PracticeVideosBlogFlashcardsEspañol
All Practice Exams

Free Practice Questions for SCFHS Paramedics Specialist

Exam-style questions and explanations by OpenExamPrep.

✓ No registration✓ No credit card
100+ Questions
100% Free

Loading practice questions...

Same family resources

Explore More Gulf Allied Health Specialty Licensing Exams

Continue into nearby exams from the same family. Each card keeps practice questions, study guides, flashcards, videos, and articles in one place.

DHA Physiotherapist

Practice Questions115 questionsStudy Guide

QCHP/DHP Dental Hygienist Licensing Exam (Qatar)

Practice Questions174 questions

QCHP/DHP Paramedic Licensing Exam (Qatar)

Practice Questions105 questions

QCHP/DHP Dietician Licensing Exam (Qatar)

Practice Questions103 questions

Bahrain NHRA Physiotherapist Licensure Examination

Practice Questions100 questions

DHA Clinical Dietitian

Practice Questions100 questions
Exam Review

Key Facts: SCFHS Paramedics Specialist Exam

150

Official MCQ count

SCFHS Paramedics Specialist Blueprint 2024

3 hours

Official exam duration

SCFHS Paramedics Specialist Blueprint 2024

60%

Official passing standard

SCFHS Paramedics Specialist Blueprint 2024

30%

Combined weight: Trauma & Shock

SCFHS Paramedics Specialist Blueprint 2024

MCQ only

Delivery format (Prometric CBT)

SCFHS Classification Exams Directory

The SCFHS Paramedics Specialist examination is the official Saudi licensure test for specialist-level prehospital emergency medical practitioners. Published blueprint specifications mandate 150 MCQs over a 3-hour Prometric testing window with a 60% passing score. The curriculum spans thirteen core sections with the heaviest weighting on Trauma (15%), Shock and Resuscitation (15%), Airway (10%), Medical Emergencies (10%), and Cardiac Emergencies (10%).

