I. Background of ICS II. Curriculum Design III. Companion Documents IV. Supporting Material

B. History of ICS Development

ICS resulted from the obvious need for a new approach to the problem of managing rapidly moving wildfires in the early 1970s. At that time, emergency managers faced a number of problems.

• Too many people reporting to one supervisor. • Different emergency response organizational structures. • Lack of reliable incident information. • Inadequate and incompatible communications. • Lack of a structure for coordinated planning between agencies. • Unclear lines of authority. • Terminology differences between agencies. • Unclear or unspecified incident objectives.

Designing a standardized emergency management system to remedy the problems listed above took several years and extensive field testing. The Incident Command System was developed by an interagency task force working in a cooperative local, state, and federal interagency effort called FIRESCOPE (Firefighting Resources of California Organized for Potential Emergencies). Early in the development process, four essential requirements became clear:

1. The system must be organizationally flexible to meet the needs of incidents of any kind and size.

2. Agencies must be able to use the system on a day-to-day basis for routine situations as well as for major emergencies.

3. The system must be sufficiently standard to allow personnel from a variety of agencies and diverse geographic ocations to rapidly meld into a common management structure.

4. The system must be cost effective.

Initial ICS applications were designed for responding to disastrous wildland fires. It is interesting to note that the characteristics of these wildland fire incidents are similar to those seen in many law enforcement, hazardous materials, and other kinds of situations.

• They can occur with no advance notice. • They develop rapidly. • Unchecked, they may grow in size or complexity. • Personal risk for response personnel can be high. • There are often several agencies with some on-scene responsibility. • They can very easily become multijurisdictional. • They often have high public and media visibility. • Risk of life and property loss can be high. • Cost of response is always a major consideration.

ICS is now widely used throughout the United States by fire agencies, and is increasingly used for law enforcement, other public- safety applications, and for emergency and event management.

C. Evolution of ICS

ICS applications and users have steadily increased since the system's original development. In 1980, the ICS that was originally developed in California under the FIRESCOPE program made the transition into a national program called the National Interagency Incident Management System (NIIMS). At that time ICS became the backbone of a wider-based system for all federal agencies with wildland fire management responsibilities.

The following agencies and entities, among others, have endorsed the use of ICS:

• Federal Emergency Management Agency (FEMA). National Curriculum Advisory Committee on Incident Command Systems/Emergency Operations Management Systems recommends adoption of ICS as a multihazard/all- agency system. FEMA's National Fire Academy (NFA) has adopted ICS as a model system for fire services. FEMA's Urban Search and Rescue Response System, a component of the Federal Response Plan, uses ICS as its on- site management structure. • NFPA Standard 1405 (Land-Based Firefighters who respond to marine vessel fires) was developed at the request of, and in cooperation with, the U.S. Coast Guard and calls for the use of ICS. The U.S. Coast Guard also is incorporating ICS basic structure and management principles into the National Response System used for oil and hazardous material pollution response. • The Occupational Safety and Health Administration (OSHA) requires that all governmental and private organizations that handle hazardous materials use ICS. • The National Fire Protection Association (NFPA) Standard 1500 states that all departments should establish written procedures for use of ICS. • Some states now require the use of an emergency management system based on ICS. • Environmental Protection Agency (EPA) rules require non- OSHA states to use ICS at hazardous materials incidents. • The National Wildfire Coordinating Group (NWCG) has formally adopted ICS for use by all federal and state wildfire management organizations.

 

II. Training Curriculum Design

A. The Need for a Standard ICS National Training
Curriculum

Because of the national interest in ICS and its growing use, it has become essential to develop a standard training curriculum applicable for all users. Three factors have dictated this need:

1. Use of the Incident Command System by public safety and private sector organizations across the country is increasing. ICS is now being used for a variety of applications which include:

• Fire, HAZMAT, and multi-casualty incidents of all sizes. • Law enforcement routine and special operations. • Joint law enforcement/military narcotics interdiction operations. • Multijurisdiction and multi-agency fires. • Search and rescue missions of all types. • Oil spill response and recovery incidents. • Air, ground, and water transportation accidents. • Planned events, e.g., parades, celebrations. • Forest pest control programs. • Private sector emergency management programs. • State and local disaster response.

2. In the past, there was no standard ICS national training
curriculum designed specifically for multi-discipline public and private sector applications.

3. The National Wildfire Coordinating Group is adopting a performance-based qualifications system. Skill training courses will be based on tasks defined in position task books. Information about the use of the Incident Command System must be prepared now to support the NWCG skill courses.

B. The Development Program

The ICS National Training Curriculum has been prepared with the support and assistance of a multidisciplined and interagency (local, state, and federal) steering group. Each of the training modules has been submitted for review to more than 200 public safety, emergency management, and industry professionals from across the
United States. Comments from these reviews have been incorporated into each module.

C. Curriculum Development Goals

Goals of the ICS training curriculum are to:

• Develop standard ICS instructional modules to serve federal, state, and local government agencies and private sector users in multihazard and planned event applications throughout the United States. • Provide a standardized, progressive course of instruction for achieving an understanding and detailed knowledge of the Incident Command System. • Provide a curriculum that can be used in a variety of ways to accomplish specific objectives related to ICS instruction. The modules can be applied in various combinations to meet instructional and training needs. The standard ICS curriculum is designed to meet the ICS training needs of all users. However, it is important to note that the curriculum does not include specialized skill training in specific incident types. Primary users of the standard ICS curriculum have been identified as: • Public safety agencies at local, state, and federal levels. • Government agencies at all levels in managing planned events and the response and recovery phases of long-term incidents. • Private sector applications for managing incidents or planned events, and for responding as an integrated element of community ICS programs.

