Course Description
Introduction to Command examines the principles of the Incident Command System (ICS) — how emergency personnel protect themselves from a range of potential dangers, how to perform responder tasks in a situation combining the elements of a hazardous materials incident and a crime scene, and how to coordinate with local, state, and federal authorities.
Within the SCNS taxonomy, FFP is the Fire Fighting and Protection prefix. Daytona State publishes it at 3 credits, consistent with the entire DSC fire science family, giving approximately 45 contact hours. It sits within an A.S. in Fire Science Technology and forms part of the coursework Florida firefighters take toward officer certification.
The scenario the catalog description names is deliberately chosen and worth noticing: a hazardous materials incident that is also a crime scene. That is the hardest kind of incident to command, because it requires life safety, hazard control, and evidence preservation simultaneously, under multiple agencies with different legal authorities. A course that can handle that case can handle the ordinary ones.
Learning Outcomes
Required Outcomes
- Describe the Incident Command System, its history, and why standardization was adopted nationally.
- Describe the ICS organizational structure: command, operations, planning, logistics, and finance/administration.
- Apply ICS principles: common terminology, modular organization, manageable span of control, and unity of command.
- Establish, transfer, and terminate command correctly and describe the required elements of each.
- Describe unified command and its application to multi-agency and multi-jurisdiction incidents.
- Conduct an initial size-up and communicate it effectively.
- Develop incident priorities and an incident action plan appropriate to the situation.
- Assign resources using divisions, groups, branches, and the resource tracking system.
- Apply accountability systems for personnel on an incident scene.
- Establish scene control, zones, and staging.
- Describe the role of the safety officer and the authority to stop unsafe operations.
- Describe rapid intervention and firefighter rescue provisions.
- Apply command considerations specific to hazardous materials incidents.
- Describe evidence recognition and preservation at an emergency scene.
- Coordinate with law enforcement, EMS, public health, and other agencies.
- Describe the National Incident Management System and its relationship to ICS.
- Describe communications discipline, radio protocol, and interoperability.
- Describe the transition from response to recovery and demobilization.
- Participate in post-incident analysis and describe its purpose.
Optional Outcomes
- Describe command of mass casualty incidents and triage systems.
- Describe command considerations for active threat and terrorism incidents.
- Describe wildland and wildland-urban interface command.
- Describe the emergency operations centre and its relationship to field command.
- Describe media relations and public information at an incident.
- Participate in a tabletop or simulation exercise.
- Complete NIMS ICS-300 or ICS-400 level training.
Major Topics
Required Topics
- ICS history, doctrine, and rationale
- ICS organizational structure and general staff functions
- Core ICS principles
- Establishing, transferring, and terminating command
- Unified command
- Size-up and initial radio report
- Incident priorities and the incident action plan
- Divisions, groups, branches, and resource assignment
- Personnel accountability
- Scene control, zones, and staging
- The safety officer role
- Rapid intervention and firefighter rescue
- Hazardous materials command considerations
- Evidence recognition and preservation
- Multi-agency coordination
- NIMS and its relationship to ICS
- Communications and interoperability
- Demobilization and transition to recovery
- Post-incident analysis
Optional Topics
- Mass casualty incident command and triage
- Active threat and terrorism response
- Wildland and interface command
- Emergency operations centres
- Public information and media
- Exercises and simulation
- ICS-300 and ICS-400
Resources & Tools
- Fire Officer: Principles and Practice (Jones & Bartlett / IAFC) or Fire Department Incident Safety Officer — the standard fire officer texts.
- Managing Fire and Emergency Services (ICMA) for the organizational side.
- FEMA Emergency Management Institute — free independent study: IS-100, IS-200, IS-700, and IS-800 are the baseline NIMS courses, and completing them costs nothing but hours. ICS-300 and ICS-400 are classroom courses delivered through the state.
- Florida State Fire College / Bureau of Fire Standards and Training (myfloridacfo.com) — Florida certification requirements, course syllabi (published as BFST numbers that map to FFP course numbers), and the state's officer certification structure.
- NFPA standards — NFPA 1021 (Fire Officer Professional Qualifications), NFPA 1561 (Emergency Services Incident Management System), NFPA 1500 (Fire Department Occupational Safety and Health), and NFPA 1072 (Hazardous Materials Responder). NFPA provides free online read access to its standards.