Sample SCFHS Paramedics Specialist Practice Questions

Try these sample questions to review concepts for the SCFHS Paramedics Specialist exam. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1When establishing an emergency landing zone (LZ) for a rotary-wing Helicopter Emergency Medical Services (HEMS) aircraft during daytime operations, what is the minimum recommended clear area and maximum ground slope according to international prehospital aeromedical standards?
A.About 30 x 30 metres of flat ground with a slope under about 5 degrees
B.A 15 x 15 meter area with a ground slope up to 15 degrees
C.A 50 x 50 meter area with a ground slope up to 20 degrees
D.A 10 x 10 meter area with no slope restrictions as long as obstacles are flagged
Explanation: Standard aeromedical safety guidelines recommend an emergency daytime helicopter landing zone measuring at least 100 x 100 feet (approximately 30 x 30 meters), with no more than a 5 to 7-degree slope (and preferably less than 5 degrees) to prevent tail rotor strikes and dynamic rollover. Night operations often expand this requirement to 125 x 125 feet or larger, completely clear of wires, trees, loose debris, and other physical obstructions.
2Under the Incident Command System (ICS), which command staff position possesses the direct authority to immediately alter, suspend, or terminate prehospital tactical operations when an imminent hazard or immediate threat to personnel safety is recognized?
A.Liaison Officer
B.Safety Officer
C.Public Information Officer
D.Operations Section Chief
Explanation: Under ICS doctrine, the Safety Officer is uniquely empowered with emergency authority to immediately suspend or bypass standard command chains to halt unsafe acts or conditions posing imminent life-threatening hazards to responders. The Safety Officer monitors hazardous conditions, develops responder safety measures, and assesses operational environments directly advising the Incident Commander.
3A paramedic crew responding inside a densely built urban setting with concrete high-rises experiences significant radio dead spots when communicating directly unit-to-unit. Which communications technology best resolves this limitation by relaying low-power transmissions through a high-elevation transceiver?
A.Simplex transmission
B.Cellular voice circuit
C.Repeater system
D.Very high frequency (VHF) direct line
Explanation: A radio repeater system receives transmissions on one frequency (input) and simultaneously re-transmits them at higher power and from an elevated antenna or tower on a second frequency (output). This overcomes topographical barriers, structural shielding, and physical distance in dense urban terrain, unlike simplex communication where portable units must transmit line-of-sight directly to one another.
4Under prehospital emergency vehicle operating principles, which legal and clinical standard governs an emergency vehicle operator's conduct when proceeding through a red traffic signal with active visual and audible emergency warning equipment?
A.Emergency warning lights confer absolute right-of-way, transferring all liability to civilian drivers
B.The operator must maintain the posted speed limit without stopping as long as the siren is active
C.The ambulance is exempt from civil and criminal liability under all jurisdictional Good Samaritan acts
D.The driver must operate with due regard for the safety of all other persons on the roadway
Explanation: Emergency vehicle statutes permit ambulances using visual and audible emergency devices to exercise specific driving privileges (such as proceeding through red signals or exceeding posted speed limits), but mandate that the vehicle operator drive with 'due regard' for the safety of others. This requires coming to a complete stop or slowing significantly to visually clear every lane of traffic before entering an intersection.
5When formulating the medical action plan for a large mass gathering in high ambient temperatures, which operational configuration provides the most effective rapid intervention for heat-related illnesses and crowd-induced crush emergencies?
A.Roving foot teams with AEDs plus forward cooling and triage points
B.Relying solely on staging transport ambulances outside the security perimeter gates
C.Placing a single centralized field hospital at the farthest exit to minimize crowd obstruction
D.Restricting paramedic crews to dispatched telephone requests without proactive crowd surveillance
Explanation: Mass-gathering prehospital medical care requires a tiered, decentralized operational design. Pairing roving foot or bike paramedic patrols carrying first-line resuscitation equipment (AED, airway, medications) with strategic forward-deployed cooling and triage tents minimizes transit delays through dense crowds, allows rapid treatment of exertional heat injuries, and reduces unnecessary transport burdens on regional emergency departments.
6During pre-oxygenation before emergency Rapid Sequence Induction (RSI) in a critically hypoxemic adult patient, which physiological strategy best prolongs safe apnea time without desaturation (NO DESAT)?
A.Providing rapid positive-pressure bag-valve-mask ventilations at 30 breaths per minute with room air
B.Nasal oxygen at 15 L/min under a flush-rate mask, kept on during laryngoscopy
C.Placing a simple face mask at 6 L/min while encouraging deep shallow hypoventilation
D.Performing immediate endotracheal intubation without pre-oxygenation to eliminate the risk of gastric insufflation
Explanation: The NO DESAT (Nasal Oxygen During Efforts Securing A Tube) technique uses a high-flow nasal cannula at 15 L/min or higher under a tight-fitting non-rebreather mask with flush flow (>15 L/min) or CPAP/PEEP during pre-oxygenation. Leaving the nasal cannula running at 15 L/min during the apneic phase provides continuous pharyngeal oxygen entrainment via passive mass flow, substantially prolonging the safe apnea window before hemoglobin desaturation occurs.
7Which induction agent is most appropriate for prehospital rapid sequence induction in a polytrauma patient presenting with hemorrhagic shock and a blood pressure of 78/42 mmHg, owing to its sympathetic stimulation and favorable hemodynamics?
A.Propofol
B.Midazolam
C.Ketamine
D.Thiopental
Explanation: Ketamine (1.5 to 2.0 mg/kg IV/IO, or dose-reduced to 0.5-1.0 mg/kg in profound shock) is the preferred induction agent in hypotensive trauma patients. Through central sympathetic stimulation, it promotes catecholamine release, which maintains systemic vascular resistance and heart rate while preserving airway reflexes and bronchodilation. However, doses must be adjusted down in critically catecholamine-depleted patients.
8In which clinical scenario is the depolarizing neuromuscular blocking agent succinylcholine strictly contraindicated due to the risk of lethal hyperkalemic cardiac arrest?
A.An acute isolated closed head injury sustained 30 minutes prior to arrival
B.An acute midshaft femur fracture with severe pain sustained 1 hour ago
C.A previously healthy adult with status asthmaticus refractory to nebulized bronchodilators
D.A paraplegic patient who suffered a complete spinal cord transection 3 weeks ago
Explanation: Succinylcholine triggers widespread opening of acetylcholine receptors. Following denervation injuries (spinal cord injury, stroke, prolonged immobility) or extensive burns/crush injuries starting 24-72 hours post-injury, nicotinic acetylcholine receptors proliferate across the entire sarcolemma (upregulation). Succinylcholine administration in this window causes massive potassium efflux from myocytes, resulting in sudden refractory hyperkalemic ventricular arrest.
9When utilizing rocuronium bromide as the paralytic agent for prehospital rapid sequence induction, what is the recommended intravenous dose required to achieve intubating conditions comparable in onset time to succinylcholine?
A.1.0 to 1.2 mg/kg
B.0.1 to 0.2 mg/kg
C.0.3 to 0.5 mg/kg
D.2.5 to 3.0 mg/kg
Explanation: To achieve rapid muscle relaxation within 45 to 60 seconds (comparable to succinylcholine), rocuronium must be administered at an RSI dose of 1.0 to 1.2 mg/kg IV/IO. Lower doses (such as 0.6 mg/kg used for maintenance of paralysis) significantly prolong the time to optimal intubating conditions to 90 seconds or longer, which is hazardous in emergency prehospital airway management.
10During continuous end-tidal carbon dioxide (ETCO2) monitoring of a mechanically ventilated patient, the capnography waveform displays a prolonged expiratory upstroke resembling a 'shark-fin' contour. What underlying pathophysiology does this waveform represent?
A.Endotracheal tube cuff leak or hypoventilation
B.Bronchospasm and lower airway obstruction
C.Sudden pulmonary embolism with dead-space ventilation
D.Curare cleft indicating spontaneous diaphragmatic effort
Explanation: A 'shark-fin' capnogram (sloping, prolonged phase II and an angled phase III) represents uneven alveolar emptying caused by expiratory airway resistance, characteristic of bronchospasm in asthma, COPD exacerbation, or mechanical kinking of the endotracheal tube. Alveoli empty at varying rates, eliminating the crisp, rectangular alveolar plateau seen in healthy lungs.

