, and physical configuration of hazardous material releases in accordance with the operator’s manual. Selecting proper source term functionality in HPAC includes: 1- explain what hazards each incident module handles and the required nominal inputs; and 2- illustrate ways to modify default project characteristics and the impact on performance. 3. Application Editors: Given references on HPAC software, demonstrate application process for hazard assessment of the nine HPAC incident editors (Chem/Bio Weapon, Nuclear Weapon, Radiological Weapon, Chem/Bio Facility, Industrial Facility, Nuclear Facility, Industrial Transportation, Nuclear Weapon Incident, and Analytical Module) in accordance with the operator’s manual. 4. HPAC Calculation Results: Given references on HPAC software, interpret HPAC modelling calculation results while considering environmental factors (weather, wind speed/direction, terrain), hazard area concentration predictions, casualty estimates, and software limitations in accordance with the operator’s manual. |
| Course Language(s) | |
| Structure of the Course | Resident (1 wk) |
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| Active Course | Yes |
| Course Active from | 01/Jan/2011 |
| Course Deactivated on | 31/Dec/2027 |
| Course Duration (in days) | 5.0 |
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| Security Clearance | NU: NATO UNCLASSIFIED |
| Training Audience | N: NATO Nations Only |
| ePrime Reference Number | ACT.439 |
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| Tuition Fee per Student (Euro) | 550.00 |
| Fees for Accommodation and Meals (Euro) | 0.00 |
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| Payment Authority |
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| Select the Level 1 Eval associated with this course. |
| The Level 2 Test dropdown currently only applies to SCORM compliant courses. |
| Two Step Application Override (Reqs approval for applying into Iteration) | No |
| Submit course for ETOC Upload | No |
| Requires Secure Access | No |