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Clinical Competencies

22
  • ECG Interpretation
  • Advanced Cardiac Life Support – Basic Airway Management For Operating Room Nurses
  • Introduction to History Taking Skills
  • Examination of the Abdomen
  • Examination of the Heart
  • Examination of the Pelvis
  • Examination of the Thorax and Lungs
  • Examination of the Rectum
  • Conscious Sedation and analgesia competencies
    • Introduction To Harvey Cardiopulmonary Simulator
    • Standards Of Practice
    • Patient Assessment
    • Difficult Airway
    • Drug Pharmacology
    • Introduction, Goals And Indications For Administration Of Sedation
    • Managing Complications
  • CanMEDS Framework Competencies for Medical Students
    • Collaborator
    • Communicator
    • Health Advocate
    • Leader
    • Medical Expert
    • Professional
    • Scholar

Procedural Competencies

39
  • Airway management
  • IV access
  • Local anesthesia/field block
  • Suturing of Lacerations
  • Pap Smear
  • Nasogastric tube placement
  • Venipuncture
  • Abscess incision and drainage
  • Urethral catheterization
  • Oxygen administration devices
  • Thoracentesis
  • Lumbar puncture
  • Anoscopy
  • Arterial line placement
  • Central venous catheter placement
  • Intramuscular Injection
  • Pericardiocentesis
  • Emergency Resuscitation Principles
  • Circulation Assessment & CPR
  • Rectal Examination
  • Electrocautery
  • Epidurals
  • Intraosseous Infusion
  • Ultrasound-guided Central Line Insertion
  • Simulation Debriefing
  • Wound Treatment
  • Introduction, Goals And Indications For Administration Of Sedation
  • Central Vein Catheterization Landmark Technique
  • Chest tube placement and management
  • Spontaneous vaginal delivery
  • Types of Surgical Knots
  • Tying Technique
  • Principles of Asceptic Technique
  • General Principles
  • Laparoscopic Equipment
  • Handling Laparoscopic Instruments
  • Basic Laparoscopic Techniques
  • Managing Complications
  • Tracheostomy

Nursing Competencies

85
  • Wound Management
    • Wound Prevention
    • Wound Assessment
    • Wound Treatment
  • Advanced Clinical Nursing Management (Pre Code & Code)
    • Cardiac Failure
    • Renal Failure
    • Tracheostomy Care
    • Suctioning In Respiratory Care
    • Fluid And Electrolytes
    • Basic Airway Management For Operating Room Nurses
    • Medical-Surgical Nursing Comprehensive Scenario
    • Pre Operative Assessment
    • Neurological Trauma
    • Bipap & CPAP
    • Respiratory Failure
    • Shock
    • Respiratory Assessment
    • Oxygen Therapy
  • COPD and its Management
    • Acute Exacerbations
    • End-of-Life Care
    • Definition, Prevalence, Signs & Symptoms
    • Risk Factors And Pathophysiology
    • Diagnosis And Severity
    • Management Of Stable COPD
    • Patient Self-Management Education
  • Procedural Sedation education for registered nurses
    • Introduction To Laerdal SimMan
    • Standards Of Practice
    • Patient Assessment
    • Difficult Airway
    • Drug Pharmacology
    • ECG Interpretation
    • Introduction, Goals And Indications For Administration Of Sedation
    • Managing Complications
  • Introduction to Perioperative Nursing
    • Introduction To The Perioperative Nursing Program
    • Role Of The Perioperative Nurse
    • Preoperative Care
    • Intraoperative Care – Part 1
    • Intraoperative Care – Part 2
    • Full Time Clinical Component
    • Perioperative Anatomy & Medical Terminology
    • General Surgery
    • Perioperative Safety
  • Physical Assessment
    • Physical Examination Of The Airway
    • How To Take Blood Pressure Reading
    • Acute Bronchospasm
    • Acute Respiratory Failure
    • Cardiac
    • Pulmonary Embolism
    • Taking A Temperature
  • Procedural Sedation and Analgesia Education
    • Standards Of Practice
    • Patient Assessment
    • Difficult Airway
    • Drug Pharmacology
    • ECG Interpretation
    • Introduction, Goals And Indications For Administration Of Sedation
    • Managing Complications
  • Safe Blood Transfusion
    • Safe Blood Transfusion I
    • Safe Blood Transfusion II
  • Community Home Infusion
    • Teaching Home IV Self-Administration
    • Teaching Community Intravenous: Gravity
  • Collaborative Framework
    • Respiratory Assessment
    • Tracheostomy Care
    • Oxygen Therapy
    • Suctioning In Respiratory Care
  • Fundamental Perioperative Skills for LPN
    • Introduction To The Perioperative Skills for LPN
    • Role Of The LPN Perioperative Nurse
    • LPN Perioperative Care
    • LPN Perioperative Safety
    • LPN Intraoperative Care
  • Pain Management
    • Classification & Physiology Of Pain
    • Pain Assessment
    • Non-pharmacological Approaches For Pain Management
  • Rheumatoid Arthritis Hand
    • Ulnar Drift Deformity In Rheumatoid Arthritis
    • Boutonniere Deformity In Rheumatoid Arthritis
  • Total Joint Arthroplasty Outcome Measures
    • Thirty Second Chair Stand Test (30 Sec-CST)
    • Stair Climb Test (SCT)
    • Ten Metre Walk Test
    • Timed Up & Go (TUG) Test
    • Functional Reach Test (FRT)
    • Single Leg Stance (SLS) Test
    • Six Minute Walk Test (6MWT)
    • Visual Analogue Scale (VAS): Pain
    • Numeric Pain Rating Scale (NPRS)
    • Hip Disability And Osteoarthritis Outcome Score (HOOS)
    • Knee Injury And Osteoarthritis Outcome Score (KOOS)
    • Lower Extremity Functional Scale (LEFS)

