Assessment Protocol:
Nunavut EMS &
Paramedic Territorial
Practice
PART 0: THE NAVIGATOR
● PART I: THE PRIMER
○ The Mission Hook
○ The "Critical Axioms" Cheat Sheet
○ Nunavut Medevac & Operational Framework
● PART II: THE ELITE TEST BANK (88-POINT MCQ GAUNTLET)
○ Tier 1 (Questions 1–28) - Foundational Syntax & Application
○ Tier 2 (Questions 29–58) - Complex Application & Simulation
○ Tier 3 (Questions 59–88) - Grandmaster Synthesis
PART I: THE PRIMER
The Hook: Mastering the 2026/2027 Nunavut Emergency Medical Services (EMS) territorial
protocols translates directly to elite clinical execution in extreme, high-stakes Arctic
environments, transforming standard practitioners into autonomous medical authorities. By
internalizing these rigorous Canadian Paramedic Competence Framework (CPCF) standards
and advanced aeromedical triage logistics, practitioners guarantee superior patient outcomes
regardless of geographic isolation.
The "Critical Axioms" Cheat Sheet:
● The "Arctic Extraction" Axiom: Aeromedical evacuation (Medevac) via Keewatin Air is
the definitive care pathway in Nunavut's 25 communities. Clinical stabilization must occur
concurrently with dispatch coordination; weather delays demand autonomous, prolonged
field care competency.
● The "Thermal Tamponade" Axiom: In severe accidental hypothermia (< 30°C), the
myocardium is highly irritable; aggressive movement or invasive airway manipulation can
instantly trigger lethal ventricular fibrillation.
● The "Pharmacological Classification" Axiom: Under 2026 CPCF standards, Primary
Care Paramedic (PCP) protocols rely exclusively on drug classifications (e.g.,
Sympathomimetic, Antiemetic), whereas Advanced Care Paramedic (ACP) protocols
utilize a hybrid of classifications and named high-risk ACLS medications (e.g.,
Amiodarone, Epinephrine).
● The "Medevac Triage" Axiom: Resources are triaged by absolute acuity. Understand the
, strict parameters that separate an immediate life-threat from a delayed transfer.
Medevac Priority Level Clinical Definition & Criteria Expected Transport Asset
Priority 1 (Critical) Acutely Dedicated Keewatin Air King
life-threatening/unstable (e.g., Air B200 / PC-12.
STEMI, Trauma Alert, Status
Epilepticus).
Priority 2 (Urgent) Stable, but condition may Scheduled Medevac /
rapidly become life-threatening Commercial intercept if stable.
(e.g., stable chest pain, stroke
> 8 hrs).
Priority 3 (Non-Urgent) Requires medical evaluation, Commercial Flight / Ground
no acute threat to life/limb (e.g., Transport (if accessible).
minor fractures, medication
refills).
PART II: THE ELITE TEST BANK
Tier 1 - Foundational Syntax & Application
Q1: An adult patient is recovered from a snowdrift in Rankin Inlet. Core temperature is 29°C. He
is unconscious with a weak radial pulse of 38 bpm. Based on the principles of the Wilderness
Medical Society Hypothermia Protocol, which action is the FIRST priority? A) Initiate active core
rewarming with heated IV normal saline. B) Perform endotracheal intubation to secure the
compromised airway. C) Handle the patient gently and initiate passive external rewarming. D)
Administer an anticholinergic chronotrope for profound bradycardia.
● The Answer: C (Handle the patient gently and initiate passive external rewarming.)
● Distractor Analysis:
○ A is incorrect: Active core rewarming requires hospital infrastructure; field priority is
preventing further heat loss.
○ B is incorrect: Invasive airway manipulation can trigger lethal ventricular fibrillation
in a cold, irritable myocardium.
○ D is incorrect: Bradycardia is a physiologic response to hypothermia; pacing or
chronotropes are ineffective and arrhythmogenic.
The Mentor's Analysis: Severe hypothermia (<30°C) creates extreme myocardial irritability.