- NIOSH Fire Fighter Fatality Investigation and Prevention Program — free line-of-duty death investigation reports. These are the most instructive and most sobering material available for this course.
- USFA / National Fire Academy — free reports, courses, and the technical report series.
- DOT Emergency Response Guidebook — free, and directly used in the hazmat command material.
- Blue Card and similar command training and simulation systems, where your programme provides access.
Career Pathways
- Company officer (Lieutenant, Captain) — the immediate promotional target this coursework supports.
- Battalion chief and chief officer — the command track beyond company level.
- Training officer — departments staff dedicated training positions, and instructor certification pairs naturally.
- Fire inspector and fire marshal — a separate Florida certification track with its own coursework.
- Hazardous materials technician and hazmat team officer — most Florida departments maintain hazmat capability.
- Emergency management — county and municipal emergency managers frequently come from the fire service, and ICS fluency is the direct qualification.
- Industrial fire brigade and airport rescue firefighting — Florida's airports, ports, and industrial facilities employ specialized fire personnel.
- Fire protection and safety roles in the private sector, including insurance and risk management.
- Bachelor's completion — Florida institutions offer B.S. degrees in fire science, public administration, and emergency management that build on the A.S.
- SOC codes 33-1021 First-Line Supervisors of Firefighting and Prevention Workers and 33-2011 Firefighters. Florida departments generally promote from within against defined educational and certification criteria, which makes this coursework directly instrumental.
Special Information
⚠ ICS exists because freelancing killed firefighters — that is the whole argument
The historical grounding that makes the doctrine make sense rather than feel bureaucratic.
The Incident Command System emerged from large California wildfires in the 1970s where multiple agencies responded to the same incident and could not work together — incompatible terminology, no common structure, no single point of decision, and no accountability for who was where. The lesson was generalized nationally, and after 2001 the National Incident Management System made ICS the required framework for federally supported response.
Why each principle exists, concretely:
- Unity of command — everyone reports to exactly one supervisor, because conflicting orders on a fireground get people hurt.
- Common terminology — plain language rather than agency-specific codes, because a mutual aid company that does not understand the transmission cannot act on it. This is why "clear text" replaced ten-codes in multi-agency response.
- Manageable span of control — roughly three to seven reports, because a commander tracking twenty units is tracking none of them.
- Modular expansion — the structure grows only as needed, so the same system covers a car fire and a hurricane.
- Personnel accountability — knowing exactly who is on the scene and where, because the recurring finding in line-of-duty death investigations is that command did not know where people were.
The point to carry: ICS is written in consequences. Reading a handful of NIOSH firefighter fatality reports alongside the doctrine converts it from an organizational chart into something a student takes seriously.
⚠ The hazmat crime scene: three obligations at once, and a legal problem in the middle
The specific and demanding scenario this course is built around, and it is worth working through explicitly.
An incident that is simultaneously a hazardous materials release and a criminal act — a clandestine drug laboratory, an intentional release, an industrial event under criminal investigation — imposes three obligations that partially conflict:
- Life safety comes first, always. Rescue and protection of responders and the public take precedence over property, over environment, and over evidence. This is not a close call and command should say so out loud.
- Hazard control is second — stabilizing the release, containment, and preventing escalation.
- Evidence preservation is third but is not optional, because a prosecution can fail on scene handling, and the fire service's actions are the first link in the chain.
What that requires in practice:
- Unified command with law enforcement, because the incident sits under two legal authorities with different objectives and neither can direct the other. This is the textbook case for unified command and the reason it is taught.
- Recognize that a scene is a crime scene early. Indicators include the nature of the materials, container types, the location, and witness accounts — and the recognition changes how everything afterwards is handled.
- Document what you disturb. Firefighting necessarily destroys evidence; forcing entry, ventilating, and moving material are all appropriate and all consequential. The professional response is to record what was moved, by whom, and why, and to brief investigators.
- Minimize personnel and paths. Fewer people, defined entry and exit routes, and no unnecessary movement preserves both safety and evidence.
- Decontamination applies to evidence too, and it complicates handling; investigators need to know what was decontaminated and how.
- Some materials are also a health hazard to investigators — clandestine laboratory scenes in particular — which is why the coordination has to be explicit rather than assumed.
