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COURSE SYNOPSIS:

ADVANCED CARDIAC LIFE SUPPORT FOR THE EXPERIENCED PROVIDERS 

ADVANCED CARDIAC LIFE SUPPORT PROVIDERS COURSE

PEDIATRIC ADVANCED LIFE SUPPORT PROVIDERS COURSE

BASIC LIFE SUPPORT OVERVIEW OF 5 MODULES

HEARTSAVER PROVIDER COURSE

PEDIATRIC BASIC LIFE SUPPORT PROVIDERS COURSE

HEARTSAVER PLUS PROVIDER COURSE

BASIC LIFE SUPPORT FOR HEALTHCARE PROVIDERS

AUTOMATED EXTERNAL DEFIBRILLATION PROVIDERS COURSE

 

 

 

 

 

 

 

 

ADVANCED CARDIAC LIFE SUPPORT FOR THE EXPERIENCED PROVIDERS 

Objectives

The objectives of the ACLS Course for Experienced Providers (ACLS EP) are:

Major

Ø To provide an alternative for ACLS providers who wish to renew their provider status (the current recommendation for renewal is every 2 years). ACLS-EP is a new, expanded course designed to challenge experienced providers rather than repeat information in the ACLS Provider Course.

Ø To provide a stimulus for expert clinicians and scientists to identify the many areas in resuscitation that require a different approach from that of the basic provider course.

Ø To teach experienced ACLS providers new information on how to assess and manage critical cardiovascular emergencies not currently addressed in ACLS.

Minor

Ø To provide adult continuing education for learners who wish to improve their knowledge and skills in ACLS but are not required to document successful completion.

The combination of the ACLS Provider Course followed by the ACLS-EP Course will provide regular updates of knowledge and skills. The course we believe, will stimulate interest in "keeping up" and will help satisfy institutional requirements for regular continuing medical education, a requirement faced by clinicians and healthcare professionals yearly. Perhaps of greatest value, the course will generate greater interest in ACLS among persons who till now take one ACLS course but seldom if ever return for timely review.

Sample ACLS-EP Course Schedule (8-10 hours)

O800-0825 Welcome introduction
0830-1000  1. BLS-AED skills evaluation (Heartsaver AED Checklist)
                2. Verbal assessment of criterial ACLS provider actions
1015-1145 Learning Stations rotation 1: Small groups ABCD move to station room
1145-1230 Lunch Break
1230-1400 Learning Stations rotation 2: Small groups ABCD move to station room
1400-1530 Learning Stations rotation 3: Small groups ABCD move to station room
1530-1700 Learning Stations rotation 4: Small groups ABCD move to station room
1700-1800 Written evaluation; review of annotations; group summation and evaluation
1800-1930 Course director and instructor’s debriefing and critique session

The following four learning stations are based on (CEET) Cardiovascular emergencies, Electrolyte abnormalities, Environmental emergencies and Toxicologic emergencies.

The Five Quadrads Approach

Cardiac Arrest:
   
1. Primary ABCD Quadrad
    2. Secondary ABCD Quadrad
Note above the ACLS Approach: Primary and Secondary ABCD Surveys.

Pre – Cardiac Arrest:
   
3. The "Always Right" Quadrad: oxygen – IV – monitor – fluids
    4. The "Vital Signs" Quadrad: temparature–BP–heart rate – respiratory rate
   
5. The "Cardiovascular" Quadrad: tank – tank – pump – rate
       
o Tank (too large versus too small; due to vascular resistance)
        o
Tank (too low versus too full; due to vascular volume)
        o
Pump (pumping poorly versus pumping well; due to 
                    cardiac
                    performance)
        o
Rate (too slow versus too fast; due to arrhythmias)

Learning Station A Cardiovascular Emergencies
Advanced cases
    Ø
Complicated AMIs
    Ø
Pulmonary embolism
    Ø
Cardiac Tamponade
    Ø
Pneumothorax
    Ø
Acute pulmonary oedema, shock
Additional cases
   Ø AICD firings

Learning Station B
Electrolyte Abnormalities
High and low levels
    Ø
Potassium (hyper-hypokalemia)
    Ø
Sodium (Hyper-hyponatremia)
    Ø
Calcium (Hyper-hypocalcemia)
    Ø
Magnesium (Hyper-hypomagnesemia)
Additional cases
    Ø
Acid-base emergencies

Learning Station C
Environmental Emergencies
Frequent and complex
    Ø
Hypothermia
    Ø
Near-drowning
    Ø
Life-threatening asthma
    Ø
Anaphylaxis (cardiovascular collapse)
Additional cases
    Ø
Pregnancy
    Ø
Trauma

Learning Station D
Toxicologic Emergencies
Adult overdoses
    Ø
Cocaine
    Ø
TCA overdose/phenothiazines
    Ø
Calcium channel blockers
    Ø
Beta-blockers
Additional cases
    Ø
Digoxin
    Ø
Benzodiazepines

Broad Learning Objectives

The instructor let specific learning objectives guide their instruction at each case-management learning station. The course trains learners to return repetitively to the same system to manage and evaluate every case. Primary and secondary ABCD Surveys, expanded to include the Five Quadrads Approach. The course also teaches learners specific critical actions to take for specific critical problems

Specific Learning Objectives

At the end of this course the instructors should be sure that successful course participants are able to do the following:

Ø Cardiopulmonary arrest: Describe the ACLS Approach, the systematic approach to all cardiopulmonary arrest patients, which includes the Primary and Secondary ABCD Surveys.

Ø Peri-cardiac arrest: For patients whose condition is urgent but who are not yet in cardiac arrest, describe the expansion of the ACLS Approach to cardiopulmonary emergencies.

Ø Perform the skills of the Primary ABCD Survey for 1-rescuer, witnessed arrest These include:-

o Basic adult life support (basic CPR, the ABCs) for single rescuer.
o
Application and use of an AED = D (combined with CPR, this forms the (ABCDs).
o
Application and use of a conventional manual defibrillator = D

Ø Verbally perform the Secondary ABCD Survey this includes:-

o Describe endotracheal intubation (provide an invasive A=Airway).
o
Describe assessment of appropriate ETT placement and adequate ventilations B=Breathing.
o
Describe how to establish intravascular access to the C=Circulation.
o
Describe how to administer rhythm appropriate medications into the C=Circulation
o
Describe development of a D=Differential Diagnosis for possible reversible causes of the cardiac arrest.
o
Describe the assessment-management approach to be used for the differential development above.

