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Designs fire safety measures, reviews building risks and plans systems that reduce fire damage.
Fire prevention and protection engineers design and assess ways to prevent fires, limit fire spread and protect people, buildings, natural sites and urban areas.
In job descriptions, look for fire risk assessment, detection systems, construction materials, safety improvements, computer simulation, laboratory tests, test data and emergency intervention planning.
Fire prevention and protection engineers work where design decisions affect fire risk. They may study materials, model fire behaviour, review detection systems, test data and propose changes that protect people and places.
Useful strengths include determining fire risks, advising on construction materials, using computer simulation, recording test data, proposing safety improvements and understanding emergency intervention limits.
Salary context depends on engineering responsibility, project scale, building or site complexity, testing duties, simulation work, review authority and whether the role includes incident support. This guide does not provide salary amounts.
Career paths can move toward senior fire safety engineering, risk consultancy, building safety design, detection-system work, safety management or specialist testing and standards roles.
Check whether vacancies focus on buildings, urban areas, natural sites, materials, detection systems, laboratory tests, simulations or emergency planning. The setting changes the engineering emphasis.
This guide is editorial career context. It is not official labour-market statistics or role-specific salary data.
This occupation may occur in several kinds of economic activity. Here are some examples and other occupations that may be found in the same areas.
This is one example. Other occupations in this activity include robotics engineer, acoustical engineer and health and safety engineer.
Explore this activityThese examples offer an overview but do not show every economic activity where the occupation may occur.
The selection is based on how occupations are connected to economic activities in ESCO and NACE. Only a few examples are shown to make the information easier to use. The occupations were selected because they are close in occupation area and important skills. The examples are not a ranking. They do not show where most people work, where demand is highest, or which occupation is best suited to a particular person.
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See occupations connected to this ESCO occupation in the official O*NET–ESCO mapping. The relationship type comes from the source and is not a ranking or recommendation.
O*NET relationships: 1
17-2111.02
Exact relationship
The official mapping treats the O*NET and ESCO occupations as closely equivalent.
Open in O*NETThese relationships come from the official European Commission O*NET–ESCO crosswalk.
Relationship direction: O*NET occupation to ESCO occupation.
Several O*NET occupations can point to the same ESCO occupation, and one O*NET occupation can point to several ESCO occupations.
AltoTrail preserves the source relationship type. The order is technical and does not show which occupation is best, most relevant or recommended.
AltoTrail validates and presents the source relationships without adding ranking or recommendation semantics.
Economic activities linked to this occupation.
71.12Engineering activities and related technical consultancy84.25Fire service activitieshealth and safety engineer (2149.10)
| ESCO URI | http://data.europa.eu/esco/occupation/4be368e3-badb-4b9f-9d0a-4d0f7565540a |
|---|---|
| ESCO code | 2149.10.1 |
| ISCO group | 2149 |
| Concept type | Occupation |