Health, Safety, and Environment (HSE) · Professional · MBE™

FSP

Fire Safety Professional

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Health, Safety, and EnvironmentProfessional level
30 Hours20 Modules
Self-pacedLearn at your own pace
CertificationEarn an MBE™ Credential

About the FSP Certification

Every building has a fire strategy on paper. The weak point is usually the gap between the drawings and the people who run the place day to day: a propped fire door, a hot work job nobody permitted, an alarm panel nobody has tested since handover.

Closing that gap takes staff who understand how a fire grows in a compartment, how occupants actually respond to an alarm, and what each layer of protection is there to do. That is the capability the program develops.

What You Will Learn

  • Describe how fuel, heat, oxygen and chain reactions sustain combustion
  • Interpret the stages of a compartment fire, including flashover and smoke movement
  • Map ignition sources, fuel loads and housekeeping hazards across a building
  • Carry out and record a five-step fire risk assessment for an occupied premises
  • Apply a hierarchy of prevention controls to hot work, storage and maintenance
  • Design means of escape, run fire drills and account for occupant response delay
  • Check compartmentation, fire doors and penetration seals for passive protection
  • Evaluate detection, alarm, sprinkler and extinguisher provision, then audit the fire safety program

What you take away

Skills You’ll Build

Fire Safety Professional skills
Compartment fire dynamics
Fire hazard mapping
Fire risk assessment
Hot work control

Core Topics

  • Combustion Science
  • Hazard Mapping
  • Fire Prevention Strategy
  • Compartmentation Review
  • Emergency Response Coordination
  • Fire Drill Management
  • Code and Standards Compliance
  • Occupant Behavior Awareness
  • Post-Incident Analysis
  • Fire Safety Governance

Who Is This Course For?

Hotels, hospitals, malls, warehouses and office towers all carry fire duties that fall on a handful of named people. Fire safety officers and the HSE or facilities managers above them are the core audience. Building and MEP engineers benefit because the passive and active protection modules explain what their systems must achieve, not just how they are wired.

Hotel and healthcare safety staff gain the occupant behavior content that generic training leaves out, and fire wardens or incident controllers get the science behind their drills. Enrolling a mixed cohort from one building gives the owner a team that reads the same fire strategy the same way.

  • Fire safety officers
  • HSE and facilities managers
  • Building and MEP engineers
  • Hotel and healthcare safety staff
  • Civil defense liaison personnel
  • Consultants preparing fire risk assessments

What’s Included?

  • Self-paced modules you can revisit anytime
  • Digital study resources and templates
  • Knowledge checks and practice assessments
  • A digital, verifiable MBE credential on completion

Course Outline

20 Modules30 hoursSelf-paced

The 20 modules run from science to strategy. Module one frames the discipline; modules two and three explain combustion and compartment fire development. Modules four to six cover hazard identification, the five-step fire risk assessment and prevention, and module seven examines how occupants actually respond. Modules eight to ten deal with passive protection, active systems and extinguishers.

Modules eleven and twelve turn to escape routes and emergency response with drills. Modules thirteen to sixteen address special environments, electrical and flammable hazards, fire investigation, and codes. Modules seventeen to nineteen cover audits, building a management program and digital trends, and the capstone asks for an integrated fire safety strategy.

