AEMT FISDAP COMPREHENSIVE EXAM 2026/2027 | QUESTIONS AND ANSWERS | A+
GRADED | WITH EXPERT SOLUTIONS
Advanced Emergency Medical Technician (AEMT) FISDAP Comprehensive Readiness Examination |
Core Domains: Advanced Airway Management, Pharmacology & Medication Administration, Medical
Emergencies (Cardiac, Respiratory, Neurological), Trauma Assessment & Management, Special
Populations (Pediatric, Geriatric, OB/GYN), EMS Operations & Scene Management, and National EMS
Scope of Practice Model for AEMT | Paramedic Education & NREMT-Aligned Focus
Exam Structure
The AEMT FISDAP Comprehensive Exam for the 2026/2027 certification cycle is a rigorous,
120-question assessment designed to evaluate advanced knowledge and clinical judgment across the
entire AEMT scope of practice, serving as a key predictor for success on the NREMT cognitive exam. This
study guide presents all 120 questions organized by clinical domain to ensure comprehensive coverage of
the AEMT curriculum.
Introduction
This AEMT FISDAP Comprehensive Exam guide for the 2026/2027 academic year provides A+ graded
questions and answers with expert clinical solutions. It challenges AEMT students to integrate
pathophysiology, pharmacology, and advanced assessment skills to manage complex medical and trauma
emergencies in the prehospital setting, ensuring readiness for national certification and field practice.
Answer Format
All correct clinical interventions, medication administrations, and scene management decisions must be
presented in bold and green, followed by expert rationales that reference current AHA/ECC guidelines,
pharmacologic principles, and evidence-based prehospital protocols to justify each step in patient
management.
Section 1: Advanced Airway Management
Question 1 - Advanced Airway Management
You are managing a 56-year-old male in cardiac arrest. High-quality CPR is in progress. You have
decided to place a supraglottic airway device (SGA) after unsuccessful BVM ventilation. After inserting
the device and inflating the cuff, you note absent breath sounds on the left side and diminished sounds
on the right. What is your immediate next action?
A. Secure the device and continue ventilation.
B. Immediately remove the device and resume BVM ventilation.
C. Deflate the cuff slightly and re-auscultate.
D. Advance the device 2-3 cm deeper.
Rationale: The correct action is to immediately remove the device and resume BVM ventilation.
Absent breath sounds on one side suggest improper placement (likely esophageal or too deep resulting in
bronchial isolation, though less common with SGAs than ET tubes) or device failure. If ventilation is
compromised, the priority is to re-establish oxygenation using the most reliable method available, which
,is BVM, before attempting another advanced airway. Troubleshooting an SGA that produces no breath
sounds on one side during arrest wastes critical time.
Question 2 - Advanced Airway Management
An unconscious 24-year-old female has a gag reflex and respirations of 8/min following an opioid
overdose. You have administered Naloxone with no immediate effect. Which airway adjunct is
contraindicated in this patient?
A. Nasopharyngeal airway (NPA)
B. Oropharyngeal airway (OPA)
C. Supraglottic airway (i-Gel)
D. Bag-valve mask without adjunct
Rationale: The Oropharyngeal airway (OPA) is contraindicated in patients with an intact gag reflex
because it may stimulate vomiting and aspiration. An NPA is the appropriate adjunct for a patient with an
intact gag reflex who requires airway support.
Question 3 - Advanced Airway Management
You are ventilating a patient via a tracheostomy tube. You notice significant resistance to ventilation
and the patient’s SpO2 is dropping. Suctioning reveals thick mucus plugs. After suctioning, resistance
persists. What is the most appropriate next step?
A. Increase the force of ventilation.
B. Administer albuterol via nebulizer.
C. Remove the inner cannula and clean or replace it.
D. Remove the entire tracheostomy tube immediately.
Rationale: The correct step is to remove the inner cannula and clean or replace it. Tracheostomy
tubes often have an inner cannula that can become occluded with secretions. Removing it clears the
obstruction while leaving the outer cannula in place to maintain the airway stoma. Removing the entire
tube is a last resort due to the difficulty of replacement.
Question 4 - Advanced Airway Management
During the transport of a patient with a Multilumen Airway (e.g., Combitube or King LT) in place, the
patient begins to regain consciousness and actively rejects the tube. The patient is bucking and gagging.