Rough handling or invasive procedures without proper sedation can instantly convert a
perfusing bradycardia into refractory ventricular fibrillation. Professional/Academic Intuition: In
the Arctic cold, gentle handling supersedes aggressive mechanical intervention.
Q2: A mass casualty incident occurs at a remote Nunavut mining site. The clinician is the triage
officer. Patient 1 is a 30-year-old female, respiratory rate 35, radial pulse absent. Based on the
principles of START Triage, which action is MOST ACCURATE? A) Tag her YELLOW and move
to the next patient. B) Tag her RED and direct immediate transport. C) Tag her GREEN as she is
conscious. D) Tag her BLACK as she lacks a radial pulse.
● The Answer: B (Tag her RED and direct immediate transport.)
● Distractor Analysis:
○ A is incorrect: Her respiratory rate is above 30, which automatically categorizes her
as critical.
○ C is incorrect: Walking wounded are GREEN; she has failed the respiratory
parameter.
, ○ D is incorrect: Lack of a radial pulse makes her RED, not BLACK, as long as she is
breathing.
The Mentor's Analysis: START Triage relies on the RPM (Respirations, Perfusion, Mental
Status) algorithm. A respiratory rate exceeding 30 breaths per minute indicates imminent
respiratory failure or severe shock. Professional/Academic Intuition: If respirations exceed 30,
tag RED and immediately advance.
Q3: A community health centre in Igloolik requires urgent extraction for a patient with an
intracranial hemorrhage. Based on the principles of the Nunavut Aeromedical Architecture, who
is the primary authorized provider for this fixed-wing Medevac? A) Ornge Air Ambulance. B)
Keewatin Air (Nunavut Lifeline). C) Local RCMP rotary-wing assets. D) STARS Air Ambulance.
● The Answer: B (Keewatin Air (Nunavut Lifeline).)
● Distractor Analysis:
○ A is incorrect: Ornge is the provincial provider for Ontario, not Nunavut.
○ C is incorrect: RCMP assets are for security and search and rescue, not dedicated
critical care aeromedical transport.
○ D is incorrect: STARS operates primarily in western Canadian provinces, whereas
Keewatin Air handles the Nunavut territory.
The Mentor's Analysis: Nunavut relies entirely on contracted fixed-wing providers to bridge the
vast distances between its 25 communities and tertiary care centers. Keewatin Air holds the
Medevac contract for the territory. Professional/Academic Intuition: Keewatin Air is the
singular lifeline for critical extraction in Nunavut.
Q4: A PCP administers a weight-based dose of a Sympathomimetic from a multi-dose vial
during a prolonged ground transport in Iqaluit. Based on the principles of the CDSA and 2026
PPAEMA regulations, how MUST the remaining controlled substance be handled? A) Discarded
into the municipal biohazard bin immediately. B) Wasted into an approved receptacle, witnessed
by a credentialed provider, and signed in the ePCR. C) Kept in the jump bag for the next patient
to prevent supply chain shortages. D) Handed to the receiving triage nurse for disposal.
● The Answer: B (Wasted into an approved receptacle, witnessed by a credentialed
provider, and signed in the ePCR.)
● Distractor Analysis:
○ A is incorrect: Unwitnessed wasting of a controlled substance constitutes a severe
regulatory violation.
○ C is incorrect: Reusing a partial vial violates infection control and constitutes felony
diversion.
○ D is incorrect: The transferring agency must close the chain of custody; a hospital
nurse cannot accept liability for an external agency's narcotic.
The Mentor's Analysis: Accountability for controlled substances is absolute. The federal
government requires an unbroken chain of custody, meaning partial doses represent the highest
risk for diversion. Professional/Academic Intuition: Waste it, witness it, sign it. An
un-witnessed waste is legally considered a stolen drug.
Q5: A patient presents with deep frostbite to both hands after a snowmobile breakdown. The
tissues are hard, solid, and mottled. Transport to the health centre is 4 hours away. Based on
the principles of the Wilderness Medical Society Frostbite Guidelines (2024), which action is
MOST APPROPRIATE? A) Vigorously rub the hands to generate friction heat. B) Rapidly
rewarm the hands using the ambulance heater vents. C) Wrap the hands in dry, bulky dressings
and prevent thawing. D) Puncture any clear blisters to relieve pressure.