Ø Describe pre-arrest management for cases selected from the clinical emergencies listed under the CEET described above.

o For each of the CEET emergencies, describe the critical actions to take 10 minutes before an anticipated cardiac arrest. If performed correctly, these critical actions would prevent the cardiac arrest. If not performed, or if performed incorrectly, the patient will go into cardiac arrest.

Ø Arrest management: The patient goes into cardiac arrest because of the prearrest problem. The actions described above were either not performed or were not successful

Minimum Criteria for Successful Completion of the ACLS-EP Course

A participant in the ACLS – EP Course will be considered to have successfully completed the course if he or she
     Ø
Participates actively in instructor-led verbal review 
                      sessions in which the group reviews the critical
                      actions of
                      each of the 10 core ACLS cases. Critical actions for
                      each
                      case is describe in the text book.
     Ø
Displays knowledge of the learning objectives stated
                      for
                      each experienced provider case in the ACLS-EP
                      Course.
     Ø
Successfully completes one ACLS annotated written
                      evaluation.
     Ø
Successfully completes a practical skills evaluation of
                      CPR
                      and AED performance using the skills check sheet
                      "Provider
                      CPR and AED Performance Criteria"

Text required for participants
               
1. Current ACLS textbook
                2. Current ECC Handbook

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ADVANCED CARDIAC LIFE SUPPORT PROVIDERS COURSE

COURSE TIMETABLE

ACLS COURSE SCHEDULE 10-11 HOURS
7:30-8:00 Am Registration; Faculty Meeting
8:00-8:30 Am Whole Group Demonstration/Discussion
               Scenario: Universal Algorithm - a Full Megacode
8:30-10:30 Am Small Group Skills Teaching Stations - 
                Demonstration/Practice/Evaluation of ACLS Cases (Four stations, 
                30 minutes per station per group, one instructor per eight
                participants)
        1. Airway/intubation (teaching points from ACLS case 1 are
            covered here)
        2. Electrical therapy: AEDS, manual defibrillators,
            transcutaneous pacing
        3. Arrhythmia recognition
        4. CPR-D: review basic CPR skills plus integration with AEDs
10:30-10:45 Am Break
10:45 AM- 1 2:45 Pm Whole Group Demonstration/Discussion of ACLS
                         Cases. 
        Faculty presentation to the whole group replaces lectures; 
        20 minutes per case; not a rotation.
        Case 1: Respiratory Arrest
        Case 2: Simple VF and Pulseless VT
        Case 3: Refractory VF and Pulseless VT (Mega-VF)
        Case 4: Pulseless Electrical Activity
        Case 5: Asystole
        Case 7: Bradycardia
12:45-1:30 Pm Lunch
1:30-3:00 Pm Small Group Skills Teaching Stations - Demonstration/Practice/Evaluation of 
        ACLS Cases (Four cases, continued after break, 45 minutes per
                case per group, 
        one instructor per eight participants. Evaluation is performed
                 within each station.)
        Cases 1 and 4: Respiratory Arrest and Pulseless Electrical
                             Activity
        Cases 2 and 3: VF/Pulseless VT
        Cases 5 and 7: Asystole and Bradycardia
        Cases 8 and 9: Tachycardia With a Pulse
3:00-3:15 Pm Break
3:15-4:30 Pm Small Group Skills Teaching Stations continue from
                 earlier in day
4:30-5:30 Pm Whole Group Demonstration/Discussion of ACLS Cases:
        Case 6: Acute Coronary Syndromes
        Case 8: Unstable Tachycardia
        Case 9: Stable Tachycardia
        Case 10: Acute lschemic Stroke
5:30-6:45 Pm Megacode Evaluation, Written Examination, 
                and Remediation (all four steps recommended)
        a. All participants begin the written examination.
        b. Groups of participants leave the written examination for 
            15 minutes for  Megacode evaluation, then return to
             complete the examination.
        c. Participants are given feedback on the written examination.

 Once the participant completes the written examination, he or she joins a discussion group to review the teaching points of missed questions.
        d. Participants having problems are directed to a remediation
            station.
*Notes: 1 . Because of the short time frame, beginners may acquire only a few basic skills, such as treatment of VF.
            2. If needed, based on number of participants, lectures can
                be held the night before to allow learners to spend 
                more time on skill training during the class.
Night before the course:
        1 hour Whole Group Demonstration/Discussion
        Scenario: Universal Algorithm - a Full Megacode
        30 min Lecture/discussion on airway management and
         intubation
        15 min Break
        1 hour Lecture/discussion of lethal arrhythmias
        1 hour Lecture/discussion of pharmacology of agents used in
         arrests
        The 8:30 AM small group skills teaching station can be switched
         with the 
        10:30 AM whole group demonstration.
        4. Small group stations can be consolidated into three groups
         of 60 minutes each
        (cases 1, 4; cases 2, 3, 5; cases 7, 8, and 9).

 

Criteria for Course Completion
(Evaluation Stations Completion Criteria)
Here are the core knowledge and skills needed for ACLS:
For devices and procedures, participants must know
        * Indications (knowledge)
        * Precautions (knowledge)
        * Proper use (hands-on practice)
For pharmacologic agents, participants must know
        * Why
an agent is used (actions)
        * When
to use an agent (indications)
        *
How to use an agent (dosing)
        * What to watch out for
(precautions)
Airway management and endotracheal intubation (core), including:
    - Noninvasive airway techniques and devices (hands-on practice)
    - Rescue position
    - Nasal cannulas
    - Venturi masks
    - Oropharyngeal airways
    - Pocket face masks and barrier devices
    - Bag-valve mask
    - Tracheobronchial suctioning
    - Cricoid pressure
    - Techniques to administer oxygen (hands-on practice)
    - Oxygen tanks
    - Cricothyrotomy (supplemental)
    -Transtracheal catheter ventilation (supplemental)
    -Endotracheal intubation (hands-on practice)
Recognition and therapy of the major ACLS emergency conditions (core):
    * Universal algorithm
    * Ventricular fibrillation/pulseless ventricular tachycardia (VF/VT)
    * Pulseless electrical activity (PEA)
    * Asystole
    * Bradycardia
    * Tachycardias
    * Acute coronary syndromes
    * Hypotension/shock/acute pulmonary edema
    * Acute ischemic stroke
Electrical therapy (core), including:
    Defibrillation with automated external defibrillators
     (AEDS) (hands-on practice)  
    Defibrillation with conventional defibrillators (handson
     practice)
    Attachment of defibrillators (conventional and AED) as
     a cardiac monitor
    Electrical cardioversion with conventional
     defibrillators
    Transcutaneous pacemakers (hands-on practice)
     -Asynchronous pacing
    Synchronous pacing
    Intravenous (IV) and invasive therapeutic and
     monitoring techniques, including:
    Peripheral IV lines (core)
    Hand, antecubital, saphenous, external jugular,
     femoral
    Central IV lines (supplemental)
    Internal jugular (Seldinger technique and triplelumen
    catheters)
    Subclavian
    Pericardiocentesis (supplemental)
    Thoracentesis for tension pneumothorax
    (supplemental)
    Recognition of the following rhythms (core):
    * Lethal rhythms
           