What is your priority intervention?
A. Sedate the patient to tolerate the tube.
B. Restrain the patient's hands.
C. Deflate the cuffs and remove the airway immediately.
D. Check for displacement of the device.
,Rationale: You must deflate the cuffs and remove the airway immediately. If a patient regains
consciousness and protective airway reflexes (gag reflex), the advanced airway becomes a choking hazard
and can cause vomiting/aspiration or laryngospasm. The airway must be removed, and the patient should
be placed in a lateral recumbent position to clear any secretions, with suction ready.
Question 5 - Advanced Airway Management
Which of the following findings provides the most reliable confirmation of proper supraglottic airway
placement in a cardiac arrest patient?
A. Chest rise and fall.
B. Absence of gastric distention.
C. Continuous waveform capnography.
D. Misting in the tube.
Rationale: Continuous waveform capnography is the gold standard for confirming and monitoring
advanced airway placement. It provides breath-by-breath verification of ventilation. Physical exam
findings like chest rise or misting are useful but less reliable than quantitative ETCO2 monitoring.
Section 2: Pharmacology & Medication Administration
Question 6 - Pharmacology & Medication Administration
You are treating a 45-year-old male with chest pain consistent with acute coronary syndrome. He has
taken three nitroglycerin tablets prior to your arrival. His BP is 90/50 mmHg. You have established IV
access. What is the most appropriate fluid resuscitation strategy according to AEMT scope?
A. Administer a 1000mL bolus of D5W.
B. Administer a 250-500mL bolus of Normal Saline.
C. Administer Nitroglycerin 0.4mg SL.
D. Start a dopamine infusion.
Rationale: You should administer a 250-500mL bolus of Normal Saline. Nitroglycerin is
contraindicated with a systolic BP less than 100 mmHg (or 90 mmHg depending on local protocol, but
90/50 represents hypotension/shock). A conservative fluid bolus is indicated to improve preload and
perfusion. D5W is not a resuscitation fluid.
Question 7 - Pharmacology & Medication Administration
A 6-year-old male is in anaphylactic shock. He weighs 20 kg. What is the correct dose and route for
Epinephrine administration for this patient?
A. 0.3 mg of 1:1,000 IM
B. 0.15 mg of 1:1,000 IM
C. 0.1 mg of 1:10,000 IV
D. 0.5 mg of 1:1,000 IM
, Rationale: The correct pediatric dose for epinephrine in anaphylaxis is 0.01 mg/kg. For a 20 kg child, this
is 0.2 mg, but pre-filled auto-injectors or standard dosing often utilizes 0.15 mg of 1:1,000 IM for
children weighing 15-30kg. 0.3 mg is the adult dose (typically >30kg). IV epinephrine is reserved for
cardiac arrest or profound refractory hypotension by paramedics.
Question 8 - Pharmacology & Medication Administration
You are preparing to administer Glucagon to a hypoglycemic patient. You are unable to establish IV
access. Which of the following is the correct adult dosage and route?
A. 0.5 mg IM
B. 1.0 mg IM
C. 1.0 mg SC only
D. 25g Oral Glucose
Rationale: The standard adult dose for Glucagon when IV access is unavailable is 1.0 mg IM
(Intramuscular). It can also be given IN (intranasal) in some protocols, but IM is the standard parenteral
route for AEMTs when IV Dextrose cannot be given. 0.5 mg is typically a pediatric dose for children under
20kg.
Question 9 - Pharmacology & Medication Administration
A patient is experiencing severe nausea and vomiting. You have a standing order for Ondansetron
(Zofran). What is the standard adult IV/IM dose?
A. 2 mg
B. 4 mg
C. 8 mg
D. 10 mg
Rationale: The standard adult dose for Ondansetron is 4 mg, which can be administered IV (slow push)
or IM. Some protocols allow for a repeat dose, but the initial single dose is 4 mg.
Question 10 - Pharmacology & Medication Administration
You are treating a patient with suspected opioid overdose who is breathing 4 times a minute. You
administer 0.4mg Naloxone IV. The patient does not respond after 2 minutes. What is the most
appropriate next action?
