Kuwait MOH Paramedic common mistakes
Kuwait MOH Paramedic · Understand the traps and how to avoid them.
Treating every patient with a low oxygen saturation as a candidate for high-flow oxygen by non-rebreather mask, and applying it routinely to patients with chest pain, stroke, or suspected COPD exacerbation whose saturation is already at or above 94%.
Candidates memorize 'oxygen is a drug' but default to a single aggressive delivery device under exam pressure; they also confuse the historical practice of routine oxygen in ACS with current targeted-oxygenation teaching, and they fear under-treating hypoxia more than they fear hyperoxia.
What to do instead
Titrate to a target range and state the target in the answer: 94–98% for most patients, 88–92% for those at risk of hypercapnic respiratory failure. Choose the lowest device that achieves the target - nasal cannula, then simple mask or Venturi, then non-rebreather, then BVM with supplemental oxygen. When a question stem gives a saturation, use it to select the device rather than to justify the biggest one available.
Confirming endotracheal tube placement by auscultation alone and moving on, without a quantitative waveform capnography reading and without a plan to reconfirm after every patient movement.
Auscultation is taught early and feels definitive; candidates have often practiced it more than capnography interpretation, and they underestimate how often tube displacement occurs during transfers, suctioning, and CPR-related movement.
What to do instead
Use continuous waveform capnography as the confirmation standard, with a persistent waveform plus an appropriate ETCO2 value, and treat loss of waveform as dislodgement until proven otherwise. Reconfirm after every move, after suctioning, and after any change in the patient's condition. In cardiac arrest, remember that a very low ETCO2 may reflect low pulmonary blood flow rather than a misplaced tube, so reassess in context rather than extubating reflexively.
Jumping to a working diagnosis and a treatment before completing a structured primary and secondary assessment, so that a life threat found later in the assessment sequence is missed.
Exam stems are written to reward pattern recognition, and candidates who recognize a familiar presentation stop reading for the contradicting detail - a unilateral weakness, a rigid abdomen, or a distended neck vein - that changes the priority.
What to do instead
Answer in the sequence the exam expects: general impression, primary assessment with immediate life-threat correction, focused history and secondary assessment, then reassessment. When two actions are both correct, choose the one that addresses the greatest current threat first. Explicitly check for the findings that would overturn your leading impression before committing to an answer.
In adult cardiac arrest, allowing pauses in chest compressions to run long while checking a rhythm, intubating, or establishing vascular access, and delaying or omitting early defibrillation for a shockable rhythm.
Candidates treat procedures as the goal of resuscitation and want to 'fix' the airway and IV before shocking; the sequence of skills is easier to recall than the time targets, and practical training often emphasizes technique over choreography.
What to do instead
Defibrillate immediately when a shockable rhythm is identified, resume compressions at once after the shock, and keep all pauses under about 10 seconds. Defer advanced airway placement and vascular access until they can be done without interrupting compressions. Answer questions by choosing the action that preserves compression fraction and shortens time to shock.
Missing the time-critical interventions in medical emergencies - aspirin and reperfusion urgency in suspected ACS, glucose measurement in any altered mental status, adrenaline plus volume and repeat dosing in anaphylaxis, and immediate bronchodilator therapy in severe asthma.
These presentations look similar at the level of 'sick medical patient', and candidates anchor on the most dramatic sign (wheeze, low blood pressure) rather than on the treatable cause; anaphylaxis in particular is under-recognized when skin findings are absent or when the reaction is attributed to a benign cause.
What to do instead
Attach a mandatory action to each high-stakes presentation and rehearse it: check glucose in every altered patient; give aspirin and obtain a 12-lead early in suspected ACS; give intramuscular adrenaline to the lateral thigh at the first sign of anaphylaxis with airway or circulatory involvement, then fluids and repeat dosing as needed; start bronchodilators and steroids early in severe asthma and reassess for a silent chest. Know the dose, route, and site, not just the drug name.
Failing to identify and act on shock in trauma - not controlling external hemorrhage first, not recognizing that a hypotensive trauma patient is bleeding until proven otherwise, and immobilizing or packaging before treating the airway and breathing.