VF / VT
Artifact from lead detachment, movement, electrical interference
        Asystole
        PEAs (narrow-complex and wide-complex)
    Nonlethal arrhythmias
       
Normal sinus rhythm
        Bradycardias: sinus bradycardia, atrioventricular (AV) nodal blocks (first-,second- [type 1 and type Ill, third-degree)
        Atrial tachycardia, atrial tachycardia with block,
        atrial flutter with various 
        degrees of block, premature ventricular complexes
        (PVCS)
        Tachycardias: sinus tachycardia, atrial fibrillation,
        atrial flutter, paroxysmal
        supraventricular tachycardia (PSVT), wide-complex
        tachycardias
        Electrocardiographic (ECG) criteria for acute ischemia, acute injury, acute
        infarction (anterior, inferior)
        Pacemaker spikes
ACLS cardiovascular pharmacology (core), including the Why? (actions), When? (indications), How? (dosing), and Watch out! (precautions) of the following agents:
    * Electricity
    * Oxygen
    * Epinephrine
    * Lidocaine
    * Bretylium
    * Magnesium sulfate
    * Procainamide
    * Sodium bicarbonate
    * Atropine
   *
Dopamine
    *. lsoproterenol
    * Vagal maneuvers (used as a drug)
    * Adenosine
    * Verapamil
    * Diitiazem
    * p-Blocker (eg, atenolol, propranolol, or metoprolol)
    * Nitroglycerin
    * Nitroprusside
    * Dobutamine
    * Morphine sulfate
    * Furosemide
    * A thrombolytic agent (the one used in the provider's work setting)

Stroke management
Early management (first 30 minutes) of the following special resuscitation situations (supplemental):
    * Hypothermia
    * Drowning and near-drowning
    * Cardiac arrest associated with trauma
    * Electrocution and lightning strike
    * Cardiac arrest of the pregnant patient
    * Possible drug overdose

Evaluation Stations
Megacode leadership (core) and full participation (core), including:
Knowledge and skills to manage the core Megacode scenario: the first 10 minutes of an adult VF cardiac arrest
The core Megacode scenario covers the following areas:
    - Universal algorithm (for pulseless patient)
    - Basic adult CPR (primary ABCD survey)
   -
VF/VT algorithm
Appropriate use of the secondary ABCD survey -Acceptable noninvasive airway management techniques
    - Endotracheal intubation (only if professional role requires)
    - IV techniques (peripheral fine only)
    - Defibrillation with AEDs and conventional defibrillators
    - Use of pharmacologic agents: epinephrine, lidocaine, bretylium, procainamide,
      sodium bicarbonate, magnesium sulfate
Explanation
   
1 . If a participant clearly cannot demonstrate adequate mastery of listed skills, 
        the instructor shall provide remediation until skills are achieved.
    2. Participants who successfully complete the course with superior performance 
        in the case scenarios may be designated by the course director as providers with
        instructor potential. Providers with the motivation and ability to teach may be
        encouraged to participate in an instructor course. You may want to indicate
        instructor potential (IP) on their course record.

Back to COURSE SYNOPSIS:

 

 

 

 

 

 

PEDIATRIC ADVANCED LIFE SUPPORT PROVIDERS COURSE

Course Timetable

The course timetable and content will depend on the target audience. Some groups will be more advanced than others; the core material may be tailored to meet the needs of the audience. Several schedule templates can be provided to show options in course sequence and weighting material. The course director may choose the schedule that best suits the target audience.

Template
2-Day Course
Day 1

Introduction
5 minutes
Lecture:
Recognition of Respiratory Failure and Shock and 60 minutes
Prevention’s of Cardiopulmonary arrest
Lecture: Fluid therapy and Medications 30 minutes
Skills Stations: 1. Basic Life Support and Bag-Valve-Mask Ventilation 60 minutes
                       2. Advanced Airway Management 60 minutes
                       3. Vascular Access 60 minutes
Large-Group Cardic Rhythm Disturbances 30 minutes
Interactive Session
Intergration Session
Infant and Child Case Presentations 45 minutes
Lecture: Newborn Resuscitation Outside the Delivery Room 30 minutes

Total teaching time: 6 hours, 20 minutes
Day 2

Lecture:
Trauma 30 minutes
Teaching Stations: 1. Newborn Resuscitation 45 minutes
2. Respiratory Failure 45 minutes
3. Shock 45 minutes
4. Cardiopulmonary Arrest/Cardiac Rhythm Disturbances 45 minutes
Integration Sessions: Case Studies in Postarrest Stabilisation and Transport 45 minutes
Evaluation Stations: 1. Newborn Resuscitation; Cardiopulmonary Arrest/Rhythm Disturbances 45 minutes
2. Respiratory Failure; Shock 45 minutes
3. Written Evaluation 30 minutes
Panel: Review of Evaluation; Questions 30 minutes
Total teaching time: 6 hours, 45 minutes
For each day add 1 hour for lunch and two 15 minute periods for breaks

Overview and evaluation of the PALS Program

The goals of the Pediatric Advanced Life Support Course are to provide the participant with:-
    * The information needed to recognise infants and children at risk for
      cardiopulmonary arrest
    * The information and strategies needed to prevent cardiopulmonary arrest in infants
       and children
    * The cognitive and psychomotor skills needed to resuscitate and stabilise infants and
       children in respiratory failure, shock, or cardiopulmonary arrest

The course is intended for healthcare providers who are responsible for the well-being of infants and children - pediatricians, house staff, emergency physicians, family physicians, nurses, paramedical personnel, respiratory therapists, and others. Innovative teaching methods that meet the needs of the participants are encouraged. Lecture time is minimal so that hands-on experience is emphasised. Technical skills and information are first taught separately in 1 hour small-group sessions. Practical application of skills and knowledge in critical situations is then emphasised in case presentations, first in large group discussions called "integration sessions" and then at small-group teaching and evaluation stations.

