Rescue 1122 EMT common mistakes
Rescue 1122 EMT · Understand the traps and how to avoid them.
When asked to assess an unresponsive trauma patient, the candidate checks the airway first and spends time on breathing before controlling a spurting external hemorrhage.
Candidates memorize the ABC mnemonic from basic life support and apply it rigidly, not recognizing that in major trauma exsanguinating hemorrhage kills faster than an airway obstruction, and Pakistani EMT training emphasizes for catastrophic bleeding.
What to do instead
Drill a rapid primary survey that starts with 'catastrophic hemorrhage control' (direct pressure, tourniquet) before airway, and practice 30-second scene-to-primary-survey simulations where a bleeding wound is present alongside an obstructed airway; verbalize the order out loud each time.
During a simulated cardiac arrest, the candidate interrupts chest compressions for more than 10 seconds to check the pulse or to attach the AED pads, and does not resume compressions immediately after a shock.
Candidates focus on getting the monitor or AED ready and treat rhythm analysis as the priority, forgetting that coronary perfusion pressure falls rapidly when compressions stop; they also lack practice with the 'charge while compressing' sequence.
What to do instead
Practice two-rescuer CPR with a metronome and a stopwatch, enforcing a rule that any pause must be under 10 seconds; rehearse the AED sequence 'charge during compressions, clear, shock, immediately resume compressions' at least 20 times until it is automatic.
The candidate arrives at a road traffic crash and immediately moves a suspected spinal-injury patient to a long board without manual in-line stabilization, or asks bystanders to pull the patient out of the vehicle.
Candidates feel pressure to act fast and equate speed with competence; they also underestimate the risk of secondary spinal injury and have not practiced coordinating a team of bystanders under a rescue scenario.
What to do instead
Use a scenario where the patient is trapped in a car and require the candidate to verbalize manual in-line stabilization, apply a cervical collar, and use a scoop stretcher or extrication device; teach the phrase 'stabilize before you move' and run the scenario twice, once with a distracted bystander.
When responding to a confined-space or trench rescue, the candidate enters the space to rescue the victim before atmosphere testing and without a safety officer or retrieval line.
Candidates see the victim as the priority and do not internalize that rescuer safety is the first priority; they also confuse firefighter rescue operations with EMT scope and forget that untested atmospheres can incapacitate a rescuer in seconds.
What to do instead
Teach the rescue sequence 'test, ventilate, access, retrieve' and require candidates to state the atmospheric readings and the backup plan before entering; use a tabletop exercise where the candidate must refuse entry until the readings are safe and explain why to a simulated bystander.
At a fire scene, the candidate positions the ambulance or themselves downwind of smoke and does not don respiratory protection before approaching a patient with smoke inhalation.
Candidates focus on the patient's burns and airway and forget scene safety and wind direction; they also assume that staying outside the hot zone is enough, not realizing that smoke and toxic gases travel downwind.
What to do instead
In every fire scenario, require the candidate to first state wind direction, park upwind or uphill, and wear an N95 or SCBA as appropriate before patient contact; include a debrief point on secondary contamination and have the candidate identify the safe approach route on a simple site diagram.
When a patient is contaminated with an unknown chemical, the candidate transports the patient to the hospital without decontamination, or decontaminates inside the ambulance.
Candidates prioritize rapid transport and do not know the principle that decontamination must occur before transport to protect the patient, crew, and receiving facility; they also lack practice setting up a decontamination corridor.
What to do instead
Run a hazardous materials scenario requiring the candidate to establish a warm zone, don PPE, and perform gross decontamination before packaging; test the candidate on the 'decontaminate before transport' rule and have them explain the risk of secondary contamination to the receiving hospital.
The candidate gives a handover report that lists vital signs but omits the mechanism of injury, the patient's response to treatment, and the time of onset, or gives a different story to the receiving nurse than was documented.
Candidates memorize a vital-signs list and treat handover as a data dump; they also feel rushed at the hospital and skip the structured format, leading to omissions and inconsistencies that harm continuity of care.
What to do instead
Enforce a structured handover tool such as SBAR or MIST (Mechanism, Injuries, Signs, Treatment) and require the candidate to deliver it in under 60 seconds in front of a simulated receiving nurse; grade on inclusion of mechanism, treatment response, and consistency with the written record.
During a community CPR or first-aid awareness session, the candidate teaches compression-only CPR to laypeople without mentioning rescue breaths for drowning or pediatric victims, or uses jargon that the audience does not understand.
Candidates copy the adult bystander message they learned and do not adapt content to the local context, where drowning and child emergencies are common; they also lack practice simplifying medical terms for low-literacy audiences.
What to do instead
Have the candidate prepare and deliver a 5-minute session for a mixed audience, including when to give breaths and how to call Rescue 1122; assess use of plain language, local examples, and a teach-back check where an audience member demonstrates the skill.
When asked about fire safety in a building, the candidate identifies exits and extinguishers but cannot explain the difference between a fire alarm activation and a fire drill, or fails to describe the assembly point and roll-call procedure.
Candidates study firefighting tactics but neglect building safety and evacuation management, which are tested as part of integrated emergency management; they also confuse the purpose of alarms with drills and have not practiced a roll call.
What to do instead
Study the evacuation sequence: alarm, notification, evacuation, assembly point, roll call, and reporting to the fire service; practice a tabletop evacuation of a school or hospital with a roll-call list and require the candidate to state who is accountable for missing persons.
The candidate describes the incident command system as a single person giving orders and cannot name the sections or explain how the ambulance service integrates with police and fire at a multi-agency scene.
Candidates learn clinical skills in isolation and have limited exposure to multi-agency coordination; they also assume that the most senior clinician is automatically the incident commander, which is not true in an integrated response.
What to do instead
Teach the basic incident command structure (command, operations, planning, logistics, finance/administration) and run a joint scenario with police and fire roles; require the candidate to state their own role, the span of control, and the communication channel before acting.