The paper "Signs, Symptoms and Causes of Collapse of Building both During and Post Fire-Fighting Operations" is a perfect example of a management assignment. Fire investigation is a work that is quite challenging and demanding and the fire investigators are required to evaluate the reasons for the fire that is set either intentionally or intentionally. Fire investigation is done to analyze the causes that are behind the accident of fire at any workplace, building, residential area or locality. The job of fire investigators is quite difficult as they face a number of problems during the investigation.
The problems that the fire investigators encounter are related to physical health as they face a number of physical traumas after reaching the location where the incident of the fire has happened (Petrovich, 1998). They are many indications that point towards harmful and injurious situations such as breaking of wires, breakage of gas and water lines, cracks in the building’ s floors and roofs, spoiled staircases and other building material because of fire outbreak (IFSTA, 1998). It is generally been suggested by some people that the job of fire investigation is not as injurious and detrimental as that of fire fighting operations but in actuality, fire investigation is as prone to difficulties as the job of fire fighting (IFSTA, 1998).
The fire investigators should not forget that they should be dealing with difficulties and physical problems like the fire fighting team as after fire extinguishing; there are still many problems at the locality where there is fire outbreak (Donahue, 2000). The problems can be chemical procedures that can be there because of some burning effects, broken and damaged stairways, collapsing ceilings and broken floors, there can be an outflow of gases and there will be suffocation problems, there can be problems of slippages while investigation and there can be serious injuries and they should make use of personal protective equipment to secure themselves from injuries of different kinds (ICMA, 1988).
According to HSE (Health and Safety Executive), personal protection equipment is obligatory for any work environment for the security and health of the employees of the institution (2005, p. 11). Fire investigation is a job that is very risky and the fire investigators are subject to many bodily harms and should be dealt with proper usage of personal protective equipment, which is mentioned as following: Eyes are endangered to be subjected to chemical or metal splash, dust, projectiles, gas, vapour and radiation on the fire scenes.
Therefore, the personal protective equipment required to make certain eyes’ safety is spectacles, goggles, face shields and visors (HSE, 2005). In that case, fire investigators should use the mentioned equipment so that there can be no risks in terms of injuries to their eyes. Head can be injured by the impact of falling or flying items.
There is also a risk of head bumping and hair can also be entangled so to avoid such harms and safeguarding the head, there are helmets and bump caps (HSE, 2005). The fire investigators are required to use the equipment fixed for the head region as if to eradicate the risk of head injury during the investigation.
HSE. (2005). Personal Protective Equipment at Work (Second Edition). USA: HSE Books. pp.11-39.
Donahue, Michael L. (2000). A Structured System for Fire Investigator Safety. Oklahoma: Oklahoma State University. pp. 56-78.
International City Management Association (ICMA), (1988). Managing Fire Services (Second Edition). Connecticut Ave., N.W., Washington, D.C.: Fire Protection Publications. pp. 25-37.
International Fire Service Training Association (IFSTA). (1998). Fire Inspection and Code Enforcement (Sixth Edition). Washington: Fire Protection Publications. pp. 48-60.
Petrovich, Wayne P. (1998). A Fire Investigator's Handbook: Technical Skills for Entering, Documenting and Testifying in a Fire Scene Investigation. Illinois: Charles C. Thomas Publisher. pp. 74-83.
Cooke, Roy A. and Ide, Rodger Fl. (1985). Principles of Fire Investigation. New York: The Institution of Fire Engineers. pp. 124-138.