Course Synopsis

Lecture: Recognition of Respiratory Failure and Shock and Prevention of Cardiopulmonary Arrest

This lecture presents the antecedents of cardiopulmonary arrest, including the presenting signs and symptoms that suggest risk, and reviews how to perform a rapid cardiopulmonary assessment. The primary objective of this lecture is to enable the participant to identify a child at high risk and to prevent cardiopulmonary arrest.

Lecture: Fluid Therapy and Medications

This lecture presents fluid therapy and drugs used in resuscitation. It is not intended to be a detailed discussion of the pharmacology of resuscitation drugs. Instead, it briefly reviews the drugs used in cardiopulmonary resuscitation, their indications and contraindications.

Skills Stations

Four (4) skills stations are offered simultaneously and are repeated so that each participant will rotate through all four 60-minute stations in 4 hours. The skills stations are designed to provide participants the opportunity to master skills essential to the stabilisation of seriously ill or injured newborns, infants, or children. Skills stations should not be devoted to didactic lecture. Instead, they should involve the participants in return demonstrations after brief comments or demonstration by the instructor.

Skills Station 1: Basic Life Support and Bag-Valve-Mask Ventilation. The steps in basic life support for infants and children are reviewed using manikins, and the participant is given the opportunity to demonstrate each step separately and to integrate each step into a resuscitation sequence. The scientific rationale for each step is provided. Bag-valve-mask ventilation is discussed, demonstrated, and practiced.

Skills Station 2: Advanced Airway Management. Discussions, demonstrations, and practice teach the participant how to use airway adjuncts, endotracheal tubes, stylets, laryngoscopes, and suction catheters and how to provide lip retraction and cricoid pressure. Manikin heads and anesthetized live animals (optional) will be used. Each participant should have ample opportunity to practice.

Skills Station 3: Vascular Access. Participants learn a sequential approach to establishment of vascular access during resuscitation. Peripheral venous cannulation is stressed, and the intraosseous technique is presented as an important method of administering drugs and fluids. Participants practice intraosseous needle placement on chicken bones.

Skills Station 4: Cardiac Rhythm Disturbances. Participants learn a practical approach to recognition of rhythm disturbances and have the opportunity to identify abnormal rhythms and determine their hemodynamic effects. Indications for and methods of cardioversion and defibrillation are reviewed, and drug therapy is presented. The material may be presented in a largegroup lecture or a skills station.

Integration Session: Case Studies in Respiratory Failure and Shock

The integration sessions give participants an opportunity to interact with the instructor in a case presentation format applying the knowledge acquired from the text and the skills stations. Recognition of shock and respiratory failure is reemphasised, and management priorities (airway, vascular access, fluids, resuscitation drugs, and frequent patient reassessments) are highlighted.

Lecture: Newborn Resuscitation Outside the Delivery Room

This lecture concentrates on the preparation for and priorities of newborn resuscitation outside the delivery room. Fundamental therapies include airway management, warming, stimulation, suctioning, chest compressions, and medications.

Lecture: Trauma

This lecture emphasises the specific principles of airway, ventilation, fluid management, and support of perfusion for the trauma patient. This lecture is not a comprehensive discussion of trauma care but emphasizes management of the airway and treatment of shock in the injured child.

Teaching Stations

The four teaching stations are offered simultaneously and repeated so that the participant will rotate through all four 45-minute teaching stations in 3 hours. The teaching stations are designed to enable participants to practice assignments and interventions needed to recognise and treat cardiopulmonary deterioration in newborns, infants, and children. Instructors should use equipment to emphasise essential information. These teaching stations should give participants the opportunity to act through the scenarios. Participants should be involved in handling equipment and assessing" and "treating" the manikin as quickly as possible. Didactic lecture is not appropriate. Involvement of each participant is essential.

Teaching Station 1: Newborn Resuscitation. The case format is used to allow participants, in small groups, to apply their knowledge and psychomotor skills in the resuscitation of the newborn by responding to scenarios offered by the instructor. The basic principles of newborn resuscitation are stressed.

Teaching Stations 2, 3, and 4: Respiratory Failure, Shock, and Cardiopulmonary Arrest/Cardiac Rhythm Disturbances. In these sessions participants apply their knowledge and psychomotor skills in treating the pediatric patient in cardiopulmonary arrest, shock, or respiratory failure. Small groups of participants are expected to respond to scenarios given by the instructor and to demonstrate resuscitation using manikins, intubation heads, intravenous fluids, and drugs. The cases are discussed with the group, and key teaching points are highlighted.

Integration Session: Case Studies in Postarrest Stabilization and

Transport

Cases are presented that stress the principles of postresuscitation stabilization, airway and fluid management, and monitoring. Appropriate transport for ongoing care also is discussed. Participants are expected to discuss the case presentations.

Evaluation Stations

1. Newborn Resuscitation; Cardiopulmonary Arrest/Cardiac
   Rhythm Disturbances
2. Respiratory Failure; Shock
3. Written Evaluation

The three evaluation stations are offered simultaneously and repeated so that each participant finishes all three 45-minute stations in 2 hours, 15 minutes. The participants, in small groups, test their knowledge and psychomotor skills by responding to case scenarios with the performance of resuscitation on a manikin using appropriate techniques. The procedures and therapies are recorded in the sequences in which they occur, and each participant is critiqued on his or her performance. The scenarios include cases of respiratory failure, shock, and cardiopulmonary arrest in the newborn, infant, and child. A written evaluation assesses the participant's knowledge of the text and the course material. Participants will be asked to complete and turn in the course evaluation at the end of the written evaluation.

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BASIC LIFE SUPPORT OVERVIEW OF 5 MODULES

Unit 1: Heartsave Providers Course Module 1
Unit 2: Pediatric BLS Providers Course Module 2
Unit 3: Heartsaver Plus Provider Course Modules 1, 2, 4
Unit 4: BLS for Healthcare Providers Modules1 to 5
Unit 5: Heartsaver AED Module 5

BLS Provider Course Outlines

The following outlines are suggested for the five BLS units / modules. The subject matter may be arranged to accommodate the needs of individual classes.

The material taught should be geared to the age and education of the learners, and an outline should be followed. A course curriculum comprises one or more instructional modules plus additional information specific to the topic (eg, the PBLS course includes expanded information on injury prevention).