A. Begin CPR immediately.
B. Intubate the patient.
C. Administer a second dose of Naloxone, potentially increasing to 2mg.
D. Wait another 5 minutes.
GRADED | WITH EXPERT SOLUTIONS
Advanced Emergency Medical Technician (AEMT) FISDAP Comprehensive Readiness Examination |
Core Domains: Advanced Airway Management, Pharmacology & Medication Administration, Medical
Emergencies (Cardiac, Respiratory, Neurological), Trauma Assessment & Management, Special
Populations (Pediatric, Geriatric, OB/GYN), EMS Operations & Scene Management, and National EMS
Scope of Practice Model for AEMT | Paramedic Education & NREMT-Aligned Focus
Exam Structure
The AEMT FISDAP Comprehensive Exam for the 2026/2027 certification cycle is a rigorous,
120-question assessment designed to evaluate advanced knowledge and clinical judgment across the
entire AEMT scope of practice, serving as a key predictor for success on the NREMT cognitive exam. This
study guide presents all 120 questions organized by clinical domain to ensure comprehensive coverage of
the AEMT curriculum.
Introduction
This AEMT FISDAP Comprehensive Exam guide for the 2026/2027 academic year provides A+ graded
questions and answers with expert clinical solutions. It challenges AEMT students to integrate
pathophysiology, pharmacology, and advanced assessment skills to manage complex medical and trauma
emergencies in the prehospital setting, ensuring readiness for national certification and field practice.
Answer Format
All correct clinical interventions, medication administrations, and scene management decisions must be
presented in bold and green, followed by expert rationales that reference current AHA/ECC guidelines,
pharmacologic principles, and evidence-based prehospital protocols to justify each step in patient
management.
Section 1: Advanced Airway Management
Question 1 - Advanced Airway Management
You are managing a 56-year-old male in cardiac arrest. High-quality CPR is in progress. You have
decided to place a supraglottic airway device (SGA) after unsuccessful BVM ventilation. After inserting
the device and inflating the cuff, you note absent breath sounds on the left side and diminished sounds
on the right. What is your immediate next action?
A. Secure the device and continue ventilation.
B. Immediately remove the device and resume BVM ventilation.
C. Deflate the cuff slightly and re-auscultate.
D. Advance the device 2-3 cm deeper.
Rationale: The correct action is to immediately remove the device and resume BVM ventilation.
Absent breath sounds on one side suggest improper placement (likely esophageal or too deep resulting in
bronchial isolation, though less common with SGAs than ET tubes) or device failure. If ventilation is
compromised, the priority is to re-establish oxygenation using the most reliable method available, which
,is BVM, before attempting another advanced airway. Troubleshooting an SGA that produces no breath
sounds on one side during arrest wastes critical time.
Question 2 - Advanced Airway Management
An unconscious 24-year-old female has a gag reflex and respirations of 8/min following an opioid
overdose. You have administered Naloxone with no immediate effect. Which airway adjunct is
contraindicated in this patient?
A. Nasopharyngeal airway (NPA)
B. Oropharyngeal airway (OPA)
C. Supraglottic airway (i-Gel)
D. Bag-valve mask without adjunct
Rationale: The Oropharyngeal airway (OPA) is contraindicated in patients with an intact gag reflex
because it may stimulate vomiting and aspiration. An NPA is the appropriate adjunct for a patient with an
intact gag reflex who requires airway support.
Question 3 - Advanced Airway Management
You are ventilating a patient via a tracheostomy tube. You notice significant resistance to ventilation
and the patient’s SpO2 is dropping. Suctioning reveals thick mucus plugs. After suctioning, resistance
persists. What is the most appropriate next step?
A. Increase the force of ventilation.
B. Administer albuterol via nebulizer.
C. Remove the inner cannula and clean or replace it.
D. Remove the entire tracheostomy tube immediately.
Rationale: The correct step is to remove the inner cannula and clean or replace it. Tracheostomy
tubes often have an inner cannula that can become occluded with secretions. Removing it clears the
obstruction while leaving the outer cannula in place to maintain the airway stoma. Removing the entire
tube is a last resort due to the difficulty of replacement.
Question 4 - Advanced Airway Management
During the transport of a patient with a Multilumen Airway (e.g., Combitube or King LT) in place, the
patient begins to regain consciousness and actively rejects the tube. The patient is bucking and gagging.