About the SCFHS Paramedics Specialist Exam

This resource is an independent English-language MCQ study adaptation created by OpenExamPrep for candidates preparing for the Saudi Licensure Examination - Paramedics Specialist (SCFHS). SCFHS lists Paramedics Specialist on its official Classification Exams directory with an official 2024 blueprint. The official examination consists of 150 multiple-choice questions administered over 3 hours at Prometric testing centers with a passing standard of 60%. The examination is computer-based MCQ only (no practical component). Key subject domains evaluated include trauma, shock and resuscitation, airway management, cardiac emergencies, medical emergencies, pediatrics, OB/GYN, environmental emergencies, toxicology, disaster management, patient safety, fundamentals and operations, and professional ethics. OpenExamPrep is an independent educational resource and is not affiliated with, approved by, or sponsored by SCFHS or Prometric.

Exam sponsor: Saudi Commission for Health Specialties (SCFHS), administered through Prometric test centers. The requirements and fees below concern the certification or admission exam, separate from our free practice resources.

Assessment

The official SCFHS Paramedics Specialist blueprint specifies a 150-MCQ, 3-hour computer-based exam covering thirteen weighted content sections: Fundamentals and Operations 5%, Airway 10%, Disaster 5%, Trauma 15%, Shock and Resuscitation 15%, Environmental and Toxicology 5%, Pediatrics and Neonates 5%, OB/GYN 5%, Medical Emergency 10%, Special Populations 5%, Cardiac Emergency 10%, Patient Safety 5%, and Professionalism and Ethics 5%. The published blueprint describes the written MCQ examination and does not specify a practical station component. Confirm any separate classification requirements with SCFHS.

Time Limit

3 hours

Passing Score

60%

Exam / Certification Fees

Not published by SCFHS

Exam sponsor website

Reported exam pass rate: Not published. No official candidate pass-rate data for the Paramedics Specialist licensure exam is published by SCFHS. Exam sponsor website

Fees, eligibility, and exam policies can change. Confirm them with the exam sponsor before applying or paying.

Our practice resources: topics covered

We aim to reflect publicly available exam outlines and topic information in our study resources. Coverage, format, and difficulty may differ from the actual exam, and we cannot guarantee that every detail is accurate or current. Confirm exam requirements, fees, and policies with the official exam sponsor.

5%

Fundamentals and Operations

EMS systems, ground and air medical transport operations, radio communications, scene safety, incident command, and mass gathering protocols.

10%

Airway

Basic and advanced airway management, rapid sequence intubation, video laryngoscopy, supraglottic devices, surgical airways, and waveform capnography interpretation.

5%

Disaster

Mass-casualty triage algorithms (START and JumpSTART), CBRNE defense, hazardous materials prehospital response, and disaster resource allocation.

15%

Trauma

Blunt and penetrating trauma assessment, traumatic brain injury, spinal motion restriction, thoracic trauma, pelvic fractures, musculoskeletal trauma, and burn resuscitation.

15%

Shock and Resuscitation

Hypovolemic, cardiogenic, obstructive, and distributive shock pathophysiology, goal-directed fluid resuscitation, inotrope and vasopressor titration, and advanced cardiac life support.

5%

Environmental and Toxicology

Hyperthermia, heat stroke, hypothermia, submersion injuries, toxidromes, organophosphate poisoning, snakebite envenomation, and specific pharmacological antidotes.

5%

Pediatrics and Neonates

Neonatal resuscitation, pediatric assessment triangle, pediatric respiratory distress versus failure, pediatric shock management, and weight-based emergency dosing.