Each course should be modified as needed for a specific audience.

The objectives of BLS training are

1 . To provide background information about normal cardiovascular anatomy and physiology and cardiovascular dysfunction (diseases)

2. To teach the principles of primary prevention (knowledge of risk factors and prudent heart living) and secondary prevention (recognition of signs of heart attack, actions for survival, and prevention of unnecessary death and disability from heart attack and other causes of sudden death)

3. To teach the technical aspects, including performance skills, of CPR and relief of foreign-body airway obstruction (FBAO) for adults and children

Available Curricula

Five courses and five modules are available to the instructor and learner. They comprise a collection of information commonly used by experienced instructors. Each curriculum is designed for a specific audience and includes information and performance guidelines to help that audience learns commonly needed skills. Each course is composed of between one and five instructional modules to enable instructors and learners to work with logical blocks of information.

All BLS courses should emphasise the principles and practices of primary prevention, i.e., preventing cardiovascular diseases or other causes of cardiac and respiratory arrest.

Unit 1 Heartsaver
Most laypersons 
Module 1: Adult One-Rescuer 4 – 6 hours
CPR and Relief of FBAO
        Why learn CPR
        Chain of survival
        Heart and lung anatomy and function
        Coronary artery disease
        Risk factors for heart attack
        Prudent heart living
        How to recognise a heart attack
        Stroke: warning signs and risk factors
        Obstructed airway*
        Conscious
        If victim is or becomes unconscious
        One-rescuer CPR*
May
include pediatric CPR and FBAO, based on need of participants.

 

Unit 2 Module 2:   Pediatric BLS 4 – 6 hours Educators, parents of  infants and children,day-care personnel, The EMS system CPR and Relief of FBAO   
        parents of high-risk Infant and child safety infants, etc 
        Prudent heart living Heart and lung anatomy and function
        Infant CPR'
        Child CPR'
        Infant obstructed airway'
        Conscious
        Unconscious
        Child obstructed airway*
        Conscious
        Unconscious

Unit 3 Heartsaver Plus  Module 1: Adult One-Rescuer, Module 2: Pediatric BLS Module 4: Use of barrier devices Whoms job requires a CPR and Relief of FBAO 6 – 8 hours Written evaluation and a Course completion card  

Unit 4 Healthcare providers Module 1: Adult One-Rescuer
Module 2: Pediatric BLS Module 3: 2 Person CPR Module 4: Barrier Devices Module 5
AED. (nurses, physicians, Healthcare professionals EMTs, etc) 6-8 hours  
        Heart and lung anatomy and function
        Coronary artery disease
        Risk factors for heart attack
        Prudent heart living
        How to recognise a heart attack
        Stroke: warning signs and risk
    factors
       
Obstructed airway'
        Conscious
        If victim is or becomes
        unconscious
        One-rescuer CPR
    Special situations
       
Stroke
        Hypothermia
        Near-drowning
        Trauma
        Electric shock
        Pregnancy
        Allergies / Asphyxiation
    Module 2: Pediatric One-Rescuer
       
CPR and Relief of FBAO
        The EMS system
        Infant and child safely
        Prudent heart 1ivinig
        Heart and lung anatomy and function
        Infant CPR / Child CPR
        Infant obstructed airway
        Conscious / Unconscious
        Child obstructed airway
        Conscious / Unconscious

Module 3: Adult Two-Rescuer CPR*
       
Note Two person CPR can be done
        in children in a fashion similar to that for adults with appropriate
        changes in chest compressions and ventilations

Module 4: Barrier Devices

Module 5 Unit 5
Heartsaver AED
Healthcare providers Module 5: Automated 3-4 hours (nurses, physicians EMTs, etc) External Defibrillation

Evaluation Station

Criteria for Successful Course Completion

Pass-fail written and practical examinations are not part of the Heartsaver or PBLS courses. However, instructors should evaluate each student and provide feedback to participants on skills performance to allow each person to achieve the maximal level of proficiency.

For satisfactory course completion, healthcare provider students are required to 
(1) score a minimum grade on the appropriate written evaluation and
(2) demonstrate proficiency in performance on manikins as outlined previously and in the performance sheets.

The written examination must be the international AHA BLS written evaluation. Adequate time and space must be provided for the evaluation, and the instructor should plan to review it after completion.

The evaluation of manikin performance must be conducted in an area separate from that used for practice. If there are many participants, all the manikins may be used for the early portion of practice. As participants become ready for evaluation, one or two manikins should be set aside for that purpose. The instructor should be joined by a second instructor, if possible, to assist in evaluating two-rescuer CPR. Adequate floor or knee padding should be provided for participant comfort. Under certain circumstances, manikins may be placed on tables or beds with bedboards.

Back to COURSE SYNOPSIS:

 

 

 

 

 

 

 

 

 

 

HEARTSAVER PROVIDER COURSE

Unit 1: Heartsaver Providers Course Module: 1

Heartsaver Provider Course

The Heartsaver curriculum consists of the adult one rescuer CPR module, including relief of FBAO. Risk factors, prudent heart living (prevention), signs and signals for action, the chain of survival concept, and the warning signs and risk factors for stroke are included in this course. The Heartsaver Course is appropriate for most lay rescuers. Most learners can complete instruction and practice in about 4 hours. No skills testing or written examination may be given, and course completion cards must not be issued for this course. A course participation card should be issued to all learners regardless of their level of activity in the course.

Additional information may be added to the Heartsaver Course, such as the module on barrier devices. Pediatric CPR and FBAO skills (Module 2) also may be added. The final decision about course content rests with the course director. Regardless of which additional information or BLS modules are added to the Heartsaver Course, the course participation card will reflect only the Heartsaver name.