Midwifery Competencies

34
  • Midwifery Emergency Skills Program
    • Post Partum Haemorrhage
    • Shoulder Dystocia
    • Hypertensive Disorders Of Pregnancy
    • Contraception
    • Approach To Abortion
    • Antenatal Fetal Assessment
    • Postpartum Hemorrhage
    • Caring For Sexual Assault Survivors
    • Antepartum Bleeding
    • Fetal Well Being
    • Breech
    • Twins
    • Anaphylaxis
    • Cord Prolapse
    • Communication
    • RBC Alloimmunization
    • Upper Genital Tract Infection
    • Vulvovaginitis
    • Prenatal Screening And Diagnosis
    • Intrauterine Growth Restriction
    • Medical And Surgical Complications Of Pregnancy
    • Multifetal Pregnancy
    • Postpartum Care
    • Introduction And Preparation For The Physical Examination Of Female Genitalia
    • Management Of The Infertile Couple
    • Speculum Examination
    • Performing A Pap Smear
    • Evaluation Of A Patient With A Pelvic Organ Prolapse
    • Bimanual Examination
    • Pelvirectal Examination
    • Pregnancy Hypertension
    • The Perimenopause
    • Inspection And Palpation Of External Genitalia
  • Perinatal Health
    • SOGC Guidelines: Diagnosis, Evaluation And Management Of The Hypertensive Disorders Of Pregnancy

Physiotherapy Competencies

13
  • Clinical Competence Based Simulated Physiotherapy Learning
    • Intermittent Positive Pressure Breathing/BIRD
    • Manual Techniques: Assisted Cough
    • Pneumonia In Motor Neurone Disease
    • Aspiration Pneumonia In Trauma
    • Clinical Competence Skill Set- SCI Respiratory Assessment
    • Respiratory Anatomy And Physiology
    • Basic Oxygen Therapy
    • Basic Respiratory Assessment
    • Suctioning
    • Manual Techniques: Vibrations
    • Manual Techniques: Percussion
    • Manual Hyper-Inflation (MHI)
    • Clinical Competence Skill Set – Assisted Cough