5%

OB/GYN

Antepartum hemorrhage, preeclampsia and eclampsia, normal and complicated field delivery, shoulder dystocia, breech presentation, and postpartum hemorrhage.

10%

Medical Emergency

Acute respiratory failure, asthma and COPD exacerbations, stroke identification and thrombolytic screening, diabetic emergencies, sepsis recognition, and acute abdomen.

5%

Special Populations

Geriatric trauma and polypharmacy, bariatric extrication and ventilation challenges, patients with specialized medical technologies, and psychiatric emergencies.

10%

Cardiac Emergency

12-lead ECG interpretation, STEMI localization, unstable tachydysrhythmias, symptomatic bradydysrhythmias, cardiogenic pulmonary edema, and acute coronary syndrome pharmacotherapy.

5%

Patient Safety

Medication calculation verification, handoff communication protocols (SBAR/IMIST-AMBO), safe patient transfer, crew resource management, and infection control standards.

5%

Professionalism and Ethics

Medical-legal consent, refusal of care against medical advice, advance directives and DNR orders, patient confidentiality, and prehospital scope of practice.

Preparing for the SCFHS Paramedics Specialist Exam

What You Need to Know

  • Passing score: 60%
  • Assessment: The official SCFHS Paramedics Specialist blueprint specifies a 150-MCQ, 3-hour computer-based exam covering thirteen weighted content sections: Fundamentals and Operations 5%, Airway 10%, Disaster 5%, Trauma 15%, Shock and Resuscitation 15%, Environmental and Toxicology 5%, Pediatrics and Neonates 5%, OB/GYN 5%, Medical Emergency 10%, Special Populations 5%, Cardiac Emergency 10%, Patient Safety 5%, and Professionalism and Ethics 5%. The published blueprint describes the written MCQ examination and does not specify a practical station component. Confirm any separate classification requirements with SCFHS.
  • Time limit: 3 hours
  • Exam / certification fees: Not published by SCFHS Official sources

Using Our Practice Resources

  • Work through all 100 available questions
  • Review every answer and explanation
  • Track weak areas and revisit them
  • Use our AI tutor for tough concepts

SCFHS Paramedics Specialist: Suggested Study Strategy

1Prioritize high-yield clinical domains: Trauma (15%) and Shock and Resuscitation (15%) represent nearly a third of all examination items.
2Review evidence-based trauma guidelines, including prehospital permissive hypotension, tranexamic acid (TXA) administration windows, pelvic stabilization, and finger thoracostomy.
3Sharpen 12-lead ECG interpretation skills for STEMI equivalents (such as de Winter's T-waves, Wellens' syndrome, and Sgarbossa criteria) and acute tachydysrhythmia algorithms.
4Solidify pediatric resuscitation and weight-based pharmacotherapy calculations, focusing on the Pediatric Assessment Triangle and Broselow tape references.
5Master difficult airway algorithms, rapid sequence induction pharmacology, pre-oxygenation physiological targets, and surgical cricothyroidotomy indications.
6Practice Prometric time management: aiming for approximately 50 questions per hour maintains a steady pace across the 180-minute testing window.

Frequently Asked Questions

What is the official title and role of the SCFHS paramedic examination?

The examination is officially titled the Saudi Licensure Examination - Paramedics Specialist (SCFHS). It classifies and licenses specialist-level emergency medical services (EMS) professionals in the Kingdom of Saudi Arabia.

How many questions are on the official examination and what is the time limit?

The official SCFHS Paramedics Specialist blueprint establishes a computer-based examination comprising 150 single-best-answer multiple-choice questions administered over 3 hours (180 minutes) at Prometric centers.

What is the passing score for the Paramedics Specialist exam?

The passing standard set by the SCFHS 2024 blueprint for the Paramedics Specialist classification is 60%.

Does the exam include a practical or hands-on clinical station?

The SCFHS 2024 blueprint describes only a 150-MCQ written exam booked through Prometric; it lists no practical station. Check the SCFHS Classification Exams page for any change before applying.

What are the most heavily weighted content areas on the examination?

The two largest sections are Trauma (15%) and Shock and Resuscitation (15%), followed by Airway (10%), Medical Emergencies (10%), and Cardiac Emergencies (10%). Together, these five core prehospital clinical areas constitute 60% of the examination.

How do candidates register and what fees apply?

Candidates apply for professional classification in the SCFHS Mumaris+ portal and then book the exam with Prometric once eligibility is confirmed. SCFHS does not publish an exam fee on its Classification Exams page or in the blueprint, so confirm current charges in Mumaris+ and at booking.