● The Answer: C (Wrap the hands in dry, bulky dressings and prevent thawing.)
● Distractor Analysis:
, ○ A is incorrect: Rubbing frozen tissue causes massive cellular destruction by
grinding internal ice crystals.
○ B is incorrect: Uncontrolled dry heat causes severe burns to insensate tissue.
○ D is incorrect: Blisters must be left intact in the field to prevent deep tissue infection.
The Mentor's Analysis: If a frozen extremity thaws and then refreezes during transport, the
resulting tissue necrosis is catastrophic and irreversible. Field rewarming is contraindicated if
definitive temperature control (37-39°C water bath) cannot be maintained.
Professional/Academic Intuition: Never thaw a frozen limb if there is any risk of it refreezing.
Q6: An adult patient in anaphylactic shock presents with a BP of 70/40 and stridor. The clinician
administers a Sympathomimetic IM. Ten minutes later, the patient remains hypotensive. Based
on the principles of the 2026 CPCF Scope, what is the FIRST action? A) Administer an
Antihistamine IV. B) Repeat the Sympathomimetic IM. C) Administer a Sympathomimetic
bronchodilator via nebulizer. D) Wait for an ACP intercept to provide IV access.
● The Answer: B (Repeat the Sympathomimetic IM.)
● Distractor Analysis:
○ A is incorrect: Antihistamines do not reverse cardiovascular collapse.
○ C is incorrect: Nebulized bronchodilators treat lower airway bronchospasm, not
systemic vasodilation or upper airway edema.
○ D is incorrect: Providers must aggressively manage anaphylaxis with repeated IM
doses rather than delaying care for an intercept.
The Mentor's Analysis: Anaphylaxis is a fatal systemic release of histamine. A sympathomimetic
(Epinephrine) is the only medication that clamps the vasculature and opens the airway fast
enough to prevent death. Professional/Academic Intuition: If the first dose fails, the
immediate answer is a second dose.
Q7: A 60-year-old male is in ventricular fibrillation (V-fib). An Advanced Care Paramedic (ACP)
delivers a 200J shock. Based on the principles of High-Performance Resuscitation, which action
MUST occur IMMEDIATELY? A) Check the carotid pulse to confirm return of spontaneous
circulation. B) Analyze the rhythm to determine if a second stacked shock is required. C)
Resume chest compressions for 2 minutes. D) Administer an Antidysrhythmic IV.
● The Answer: C (Resume chest compressions for 2 minutes.)
● Distractor Analysis:
○ A is incorrect: Checking a pulse immediately after a shock delays critical perfusion.
○ B is incorrect: Stacked shocks are an outdated legacy protocol that interrupts CPR.
○ D is incorrect: Pharmacology follows mechanical circulation, it does not precede it.
The Mentor's Analysis: Defibrillation stuns the heart. It relies on immediate, unbroken chest
compressions to circulate oxygenated blood to the myocardium so it can reset into an organized
rhythm. Professional/Academic Intuition: Shock, Compress, Access, Medicate. Never break
the operational loop.
Q8: A patient is involved in a high-speed rollover on the tundra and complains of severe pelvic
pain. BP is 80/50. Based on the principles of Prehospital Trauma Life Support, which
intervention is MOST ACCURATE? A) Apply a traction splint to the bilateral femurs. B)
Administer 1000 mL of normal saline rapidly. C) Apply a commercial pelvic binder centered over
the greater trochanters. D) Perform a needle thoracentesis.
● The Answer: C (Apply a commercial pelvic binder centered over the greater trochanters.)
● Distractor Analysis:
○ A is incorrect: Traction splints are contraindicated in suspected pelvic fractures.
○ B is incorrect: Aggressive crystalloid resuscitation dilutes clotting factors and
exacerbates hemorrhage.