What is your priority intervention?
A. Sedate the patient to tolerate the tube.
B. Restrain the patient's hands.
C. Deflate the cuffs and remove the airway immediately.
D. Check for displacement of the device.
,Rationale: You must deflate the cuffs and remove the airway immediately. If a patient regains
consciousness and protective airway reflexes (gag reflex), the advanced airway becomes a choking hazard
and can cause vomiting/aspiration or laryngospasm. The airway must be removed, and the patient should
be placed in a lateral recumbent position to clear any secretions, with suction ready.
Question 5 - Advanced Airway Management
Which of the following findings provides the most reliable confirmation of proper supraglottic airway
placement in a cardiac arrest patient?
A. Chest rise and fall.
B. Absence of gastric distention.
C. Continuous waveform capnography.
D. Misting in the tube.
Rationale: Continuous waveform capnography is the gold standard for confirming and monitoring
advanced airway placement. It provides breath-by-breath verification of ventilation. Physical exam
findings like chest rise or misting are useful but less reliable than quantitative ETCO2 monitoring.
Section 2: Pharmacology & Medication Administration
Question 6 - Pharmacology & Medication Administration
You are treating a 45-year-old male with chest pain consistent with acute coronary syndrome. He has
taken three nitroglycerin tablets prior to your arrival. His BP is 90/50 mmHg. You have established IV
access. What is the most appropriate fluid resuscitation strategy according to AEMT scope?
A. Administer a 1000mL bolus of D5W.
B. Administer a 250-500mL bolus of Normal Saline.
C. Administer Nitroglycerin 0.4mg SL.
D. Start a dopamine infusion.
Rationale: You should administer a 250-500mL bolus of Normal Saline. Nitroglycerin is
contraindicated with a systolic BP less than 100 mmHg (or 90 mmHg depending on local protocol, but
90/50 represents hypotension/shock). A conservative fluid bolus is indicated to improve preload and
perfusion. D5W is not a resuscitation fluid.
Question 7 - Pharmacology & Medication Administration
A 6-year-old male is in anaphylactic shock. He weighs 20 kg. What is the correct dose and route for
Epinephrine administration for this patient?
A. 0.3 mg of 1:1,000 IM
B. 0.15 mg of 1:1,000 IM
C. 0.1 mg of 1:10,000 IV
D. 0.5 mg of 1:1,000 IM
, Rationale: The correct pediatric dose for epinephrine in anaphylaxis is 0.01 mg/kg. For a 20 kg child, this
is 0.2 mg, but pre-filled auto-injectors or standard dosing often utilizes 0.15 mg of 1:1,000 IM for
children weighing 15-30kg. 0.3 mg is the adult dose (typically >30kg). IV epinephrine is reserved for
cardiac arrest or profound refractory hypotension by paramedics.
Question 8 - Pharmacology & Medication Administration
You are preparing to administer Glucagon to a hypoglycemic patient. You are unable to establish IV
access. Which of the following is the correct adult dosage and route?
A. 0.5 mg IM
B. 1.0 mg IM
C. 1.0 mg SC only
D. 25g Oral Glucose
Rationale: The standard adult dose for Glucagon when IV access is unavailable is 1.0 mg IM
(Intramuscular). It can also be given IN (intranasal) in some protocols, but IM is the standard parenteral
route for AEMTs when IV Dextrose cannot be given. 0.5 mg is typically a pediatric dose for children under
20kg.
Question 9 - Pharmacology & Medication Administration
A patient is experiencing severe nausea and vomiting. You have a standing order for Ondansetron
(Zofran). What is the standard adult IV/IM dose?
A. 2 mg
B. 4 mg
C. 8 mg
D. 10 mg
Rationale: The standard adult dose for Ondansetron is 4 mg, which can be administered IV (slow push)
or IM. Some protocols allow for a repeat dose, but the initial single dose is 4 mg.
Question 10 - Pharmacology & Medication Administration
You are treating a patient with suspected opioid overdose who is breathing 4 times a minute. You
administer 0.4mg Naloxone IV. The patient does not respond after 2 minutes. What is the most
appropriate next action?
A. Begin CPR immediately.
B. Intubate the patient.
C. Administer a second dose of Naloxone, potentially increasing to 2mg.
D. Wait another 5 minutes.