Interprofessional Skills

33
  • Home Care
    • Teaching Home Tracheostomy Care
    • Teaching Home IV Self-Administration
  • Goals of Care & Advance Care Planning
    • Goals Of Care & Advance Care Planning
  • Sterilization and Disinfection
    • Infection Prevention Principles In MDRD
    • Medical Device Reprocessing – An Introduction
    • Infection Prevention
    • Disinfection
    • Decontamination Process
    • Sterilization 1
    • Sterilization 2
    • Sterilization IUSS (Flash)
    • Sterilization Table Top Steam
    • Sterile Storage And Distribution
  • Communication Skills in ACLS & ATLS
    • Introduction To Human Factors
    • The Nature Of Human Error
    • Inter-Professional Communication Skills During Implementation Of ACLS And ATLS Simulation Session
    • Introduction To METIMan
  • Communication Skills in a Simulation Session
    • Practicing Resuscitation And Communication Skills, In An Inter-Professional Simulation Session
    • Communication
    • Team Management
  • Mobile Medical Unit
    • VANOC 2010 Medical Services
    • Introduction To The Mobile Medical Unit – History And Planning-Dr. jack Taunton
    • Summary Of Whistler Polyclinic And Mobile Medical Unit- Dr Ross Brown
    • Mobile Medical Unit Orientation To Physical Lay Out And Patient Flow (Emergency, Critical Care/Pre/Post Operative/Operating Room)
    • Olympic/Paralympic (2010), MMU Blood Education Overview- Dr. Kate Chipperfield, MD
    • Transfusion Medicine Services
    • Trauma Evaluation And Management (TEAM)
    • Abdomen-Stab Wound Case
  • Medical Device Reprocessing
    • Introduction To Reprocessing
    • Decontamination Process
    • Disinfection
    • Infection Prevention
    • Sterilization

Introduction to Simulation

38
  • Introduction to Simulators and simulation Technology
    • Patient Simulation Sessions
    • Introduction To Laerdal SimMan 3G
    • Introduction To METI SurgicalSim
    • Introduction To Laerdal SimMan Essential
    • Introduction To METI Baby Simulator (BabySim)
    • Introduction To METI Emergency Care Simulator (ECS)
    • Introduction To METI Human Patient Simulator (HPS)
    • Introduction To METI Pediatric Simulator (PediaSim)
    • Introduction To METI Pelvic ExamSim
    • Introduction To Simbionix GI Mentor II
    • Introduction To Simbionix PERC Mentor
    • Introduction To Simbionix URO Mentor
    • Introduction To Surgical Techniques Work Benches
    • Introduction To VIST
    • Introduction To Harvey Cardiopulmonary Simulator
    • Introduction To Syndaver Surgical Patient
    • Introduction To Laerdal SimBaby
    • Introduction To Laerdal Sim Man 3G
    • Introduction To Laerdal SimMan
    • Introduction To METIMan
  • Fellowship Lectures
    • Stress and Human Performance by Eric David
    • Workload Management by Eric David
    • Communication by Eric David
    • Team Management by Eric David
    • Theoretical Basis of Simulation in Health Education by Dr. Qayumi
    • Developing a Sim Centre by Dr Qayumi
    • Curriculum Development by Dr. Qayumi
    • Introduction to Human Factors by Eric David
    • The Nature of Human Error by Eric David
    • Situational Awareness – The Cornerstone of Error Prevention by Eric David
    • Fatigue and Human Performance by Eric David
    • Advancements in Simulation Debriefing by Dr. Adam Cheng
  • Scientific Method and Applied Statistics
    • Introduction To Scientific Method
    • Scientific Methods EPA 8 Lecture 1
    • Scientific Methods EPA 8 Lecture 2
    • Scientific Methods EPA 8 Lecture 3
    • Scientific Methods EPA 8 Lecture 4
    • Applied Statistical Tutorial

Surgical Competencies

7
  • Basic Surgical Techniques Competencies
    • Ch 1 – Introduction to Basic Surgical Instruments
    • Ch 2 – Handling of Surgical Instruments
    • Ch 3 – Knot Tying Techniques
    • Ch 5 – Aseptic Techniques And Operating Room Conduct
    • Ch 6 – Basic Surgical Procedures
    • Ch 4 – Wound Management Techniques
    • Ch 7 – Laparoscopic Surgical Techniques