Module 1: Adult One-Rescuer CPR
A. Introduction
   
1. Introduction of instructors and learners
    2. Establishing the need to know
            a. The problem of sudden death
            b. The chain of survival
    3. Learner expectations for course content
    4. Objectives of the course
B. Heart and lung structure and function
   
1. Structure of the heart (cardiovascular system)
    2. Function of the heart
    3. Structure of the lungs
    4. Function of the lungs
Coronary heart disease (CHD)
   
1. Introduction
    2. Definition of terms
    3. Pathology and natural history
    4. Clinical manifestations of CHD
        a. Angina pectoris
        b. Heart attack
        c. Sudden death
D. Risk factors and prudent heart living
E. Special situations
       
1. Stroke
        2. Hypothermia
        3. Near-drowning
        4. Trauma
        5. Electric shock
        6. Pregnancy
        7. Allergies
        8. Asphyxiation
F. Introduction to CPR
G. The technical aspects of one-rescuer CPR
H. Manikin practice

       
1. Demonstration
          2. Student practice

Relief of Adult Foreign-Body Airway Obstruction

A. Introduction
       
1. Incidence
        2. Causes
        3. Precautions (prevention)
B. Recognition of FBAO
        1. Partial airway obstruction
        2. Complete airway obstruction
C. Maneuvers of FBAO
       
1. Manual thrusts
            a. Heimlich maneuver
                (1) Victim sitting or standing
                (2) Victim lying
                (3) Victim alone (self-administered thrusts)
            b. Chest thrusts (for special cases only)
             (
1) Victim standing or sitting
                (2) Victim lying
        2. Finger sweep
            D. Sequencing
                1. Rationale
                2. Conscious victim
                3. Conscious victim becomes unconscious (optional)
                4. Unconscious victim
            E. Review
            F. Demonstration and group practice
                 1. Pairs
                 2. Manikin
            G. Summary/questions and answers
            H. Australian Resuscitation Policy on FBAO

Skills Adult Airway Obstruction

The technique of finger sweep is desirable but not critical. However, some effort to remove material from the mouth should occur. An absolute number of abdominal thrusts is not critical, but some interspersion of abdominal thrusts and ventilation attempts is necessary.

Participants must receive remediation until they complete each skill on all the skill sheets. This may be accomplished in a single course or may require multiple courses. Healthcare providers should be able to complete all the steps in order without coaching.

EVALUATION STATION

Criteria for Successful Course Completion

Pass-fail written and practical examinations are not part of the Heartsaver or PBLS courses. However, instructors should evaluate each student and provide feedback to participants on skills performance to allow each person to achieve the maximal level of proficiency.

Adult CPR
Breaths should make the chest rise.
Exhalation should last long enough to see the chest fall.
If breaths look too fast, they probably are.
When evaluating the rate and ratio of compressions and ventilations, there should be substantially more compressions than ventilations.
Adult chest compressions can probably never be too fast.
If chest compression looks too slow, it probably is.

The goal of CPR training is not to produce a "perfect manikin strip" but rather to understand and gain the broad psychomotor skills necessary to perform this lifesaving technique.

COURSE SYNOPSIS:

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

PEDIATRIC BASIC LIFE SUPPORT PROVIDERS COURSE

 

Unit 2: Pediatric BLS Providers Course Module: 2

The pediatric basic life support (PBLS) curriculum includes infant and child health and safety, the pediatric one-rescuer CPR module, including pediatric FBAO management, and other relevant pediatric resuscitation information. This course is designed for the lay public, especially parents of infants and small children, educators who work primarily with infants and children, day-care personnel, parents of infants at high risk, and the like.

Approximately half course time should be devoted to pediatric health and injury prevention. There is no written examination for this course and no skills testing. No course completion card may be issued, but a course participation card should be given to all students who attend the course regardless of their level of activity in the course.

Most participants will be able to complete instruction and practice in about 6 hours.

Module 2: Pediatric One-Rescuer CPR
A. Introduction
B. Causes of respiratory and cardiac arrest in infants and children
        1. Motor vehicle-related injuries 
        2. Submersion 
        3. Firearm injuries
        4. Burns/smoke inhalation 
        5. Poisoning 
        6. Airway obstruction
        7. Other causes
C. Prevention of respiratory and cardiac arrest in infants and children
D. Basic principles of CPR
        1. Effect of child's size on technique
        2. Determining responsiveness or respiratory difficulty.
        3. Positioning
E. The airway
        1. Opening the airway
        2. Determining breathlessness
        3. Giving rescue breaths
        4. Preventing gastric distention
        5. Relieving airway obstruction
F. Circulation
        1. Checking pulse
        2. Performing chest compressions
G. Review
H. Manikin practice .
        1. Demonstration
        2. Infant CPR practice
        3. Child one-rescuer CPR practice (optional in BLS courses, not in PBLS courses)
I. Summary/questions and answers

Relief of Pediatric Foreign-Body Airway Obstruction

A. Introduction
        1. Incidence
        2. Causes
        3. Precautions (prevention)
B. Recognition of FBAO
        1. Infants
        2. Children
C. Management of FBAO
        1. Anatomical differences between infant, child, and adult
        2. Manual manoeuvres
            a. In children - Heimlich manoeuvre
                    (1) Victim sitting or standing
                    (2) Victim lying
            b. In infants
                    (1) Back blows
                    (2) Chest thrusts
            c. Foreign-body check
                    (1) Tongue-jaw lift
                    (2) Look into throat
                    (3) Remove object if seen
            D. Sequencing
                    1. Rationale
                    2. Child
                            a. Conscious victim
                            b. Conscious victim becomes unconscious
                            c. Unconscious victim     
                    3. Infant
                            a. Conscious victim
                            b. Conscious victim becomes unconscious
                            c. Unconscious victim
              E. Review
              F. Manikin practice
                    1. Demonstration
                    2. Infant
                    3. Child (optional in BLS courses, not in PBLS courses)
              G. Summary/questions and answers

EVALUATION STATION

Criteria for Successful Course Completion

Pass-fail written and practical examinations are not part of the Heartsaver or PBLS courses. However, instructors should evaluate each student and provide feedback to participants on skills performance to allow each person to achieve the maximal level of proficiency.

In pediatric BLS courses, the general guidelines for evaluation are similar to those used in adult BLS courses. The instructor should remember that cardiorespiratory emergencies in children are usually caused by respiratory difficulties, so the focus of pediatric BLS should be on respiratory support. The major difference in the sequence of BLS skills is the provision of approximately 1 minute of rescue support to pediatric victims before activation of the Emergency Medical System. In addition, because normal heart and respiratory rates are higher for children than adults, more rapid rates of compression, ventilation, and rescue breathing should be provided.

COURSE SYNOPSIS:

 

 

 

 

 

 

 

 

 

 

 

HEARTSAVER PLUS PROVIDER COURSE
Unit 3: Heartsaver Plus Provider Course Modules: 1,2,4

Heartsaver Plus Course

The Heartsaver Plus curriculum is designed for people who serve as first responders to cardiac emergencies in the workplace or other environment outside a hospital. It discusses the chain of survival, early recognition of a heart attack, and management of the victim who is experiencing a heart attack but is not in cardiac arrest. It covers rescue breathing, Module 1,Adult One-Rescuer CPR (including foreign body airway obstruction), Module 2, Pediatric One-Rescuer CPR and Module 4, Barrier devices.The course includes information on barrier devices for use with victims who have stopped breathing, who have an obstructed airway, or who are in cardiac arrest.