D. Curriculum Development Guidelines

• The curriculum contains the necessary instructional material to meet the ICS management training needs for all kinds and levels of users. • Each instructional module within the curriculum is self- contained, and as non-repetitive as possible. • Instructional modules may be mixed in a variety of combinations to meet specific orientation and training needs. • Instructional material is generic. Examples used in instruction do not stress any particular application or hazard area. • Course structure and content is designed for use in conjunction with agency skill and specialized application courses.

E. Curriculum Description

The ICS training curriculum contains seventeen instructional modules. Each module consists of instructor materials, reference text, exercises, tests, and visuals. Detailed information on each module can be found in the Curriculum Syllabus. Instructional Objectives for each module are also summarized in the Course Administrator/Instructor Curriculum Guide.


III. Companion Documents

A . Instructor Curriculum Guide - This is a general guide for course administrators and instructors. It contains a curriculum description, instructor guidelines appropriate for all modules, and a list of references.

B. Curriculum Syllabus and Syllabus Summary - The Curriculum Syllabus describes the following for each module: target audience, suggested prerequisite modules, instructional objectives, content descriptions, delivery methods, testing methods, and duration. The Syllabus Summary provides only module content descriptions.

C. Forms Catalog - A number of forms originally developed for ICS can be used without change by any user agency. Others may require adaptation to make them fit a particular application. Important commonly used forms will be presented and discussed in the appropriate instructional modules.

D. ICS Glossary - The glossary provides definitions of general ICS terminology used in the curriculum. Terminology which is appropriate for use in various public-safety disciplines or applications has not been included.

E. Scenario/Incident Action Plan Catalog- Scenarios describing incident situations are included with instructor material for the various modules. A separate Scenario Catalog has been compiled containing over 40 scenarios developed by agencies for use in various ICS training applications. These include: natural disasters,
human-caused disasters, law enforcement, search and rescue, planned events, HAZMAT, and fire situations. Also in the catalog are examples of Incident Action Plans from several different incident applications.

IV. Material Reviewed in the Development of the Incident Command System National Training Curriculum

Sources of review material are listed below. In addition to agency publications, a number of individuals have provided additional background material in the form of papers, articles, and personal communications. A complete reference list is contained in the Administrator/Instructor Curriculum Guide.

Basic ICS I-220 Course

Basic Intergovernmental Services - ICS Unified Command Seminar

Boston MA Fire Dept. - Incident Command System

California Dept. of Forestry - Report on Application of Incident Command System - Cantara Incident

California Office of Emergency Services - Law Enforcement Guide for Emergency Operations Planning

California Office of Emergency Services Hazardous Material Incident Contingency Plan

California State Fire Marshal - I-120 Introduction to ICS

City of Buffalo, NY- Incident Command System Operations Manual

City of New York Fire Department

Coordination and Management Review - 1988 Greater Yellowstone Fire Situation

Emergency Management Principles and Practice for Local Government

Emergency Response Institute - Incident Command System (Draft)

Fairfax County VA Fire and Rescue Dept. ICS

Federal Emergency Management Agency

Civil Preparedness Guide CPG 1-20 and 1-20 Chg. 1 Emergency Management Institute Student Manual 305.7 Emergency Management Institute ICS EOC Interface Report Emergency Management Institute Overview of ICS Exemplary Practices Monograph on the California FIRESCOPE Program Introduction to Emergency Management, Student Manual #230 FEMA 229 Federal Response Plan National Fire Academy ICS Instructors Guide Urban Search and Rescue Response System

FIRESCOPE Program and member agency publications on the Incident Command System and Multi-agency Coordination System

ICS 120 -1 Operational System Description

ICS 420-1 Field Operations Guide

ICS Agency Administrators Seminar

ICS Multi-casualty Operational System Description ICS-MC-120-l

ICS-HM-120-l Hazardous Materials Operational System Description

Lake Havasu CA City Police Dept. - Labor Day 1992 Operation Plan

Los Angeles County Law Enforcement Incident Command System

MACS 400-2 - Document and Forms Description

MACS 400-3 - General Headquarters Forms Packet

MACS 410-1 MACS Procedures Guide

MACS 410-4 FIRESCOPE Decision Process and Operational Plan

MACS Coordinators Introductory Package

MACS Users Guide

MACS Users Guide- NIIMS Notebook

Mission Research & System Development Corporation's Regional Coordination System Report 7328

NASAR - Incident Commander Field Handbook - Search and Rescue

Nassau County NY Fire Service Academy - ICS

National Fire Protection Association - NFPA 1561 - Incident Management System

National Fire Service Consortium - Incident Management System Draft

National Interagency Incident Management System ICS Position Manuals

National Interagency Incident Management System Task Books (Draft)

National Interagency Incident Management System Training Courses

National Interagency Mobilization Guide- 1992

National Park Service Report on the Response to the Exxon Valdez spill

New Jersey State Police, Instructor Guide, Student Manual and Field Operations Guide

New Mexico Department of Public Safety - Search and Rescue -ICS

NIIMS - NWCG PMS 410-1 Fireline Handbook

NWCG - Incident Command System Operations System Description (Draft)

NWCG - Unified Command PMS 910-l

NWCG - National Interagency Mobilization Guide

Oklahoma State University Fire Protection Publications - Incident Command System

Orange County CA Law Enforcement Field Operations Guide Oregon Regional ICS Steering Committee - Introduction to the Incident Command System

Palm Beach, FL Fire and Rescue

San Bernardino County CA

Law Enforcement Incident Command System Technology Transfer - Law Enforcement Application of ICS

San Luis Obispo CA Law Enforcement ICS

TEMJAM Corp.

NIIMS System Design Recommendations Technical Report 805

Organizational and Functional Analysis Technical Report 804

Incident Command System for All Hazards Risk Management