Candidates follow the trauma alphabet mechanically but skip the step that is actively killing the patient; they also over-rely on a normal blood pressure, which is a late sign in young, fit trauma patients.
What to do instead
Apply the sequence and justify each step: catastrophic hemorrhage control, airway with cervical protection, breathing with attention to tension pneumothorax and open chest wounds, circulation with hemorrhage control and judicious fluids, disability, exposure with prevention of hypothermia. Treat hypotension in trauma as hemorrhagic until excluded, and answer with the intervention that stops the loss rather than the one that masks it.
Applying adult dosing, adult vital-sign thresholds, and adult assessment priorities to pediatric, obstetric, geriatric, or bariatric patients - for example, giving a child an adult adrenaline dose, or dismissing a geriatric patient's confusion as baseline dementia.
Adult patterns dominate study time and clinical exposure, and candidates lack confidence with weight-based calculation and with the normal ranges of other age groups; the exam deliberately uses these populations to test whether the candidate adjusts.
What to do instead
For children, calculate every dose by weight and know the arrest-dose and defibrillation-energy rules cold; use age-appropriate vital signs and recognize that compensated shock precedes hypotension. In pregnancy, remember left uterine displacement, that maternal resuscitation is fetal resuscitation, and that the uterus becomes a major bleeding source after delivery. In older adults, treat new confusion as a medical emergency and review polypharmacy and atypical presentations.
Administering a medication without checking the five rights and without an explicit indication, contraindication, dose, route, and rate - particularly for high-alert drugs such as adrenaline, amiodarone, and opioids.
Candidates learn drug actions in isolation and then answer questions by matching a drug to a condition, skipping the safety checks that the exam tests through distractors about route, concentration, and patient factors.
What to do instead
For every pharmacology item, recite indication, dose, route, rate, and the one contraindication that matters, then confirm the rights before administration. Know the difference between concentrations and between routes for the same drug, and know which medications require monitoring or a second check. If a stem offers a dose that is wrong by a factor of ten, the correct answer is to question the order, not to give it.
Entering a hazardous materials scene or beginning patient care before scene safety, hazard identification, and appropriate personal protective equipment and decontamination are established, and failing to request the right resources early.
Candidates want to help and treat the patient as the priority; they also underestimate how far a vapor hazard or contaminated patient can extend the danger zone, and they are unfamiliar with the terminology of zones, decontamination, and command roles.
What to do instead
Answer scene questions in the order: safety, hazard recognition, resource request, then patient contact. Stay upwind and uphill, establish hot, warm, and cold zones, do not enter without appropriate PPE and training, and decontaminate before transport. In multi-casualty events, request additional resources and establish command early rather than attempting to manage everything alone.
Documenting retrospectively with vague or copied language, omitting refusals, reassessments, and the patient's own words, and treating documentation and professional conduct as lower priority than clinical skills.
Candidates focus preparation on hands-on skills and see documentation as paperwork; they also do not appreciate that the record is the legal and clinical account of the encounter and that gaps in it are examined directly.
What to do instead
Document contemporaneously using objective, specific findings: vital signs with times, interventions with times and responses, reassessments after every intervention, refusal with capacity assessment and the risks explained, and the patient's statements in quotation marks. Know the reporting obligations and scope-of-practice limits for your jurisdiction, and treat confidentiality, consent, and handover as testable clinical content.
Treating infection control as a checklist for visible contamination only - using gloves as a substitute for hand hygiene, skipping hand hygiene between patients and between dirty and clean tasks, and failing to select transmission-based precautions for a patient with a suspected communicable disease.
Candidates associate protection with gloves and masks rather than with the sequence of donning and doffing and with hand hygiene moments; they also underestimate exposure risk from unrecognized cases and do not connect a patient's history to the precautions required.
What to do instead
State hand hygiene before and after every patient contact and after glove removal, and describe donning and doffing in the correct order with hand hygiene at each transition. Match precautions to the suspected route - airborne for suspected tuberculosis or measles, droplet for influenza or meningococcus, contact for resistant organisms or draining wounds. Know the post-exposure steps for a needlestick or body-fluid exposure, including immediate washing, reporting, and source evaluation.