The command principle underneath: state the priority order out loud on the radio. Competing agencies at a chaotic scene do not need a memo; they need to hear the incident commander say what comes first.
⚠ Command is a communication skill before it is a tactical one
The finding that most surprises students, and the one that most changes performance.
Most command failures are communication failures, not tactical misjudgements. The recurring patterns in post-incident analysis are unmistakable: an initial size-up that was never transmitted, a transfer of command nobody heard, an assignment given without acknowledgement, a request for help buried in radio traffic, and units operating on assumptions because nobody said otherwise.
The specific disciplines that fix it:
- Give a real initial radio report. What you have, what you are doing, what you need, and who has command. Thirty seconds, in the same order every time, so listeners can parse it.
- Transfer command explicitly and confirm it. An unconfirmed transfer means two people think someone else is in charge, or nobody is.
- Order, acknowledge, and report completion. An assignment without acknowledgement is a hope, not an order.
- Keep the radio disciplined. Brief, in plain language, with the important traffic prioritized. Long transmissions block the channel for the one that matters.
- Say what you do not know. Commanders who project false certainty get worse information back, because subordinates stop reporting what contradicts the picture.
- Build a culture where anyone can report a safety problem. The safety officer's authority to stop an operation only works if the crews will speak, and that is set by the officer's habits over years, not by the incident.
The connected point about experience: command decisions are made on incomplete information under time pressure, and the research on expert decision-making finds that experienced commanders recognize patterns rather than compare options. That capability comes from repetition — real incidents, simulations, tabletops, and studying other people's incidents. It is the argument for taking exercises seriously rather than treating them as a break from real training.
⚠ Florida certification: know what this course counts toward
Practical guidance, because the college and certification systems run in parallel and students conflate them.
Florida firefighter and fire officer certification is administered by the Bureau of Fire Standards and Training within the Division of State Fire Marshal, under Chapter 633, Florida Statutes. That system is separate from your college degree, though they interlock:
- Firefighter certification comes first and is its own programme — this repository carries FFP0030C Firefighter I and FFP0031C Firefighter II as PSAV clock-hour courses, 191 and 301 hours respectively.
- Fire officer certification is a separate credential with its own required coursework, and college FFP courses are the usual vehicle for it. The Bureau publishes course syllabi as BFST numbers that map to the college FFP numbers, which is how a college course satisfies a certification requirement.
- The A.S. in Fire Science Technology is a degree; it does not by itself confer certification, and certification does not by itself confer a degree. Many departments require or reward both.
- Promotional requirements are set by the individual department, and they vary — some require a degree for chief officer ranks, some require specific certifications, some use assessment centres. Find out what your department requires before choosing electives.
The concrete recommendation: complete the free FEMA independent study courses now — IS-100, IS-200, IS-700, and IS-800 are the NIMS baseline, cost nothing, take hours rather than weeks, and are expected. ICS-300 and ICS-400 are classroom courses delivered through Florida's emergency management training system and are the next step for anyone serious about command. Rule 11 applies — Florida certification requirements are revised; verify current provisions with the Bureau and your department's training officer.
Course format and transfer
FFP2801 is a lecture course, 3 credits and approximately 45 contact hours, consistent with the entire DSC fire science family. Expect scenario-based work — you will be given incidents and asked to organize a response — along with case analysis of real incidents and, in stronger sections, tabletop exercises or command simulation. The scenario work is the valuable part and is the closest thing to practice available outside an actual incident.
How Florida course levels affect transfer
The first digit of an SCNS number denotes the year of offering, not transferability. Courses at the 1000 and 2000 levels transfer transparently between Florida public institutions, and 3000 to 4000 is unproblematic since both are upper division. The boundary that actually matters is 2000 to 3000, where lower-division credit generally cannot satisfy an upper-division requirement.
Fire science A.S. degrees are applied and do not carry the A.A.'s guaranteed junior-status transfer, though Florida institutions publish articulation pathways into B.S. programmes in fire science, emergency management, and public administration specifically for this population. Note also that FFP2801 is not widely carried statewide — Valencia's FFP sequence, for instance, teaches company-level command as FFP2720 Company Officer and tactics as FFP2810/2811, with no FFP2801. Confirm equivalence in writing rather than reasoning from the title.