Casting and Splinting

9
  • Cast Application by Cyberpatient Team
  • A step-by-step guide for casting and splinting by Dr Jeff Nash
    • 1 – Orthopedics Immobilization Techniques- An Introduction
    • 2 – Orthopedics Immobilization Techniques- Volar Wrist Splint
    • 3 – Orthopedics Immobilization Techniques- Long Arm Cast and Thumb Spica
    • 4 – Orthopedics Immobilization Techniques- PosteriorArm Splint(Black Slab)
    • 5 – Orthopedics Immobilization Techniques- Ulnar Gutter Splint
    • 6- Orthopedics Immobilization Techniques- Short Leg Cast
    • 7- Orthopedics Immobilization Techniques- Cylinder (Stove) Leg Cast
    • 8 – Orthopedics Immobilization Techniques- Posterior Short Leg Splint (Black Slab)

CyberPatient Experts Series

75
  • Approach to Imaging and Understanding of Different Imaging Modalities - Dr. Savvas Nicolaou
    • Approach to chest X-ray imaging and acute chest pain
    • Approach to the interpretation of the abdominal radiograph and approach to imaging of the acute abdomen.
    • Approach to brain imaging
  • Diagnostic and Procedural Imaging
    • Radiology
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      • RADIOLOGY IN PMP
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      • Abdominal Imaging Anatomy
      • Metabolic Bone Disease Imaging
      • Radiology Of The C Spine
      • Overview – Thoracic Imaging
      • Bone Tumor Radiology
      • Practical Emergency Radiology
      • MRI Of The Knee
      • Radiological Modalities
      • Basic Approaches To Chest Radiology
      • Gout, Arthritis & Fractures
      • Approaches To Chest XRAY In Heart Disease
      • Introduction To Neuroimaging
      • Thoracic Imaging – Radiological Anatomy Of The Chest
      • Anatomy Of The Pelvis And Skull
      • ACR Appropriateness Criteria
    • Pulmonary Radiology
      • Respiratory
    • Ultrasound
      • Musculoskeletal Radiology
      • ACR TIRADS
    • Ultrasound Guided Nerve Block PEM Course
      • Bier Block Course
      • Adverse Reactions & Complications Of Peripheral Nerve Blocks
      • Physics Of Ultrasound
    • Ultrasound Guided Regional Anesthesia
      • Ultrasound Guided Blockade Of The Ilioinguinal And Iliohypogastrics Nerves
      • Physics Of Ultrasound
    • Ultrasound-Guided Emergency Medicine Procedures, Advanced Course (UGEMP-Advanced)
      • Ultrasound Guided Abscess Diagnosis And Drainage
      • Ultrasound Guided Arthrocentesis
      • Ultrasound-Guided Lumbar Puncture
      • Ultrasound Guided Paracentesis
      • Ultrasound Guided Foreign Body Identification And Removal
  • Learning in Healthcare Education Series - Dr. Karim Qayumi
    • Curriculum Development
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    • Exploring Competency-based Education
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  • Laboratory Medicine
    • Thyroid Laboratory Testing Lectures- Dr. Sophia L. Wang, MD
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    • Immunoglobulins Lectures- Dr. William E. Schreiber, MD
    • Autoantibody Testing In SARDS Lectures- Dr. Micheal C. Nimmo, MD
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    • Introduction To Coagulation-Dr. Tyler Smith MD
    • Transfusion Medicine Basics-Dr. Kate Chipperfield MD
    • Transport For Microbiology Labs-Michael Payne
    • Introduction To Mycology- Michael Payne
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Communication

9 min read

Description #

A discussion on communication skills

Learning Objectives #

In this unit, students will learn the fundamental components of interpersonal communication, how and why communication can break down, and how the use of techniques such as active listening and readback/hearback can reduce misunderstandings and improve situational awareness.