The course requires a written evaluation, and course completion cards are issued to those successfully completing the course.

The time allotted must be sufficient for appropriate review of content and participant practice and demonstration of skills. Acquisition of skills is a major goal of each course, so the emphasis should be skill-based with plenty of opportunity to practice and demonstrate the skills of pediatric and adult CPR. Expected time 6 to 8 hours.

Module 1: Adult One-Rescuer CPR
A. Introduction
    1. Introduction of instructors and learners
    2. Establishing the need to know
            a. The problem of sudden death
            b. The chain of survival
    3. Learner expectations for course content
    4. Objectives of the course
B. Heart and lung structure and function
    1. Structure of the heart (cardiovascular system)
    2. Function of the heart
    3. Structure of the lungs
    4. Function of the lungs
Coronary heart disease (CHD)
    1. Introduction
    2. Definition of terms
    3. Pathology and natural history
    4. Clinical manifestations of CHD
        a. Angina pectoris
        b. Heart attack
        c. Sudden death
D. Risk factors and prudent heart living
E. Special situations
        1. Stroke
        2. Hypothermia
        3. Near-drowning
        4. Trauma
        5. Electric shock
        6. Pregnancy
        7. Allergies
        8. Asphyxiation
F. Introduction to CPR
G. The technical aspects of one-rescuer CPR
H. Manikin practice
       
1. Demonstration
          2. Student practice

Relief of Adult Foreign-Body Airway Obstruction
A. Introduction
        1. Incidence
        2. Causes
        3. Precautions (prevention)
B. Recognition of FBAO
        1. Partial airway obstruction
        2. Complete airway obstruction
C. Maneuvers of FBAO
        1. Manual thrusts
            a. Heimlich maneuver
                (1) Victim sitting or standing
                (2) Victim lying
                (3) Victim alone (self-administered thrusts)
            b. Chest thrusts (for special cases only)
             (
1) Victim standing or sitting
                (2) Victim lying
        2. Finger sweep
            D. Sequencing
                1. Rationale
                2. Conscious victim
                3. Conscious victim becomes unconscious (optional)
                4. Unconscious victim
            E. Review
            F. Demonstration and group practice
                 1. Pairs
                 2. Manikin
            G. Summary/questions and answers
            H. Australian Resuscitation Policy on FBAO

Module 2: Pediatric One-Rescuer CPR
A. Introduction
B. Causes of respiratory and cardiac arrest in infants and children
        1. Motor vehicle-related injuries 
        2. Submersion 
        3. Firearm injuries
        4. Burns/smoke inhalation 
        5. Poisoning 
        6. Airway obstruction
        7. Other causes
C. Prevention of respiratory and cardiac arrest in infants and children
D. Basic principles of CPR
        1. Effect of child's size on technique
        2. Determining responsiveness or respiratory difficulty.
        3. Positioning
E. The airway
        1. Opening the airway
        2. Determining breathlessness
        3. Giving rescue breaths
        4. Preventing gastric distention
        5. Relieving airway obstruction
F. Circulation
        1. Checking pulse
        2. Performing chest compressions
G. Review
H. Manikin practice .
        1. Demonstration
        2. Infant CPR practice
        3. Child one-rescuer CPR practice (optional in BLS courses, not in PBLS courses)
I. Summary/questions and answers

Relief of Pediatric Foreign-Body Airway Obstruction

A. Introduction
        1. Incidence
        2. Causes
        3. Precautions (prevention)
B. Recognition of FBAO
        1. Infants
        2. Children
C. Management of FBAO
        1. Anatomical differences between infant, child, and adult
        2. Manual maneuvers
            a. In children - Heimlich maneuver
                    (1) Victim sitting or standing
                    (2) Victim lying
            b. In infants
                    (1) Back blows
                    (2) Chest thrusts
            c. Foreign-body check
                    (1) Tongue-jaw lift
                    (2) Look into throat
                    (3) Remove object if seen
            D. Sequencing
                    1. Rationale
                    2. Child
                            a. Conscious victim
                            b. Conscious victim becomes unconscious
                            c. Unconscious victim     
                    3. Infant
                            a. Conscious victim
                            b. Conscious victim becomes unconscious
                            c. Unconscious victim
              E. Review
              F. Manikin practice
                    1. Demonstration
                    2. Infant
                    3. Child (optional in BLS courses, not in PBLS courses)
              G. Summary/questions and answers

Module 4: Barrier Devices
   
Introduction
    Mouth to Mask ventilation

Skills: Airway Obstruction

The technique of finger sweep is desirable but not critical. However, some effort to remove material from the mouth should occur.

An absolute number of abdominal thrusts is not critical, but some interspersion of abdominal thrusts and ventilation attempts is necessary.

Participants must receive remediation until they complete each skill on all the skill sheets. This may be accomplished in a single course or may require multiple courses. Healthcare providers should be able to complete all the steps in order without coaching.

In pediatric BLS courses, the general guidelines for evaluation are similar to those used in adult BLS courses. The instructor should remember that cardiorespiratory emergencies in children are usually caused by respiratory difficulties, so the focus of pediatric BLS should be on respiratory support. The major difference in the sequence of BLS skills is the provision of approximately 1 minute of rescue support to pediatric victims before activation of the EMS system. In addition, because normal heart and respiratory rates are higher for children than adults, more rapid rates of compression, ventilation, and rescue breathing should be provided.

Evaluation Station

The criteria for Heartsaver Plus course completion are as follows:

1 . A written evaluation score of 84% or better. (The participant should not have more than 4 wrong answers on a 25-question evaluation.) If the participant scores less than 84%, he or she may retake the evaluation after further study or remediation.
2. Performance evaluations:
        a. Adult one-rescuer CPR
        b. Adult FBAO management
            i. Conscious
            ii.Unconscious
        c. Mouth-to-mask or barrier device ventilation

COURSE SYNOPSIS:

 

 

 

 

 

 

 

BASIC LIFE SUPPORT FOR HEALTHCARE PROVIDERS

Unit 4: BLS for Healthcare Providers Modules 1,2,3,4,5

Basic Life Support for Healthcare
Providers (Modules 1 through 4 plus AED optional)

The course is appropriate for professional healthcare providers, such as physicians, nurses, and EMTS. The course must be successfully completed by lay rescuers interested in becoming BLS instructors. Most participants need 8 hours of instruction and practice to complete the course satisfactorily for the first time and 2 to 4 hours of review and practice to bring knowledge and skills to previous proficiency during retraining.

