Kazakhstan Fire-Technical Minimum (PTM) common mistakes
Kazakhstan Fire-Technical Minimum (PTM) · Understand the traps and how to avoid them.
When asked for the fire-safety briefing frequency or the deadline for the introductory (вводный) briefing, candidates answer from general memory of 'once a year' or 'on hiring day' without distinguishing the introductory briefing from the primary, repeated, and targeted briefings, and without recalling the specific intervals fixed by the Kazakh fire-safety rules (for example repeated briefing at least once every six months for many categories, and targeted briefing before one-off high-risk work).
Candidates memorise one 'briefing interval' and apply it to all briefing types, because the rules set several different intervals and the candidate never builds a table mapping briefing type to trigger, interval, and who conducts it. The terminology (вводный, первичный, повторный, внеплановый, целевой) is also confused because the Russian terms look similar.
What to do instead
Build a one-page matrix with rows for each briefing type and columns for: who receives it, who conducts it, when it is triggered, maximum interval, and where it is recorded (journal format). Fill it from the current Kazakh fire-safety rules and the organisation's local instructions, then self-test by covering the columns and reciting them. Also practise writing a sample journal entry so the recording requirement is not forgotten.
When a question gives a fire scenario (for example smoke in a corridor, fire on a floor above, or a blocked main exit), candidates answer with the generic 'call 101, evacuate, use a fire extinguisher' sequence instead of the decision the scenario requires: whether to evacuate or shelter in place, which stairwell to use, whether to use the lift, and whether to attempt to fight the fire.
Candidates study the evacuation algorithm as a memorised list rather than as a decision tree, so they cannot select the correct branch when the conditions in the question differ from the textbook case. They also overlook that in a multi-storey building the correct action depends on where the fire is relative to the person.
What to do instead
Write out a decision tree for the four standard scenarios (fire on your floor, fire on a floor above, fire below you, smoke in the stairwell) and for each note: evacuate or stay, which route, whether to seal the door, and when to attempt extinguishing. Rehearse it aloud against past scenario questions until the branch selection is automatic rather than a recital of the general list.
Candidates treat 'call the fire brigade' as a single step and omit the content requirements of the call: exact address and building/floor, what is burning, whether people are trapped, the caller's name and phone number, and meeting the crew at the entrance with a plan of the layout and access route.
The call is learned as 'dial 101', and the reporting and meeting duties are treated as obvious and therefore not memorised in detail. Candidates also forget that in Kazakhstan the unified emergency number is 101 (or 112) and that the dispatcher needs specific data to route the crew correctly.
What to do instead
Memorise a fixed call script with the five mandatory data items and practise reciting it in under 30 seconds. Separately memorise the duties of the person who meets the crew: give the layout, hydrant and valve locations, the location of people, and the location of the nearest access. Test yourself by writing the script from memory and checking it against the organisation's fire plan.
On questions about the fire hazard categories of premises and buildings (categories A, B, C, D, E and the corresponding fire-resistance degrees), candidates mix up the category letters and the criteria that define them, for example confusing category A (flammable gases and liquids with a flash point below the set threshold) with category B, or misstating which category requires which fire-resistance degree and which fire-safety class of building.
The category system is a compact letter code with thresholds attached, and candidates learn the letters without the numeric criteria (flash point, lower calorific value, quantity of substance per unit area). Without the criteria, the letters are indistinguishable and get swapped under exam pressure.
What to do instead
Make a table for each category with the defining physical criterion, the typical substances, and the resulting requirement (fire-resistance degree, fire-safety class, permitted storage). Attach a number to each letter rather than memorising the letter alone. Then do a set of worked examples where you classify a described room from its contents and justify the answer with the criterion.
Candidates answer questions on primary fire-extinguishing equipment by naming the extinguisher type without matching it to the fire class: they choose a water or foam extinguisher for a live electrical installation, a CO2 extinguisher for a Class A deep-seated fire, or a powder extinguisher in a confined space without noting the visibility and inhalation hazard.
Extinguisher types are memorised as a list of names, and the fire-class table (A, B, C, D, E) is learned separately, so the two are never linked. Candidates also skip the practical points (CO2 on Class A does not cool enough and re-ignition occurs; powder obscures vision and irritates airways in small rooms).