1. Introduction to Fire Safety
  • The Human and Economic Cost of Fire
  • The Evolution of Fire Safety as a Discipline
  • The Role and Competencies of the Fire Safety Professional
  • Fire Safety Stakeholders and the Regulatory Landscape
2. The Chemistry of Fire
  • The Fire Triangle and Fire Tetrahedron
  • The Combustion Process and Chain Reactions
  • Ignition, Flash Point, and Fire Point
  • Products of Combustion and Their Hazards
3. Fire Dynamics and Behaviour
  • Stages of Compartment Fire Development
  • Heat Transfer: Conduction, Convection, and Radiation
  • Flashover, Backdraft, and Rollover
  • Smoke Generation and Movement Through Buildings
4. Fire Hazards and Risk Identification
  • Classifying Ignition Sources
  • Common Fuels and Their Fire Loads
  • Housekeeping and Environmental Hazards
  • Hazard Mapping and Documentation
5. Fire Risk Assessment
  • The Five Steps of Fire Risk Assessment
  • Identifying People at Risk
  • Evaluating, Removing, and Reducing Risk
  • Recording, Reviewing, and Revising the Assessment
6. Fire Prevention Strategies
  • The Hierarchy of Fire Prevention Controls
  • Managing Ignition Sources and Hot Work
  • Safe Storage of Combustibles and Flammables
  • Maintenance, Testing, and Permit-to-Work Systems
7. Human Factors and Occupant Behaviour in Fire
  • Perception, Recognition, and Response Delay
  • Pre-Movement Behaviour and Social Influence
  • Vulnerable Occupants and Inclusive Safety Design
  • A Culture of Fire Safety and Behavioural Training
8. Passive Fire Protection
  • Principles of Compartmentation
  • Fire-Resistant Construction and Materials
  • Fire Doors, Dampers, and Penetration Sealing
  • Structural Fire Protection and Reaction to Fire
9. Active Fire Protection Systems
  • Fire Detection Technologies
  • Fire Alarm and Notification Systems
  • Automatic Sprinkler Systems
  • System Commissioning, Testing, and Maintenance
10. Fire Extinguishers and Suppression
  • Fire Classes and Extinguishing Agents
  • Selecting and Siting Portable Extinguishers
  • Fixed and Specialist Suppression Systems
  • Correct Use, Inspection, and Training
11. Means of Escape and Evacuation Planning
  • Principles of Safe Egress Design
  • Travel Distances, Widths, and Capacity
  • Emergency Lighting and Escape Signage
  • Evacuation Strategies and Refuge Areas
12. Emergency Response and Fire Drills
  • Developing the Emergency Response Plan
  • Roles: Fire Wardens and Incident Controllers
  • Planning and Running Effective Fire Drills
  • Liaison with Fire and Rescue Services
13. Fire Safety in Special Environments
  • High-Rise and Complex Buildings
  • Industrial and Process Environments
  • Hazardous Areas and Explosive Atmospheres
  • Healthcare, Heritage, and Crowded Places
14. Electrical and Flammable Materials Fire Safety
  • Electrical Ignition Sources and Faults
  • Safe Handling of Flammable Liquids and Gases
  • Dust Explosions and Combustible Solids
  • Static Electricity and Lightning Protection
15. Fire Investigation and Post-Incident Analysis
  • Principles and Methodology of Fire Investigation
  • Origin, Cause, and Evidence Preservation
  • Root-Cause Analysis and Learning from Incidents
  • Case Studies: Landmark Fires and Their Lessons
16. Fire Safety Legislation and Codes
  • The Global Regulatory Framework
  • NFPA Codes and International Standards
  • Duties, Responsibilities, and Enforcement
  • Performance-Based versus Prescriptive Codes
17. Fire Safety Audits and Inspections
  • Planning and Scoping the Audit
  • Conducting Inspections and Gathering Evidence
  • Reporting, Grading, and Corrective Actions
  • Continual Improvement and Follow-Up
18. Building a Fire Safety Management Program
  • Fire Safety Policy and Governance
  • Roles, Competence, and Training Systems
  • Documentation, Records, and Performance Metrics
  • Embedding Fire Safety in Organizational Culture
19. Digital Innovation and Emerging Trends in Fire Safety
  • Smart Detection, IoT, and Connected Buildings
  • AI, Data Analytics, and Predictive Fire Risk
  • Modelling, Digital Twins, and BIM for Fire Safety
  • Sustainability, Green Materials, and New Energy Risks
20. Professional Practice and Capstone
  • Ethics and Professional Responsibility
  • Continuing Professional Development and Certification
  • Communicating and Influencing on Fire Safety
  • Capstone: An Integrated Fire Safety Strategy

Complete the course assessments to earn the FSP credential

Frequently Asked Questions

Why does the program spend two modules on fire chemistry and dynamics?

Because every later decision depends on it. Whether a fire door rating is adequate, how quickly a detector must respond, and how long occupants have before smoke blocks a corridor all follow from how combustion starts and how a compartment fire develops. Modules two and three give participants that grounding, from the fire tetrahedron to flashover, backdraft and smoke movement.

Does it cover the five-step fire risk assessment used for premises?

Module five is built around it. Participants work through identifying hazards, identifying the people at risk, evaluating and then removing or reducing the risk, recording the findings and reviewing the assessment when the building or its use changes. Module four prepares the ground with ignition source classification, fuel loads and hazard mapping.

What does the occupant behavior module add for hotel or hospital teams?

Module seven explains why people delay before moving, how social influence shapes a group's response, and what inclusive design means for guests or patients who cannot evacuate unaided. Teams in hospitality and healthcare use this to set realistic evacuation assumptions and to design drills and briefings that match how occupants really behave. Module twelve then turns those insights into an emergency response plan, warden and incident controller roles, and drills.

How are fire doors, dampers and compartmentation addressed?

Through the passive protection module, number eight. It starts with the principles of compartmentation, then covers fire-resistant construction and materials, fire doors, dampers and penetration sealing, and structural fire protection with reaction to fire. Facilities teams come away able to inspect their own compartment lines and spot the breaches that quietly undo a fire strategy.

Will participants be able to choose and position portable extinguishers?

Yes. Module ten covers fire classes and the extinguishing agents suited to each, how to select and site portable extinguishers across a floor plate, where fixed and specialist suppression systems are appropriate, and the inspection and training routines that keep equipment usable. It follows module nine on detection, alarm and sprinkler systems.

Can security and facilities staff on rotating shifts keep up?

The format suits them. All 30 hours sit on the Blue Ocean learning platform as self-paced online modules, so a night shift team member studies on a phone during quiet periods and picks up where they left off. The administrator dashboard lets the facilities manager watch enrollment, progress and completion without scheduling anyone off the rota.

How do I register for this course?

Use the Register Now button on this page. It opens Fire Safety Professional on the Blue Ocean Academy website, where you can enroll and start learning at your own pace.

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Showcase Your Health, Safety, and Environment Expertise

Your MBE credential is issued digitally and can be verified by employers. It carries the Mastering Business Excellence name, so you can add it to your professional profile as soon as you complete the course.

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