The BLS curriculum and evaluation for healthcare providers comprises modules on adult one-rescuer CPR, adult two-rescuer CPR, pediatric one-rescuer CPR, and barrier devices. All persons participating in a BLS healthcare provider's course must be trained in the use of a mask with a one-way valve (non rebreathing valve) for instruction in rescue breathing and in mouth-to-mouth ventilation.

A written evaluation and manikin skill evaluation are part of this course. Successful course completion cards may be given to students who meet the criteria as described.

The module for automated external defibrillation can be added when the use of AEDs is part of the provider's role.

Unit 1: Heartsaver Provider Course Module: 1

Unit 2: Pediatric BLS Provider Course Module: 2

Module 3: Adult Two Rescuer CPR
A. Introduction
        1. Advantages
        2. One-rescuer technique review (if needed)
B. Second-rescuer entry
C. Compression-ventilation ratio
        1. Rate
        2. Ratio
        3. Mnemonic
        D. Monitoring the victim
        E. Switching
            1. From opposite side
            2. From same side
        F. Two rescuers starting together
        G. Review
        H. Group practice
         1. Summary/questions and answers

Module 4: Barrier Devices

Introduction
Mouth-to-mask ventilation

Module 5: Automated External Defibrillation (optional) for more detail see Unit 5 Module 

This Module may be used on its own as Heartsaver AED program
A. Introduction
B. Orientation to an AED
C. Automated defibrillation protocols
        Treatment guidelines, special considerations, troubleshooting,
        and maintenance
E. Integration scenarios-management of cardiac arrest
F. Group practice
Training in the Use of Automated External Defibrillators course Objectives

At the end of the course the student must demonstrate competency in a practical evaluation of managing cardiac arrest using automated defibrillation according to the guideline protocols.

The practical evaluation has five objectives:

The student must demonstrate control of the emergency scene and direct resuscitation efforts.

The student must demonstrate adherence to the recommended protocols in a simulated cardiac arrest while correctly defibrillating a manikin within 90 seconds (or preferably less) of arrival at the manikin's side.

The student must demonstrate safe use of the AED; answer questions about controls, disposable supplies, and maintenance; and demonstrate troubleshooting techniques.

The student may be required to provide appropriate voice documentation
of events on the scene if the device contains a voice recorder.

The student must demonstrate appropriate assessment and care of the patient before, during, and after defibrillation.

A written evaluation, requires the student to demonstrate knowledge of local standing orders/protocols about use of AEDs and local program requirements.

Evaluation Station

BLS Healthcare Provider Course

The criteria for healthcare provider course completion are as follows:
    1 . A written evaluation score of 84% or better. (The participant should not have more than 8 wrong answers on a 50-question evaluation.) If the participant scores less than 84%, he or she may retake the evaluation after further study or remediation.
    2. Performance evaluations:
            a. Adult one-rescuer CPR
            b. Adult two-rescuer CPR
            c. Adult FBAO management
                    i. Conscious 
                    ii. Unconscious 
            d. Infant CPR   
            e. Infant FBAO management  
                    i. Conscious   
                    ii. Unconscious     
            f. Child one-rescuer CPR 
            g. Child FBAO management
                    i. Conscious
                    ii. Unconscious
h. Mouth-to-mask or barrier device ventilation

COURSE SYNOPSIS:

 

 

 

 

 

 

 

 

AUTOMATED EXTERNAL DEFIBRILLATION PROVIDERS COURSE

Unit 5: Heartsaver AED Module: 5

Defibrillation training Course Agenda

Introduction                                                            30 minutes
Welcome and introduction                                                         5 minutes
Overview video: EZ AED                                                           10 minutes
Overview of the chain of survival and automated defibrillation     15 minutes
Sudden Cardiac death
Chain of Survival
Importance of early defibrillation
What is an AED
How does an AED work?
Instruction in CPR and Relief of Foreign Body Airway Obstruction 1 hour 15 minutes
Watch-then-practice: mouth to mouth breathing                            15 minutes
Watch-then-practice: mouth to mask breathing                              15 minutes
Watch-then-practice: chest compressions                                      15 minutes
Watch-then-practice: CPR (mouth to mask plus chest compressions) 15 minutes
Watch-then-practice: relief of FBAO (clearing the obstructed airway in 15 minutes the conscious and unconscious victim)
Break
AED Instruction 30 minutes
Instructor demonstrates operation and maintenance of AED                 15 minutes
Turning device on
Skin preparation
Location of pads
Pad placement
Analyze mode
Delivery of shock
No shock indicated
Instructor demonstrates one-rescuer AED scenario: 1 shock; pulse and breathing return
Participants practice HeartSaver AED algorithm (single – shock scenario)15 minutes

Scenario-based Practice 35-45 minutes
Practice and review: 8 critical scenarios (groups of 4: 8 rotations)         45 minutes
Practical Evaluation 25-40 minutes
Practical evaluation                                                                           20 minutes
Written evaluation                                                                             20 minutes
Total time: 3½ to 4 hours

Evaluation Station

Training in the Use of Automated External Defibrillators course Objectives

At the end of the course the student must demonstrate competency in a practical evaluation of managing cardiac arrest using automated defibrillation according to the guideline protocols.

The practical evaluation has five objectives:

The student must demonstrate control of the emergency scene and direct resuscitation efforts.

The student must demonstrate adherence to the recommended protocols in a simulated cardiac arrest while correctly defibrillating a manikin within 90 seconds (or preferably less) of arrival at the manikin's side.

The student must demonstrate safe use of the AED; answer questions about controls, disposable supplies, and maintenance; and demonstrate troubleshooting techniques.

The student may be required to provide appropriate voice documentation of events on the scene if the device contains a voice recorder.

The student must demonstrate appropriate assessment and care of the patient before, during, and after defibrillation.

A written evaluation, requires the student to demonstrate knowledge of local standing orders/protocols about use of AEDs and local program requirements.

COURSE SYNOPSIS:

 

 

 

 
For more information and details please email: sale@firstaidplus.com.au