What to do instead
Build a grid with fire classes as columns and extinguisher types as rows, and mark each cell as suitable, unsuitable, or suitable with a caveat. Add the caveat notes in writing. Then practise scenario questions of the form 'what is burning, where, and what do you reach for', stating the reason each time rather than only the equipment name.
On questions about the internal fire-fighting water supply and automatic systems, candidates confuse the maintenance and inspection intervals and the responsible roles: they state that the fire pump, hydrants, and automatic alarm are checked once a year, or they assign the check to the wrong party (the tenant rather than the owner, or the fire brigade rather than the organisation).
The intervals and responsibilities are scattered across several regulatory documents and the organisation's own schedule, and candidates study the equipment types but not the regime of checks. The distinction between who owns the obligation and who performs the work is also blurred.
What to do instead
Create a maintenance calendar listing each system (internal hydrants, fire pumps, automatic alarm, warning and evacuation system, sprinklers) with its check interval, the test method, and the responsible party. Note the document each interval comes from. Then answer practice questions by first naming the system, then the interval, then the responsible party, in that order.
Candidates answer first-aid questions with the general sequence 'call an ambulance, check breathing, start CPR' but miss the fire-specific hazards: they forget to move the casualty to fresh air before giving oxygen, they miss carbon-monoxide and smoke-inhalation signs, and they do not state that a casualty must not be left alone or allowed to return to the fire zone.
First aid is studied as a generic course, and the combustion-product context (CO poisoning, airway burns, soot around the mouth and nose) is not integrated. Candidates also underestimate that a person rescued from smoke may deteriorate after apparent recovery.
What to do instead
Study first aid specifically for smoke inhalation and burns: signs of CO poisoning, the rule on fresh air and oxygen, cooling of burns without removing adhered clothing, and the requirement for medical observation after rescue. Practise a short written protocol for 'casualty removed from a smoke-filled room' and check it covers airway, breathing, burns, and transport.
On questions about the fire-prevention regime in an organisation, candidates give the general principle ('keep exits clear, store materials safely') but cannot name the specific prohibitions and controls: obstruction of evacuation routes and exits, storage under stair flights, use of open flame, unauthorised hot work without a permit, and smoking in undesignated areas.
The regime is studied as common sense rather than as a list of regulated prohibitions, so candidates cannot recall the exact items the rules forbid. They also do not distinguish a prohibition from a control measure (hot-work permit, fire-watch during hot work).
What to do instead
Write a checklist of the regulated prohibitions and the corresponding controls, grouped by area: evacuation routes, storage, hot work, electrical equipment, smoking. For each item note whether it is a prohibition or a permitted activity with conditions. Then run through a described workplace and identify every violation, which is the form the exam question usually takes.
Candidates treat the regulatory framework as a single law and cannot name the hierarchy: the Law of the Republic of Kazakhstan on fire safety, the technical regulations, the fire-safety rules, and the organisation's local acts, nor which document sets a given requirement. They answer 'the fire safety rules require...' when the requirement actually comes from a technical regulation or a building code.
The documents overlap in subject matter and candidates memorise requirements without attaching each to its source. The hierarchy (law, technical regulation, rules, local act) is not visualised, so the levels collapse into one.
What to do instead
Draw a pyramid of the framework with the law at the top, technical regulations below, then the fire-safety rules, then local acts and instructions. For each requirement you study, write the source document next to it. In practice questions, answer with the document name as well as the requirement, which forces the hierarchy to be used.
On questions about evacuation and fire-protection systems in buildings, candidates confuse the purpose and requirements of the warning and evacuation management system (СОУЭ) types: they cannot state which type is required for a given building class, what each type includes (sound, light, speech), and how evacuation routes and emergency lighting must be arranged.
The system is learned as an acronym without the type table, and the building-class linkage is skipped. Candidates also mix up the warning system with the alarm system, treating them as one requirement rather than two separate ones.
What to do instead
Build a table of warning system types against building category and occupancy, listing what each type contains and the evacuation-route and lighting requirements that accompany it. Separate the alarm row from the warning row explicitly. Then answer practice questions by stating the building class first, deriving the required type, and only then describing the components.