Communication #

At its most basic level, communication is the delivery of a message from one person to another. From an operational point of view, we need to communicate in order to achieve task objectives and coordinate team efforts. Effective information exchange is essential for maintaining situational awareness, which in turn helps formulate good strategies.

In short, communication:

– Builds and maintains team structure

– Coordinates process and task execution

– Permits the exchange of information

– Facilitates relationships 

Communication should be seen in a much broader context than mere verbal exchange; nonverbal cues (body language, facial expression, eye contact, voice tone, pitch and pacing) have a greater impact on the receiver than words. When in doubt, we believe the tone, facial expression, gestures and body language more than the spoken word. In the absence of non-verbal cues, it becomes much more important to choose words carefully in order to convey a message clearly.

It is also important to keep in mind that communication can never be a mere transfer of information from one person to another. The receivers of the information will always interpret it differently, based on their own experience, language, culture and perception of the situation. While this may not be critical when it comes to day-to- day casual conversations, small misinterpretations that may be tolerated or even intentional (i.e. jokes) can have serious consequences when it comes to patient safety.

Barriers to effective communication #

Good communication occurs only when others receive our message in the manner in which we intended it to be. It is not always as simple as it sounds; many factors interfere with the message we wish to convey. Misunderstandings can arise from both the way we transmit information and in the way we receive it.

Transmission errors #

Speech: Faulty grammar, a strong accent, speaking in a low tone, speaking too quickly, mumbling, mispronunciation, etc can contribute to misunderstandings. Also, the use of jargon, abbreviations and/or slang may create an ‘insider language’ that may be misunderstood by others.

Lack of non-verbal cues: While not technically an ‘error’, the lack of non-verbal cues such as body language, facial expressions, eye contact, etc, can obscure the message we are trying to convey. For example, a surgeon wearing a mask and busy working on a patient might not display any of the non-verbal cues that people normally use to decipher a message. In this case his or her tone of voice and choice of words would carry much more weight than they would in a casual conversation outside the operating room.

Unspecified receiver: Operationally, every message should be directed to a specific person. This is often neglected in high stress/workload situations and can result in diffusion of responsibility; if questions or instructions are put forward with no specific receiver, no one will feel concerned or responsible for answering and/or carrying them out.

 Information overload: In time-critical situations there is often a risk of overloading a message with information. When this happens, the receivers have to decide what part of the message is the most important, based on their own experience and mental model (SA) of the situation. This may not reflect the sender’s intent, which may be critical to managing the event. Information overload can be characterized by:

– Rapid sequence of instructions for unrelated actions

– Minimal pause between sentences

– Long lists with numbers or dosage instructions

– Long and detailed instructions

– Multiple questions embedded in a single query

Receiving errors #

Listening

Listening is our most important communications skill, but ironically it is probably also the skill least taught. We tend to think of listening as a passive activity, from childhood we are taught to listen passively while our parents, relatives, teachers, etc., speak to us. We are expected to be a sponge, and absorb the information being given. This is not necessarily a bad thing since for the most part, children tend to be good at passive listening, and are adept at absorbing new information in that way. Unfortunately this ability usually deteriorates as we age. 

Poor listening

 We hear everything around us, but listening allows us to focus on certain sounds. Effective communication requires skill at both transmitting as well as receiving messages; effective listening takes work and practice, just like any other technical skill. 

What often happens when listening is that instead of concentrating on what the other person is saying, we engage in an internal debate, formulating our response before the other person has finished speaking. People often pay little attention to the content of the speakers’ words, waiting instead for an opportunity to make their own case.

Indicators of poor listening:

Interrupting: doing this usually means the person is paying more attention to their own opinion and intentions than to what is being said by the other person. Their responses may be pre-planned and the short pauses caused by interrupting are a way to advance their point of view.

Diverting: Changing the direction of a conversation by picking up on irrelevant issues. If the listener has not perceived the core problem, they may pay more attention to surface details rather than on the substance of the conversation.

Debating: Instead of asking questions in order to clarify what a person means, they are used to argue or play devil’s advocate. Rather than understand the other person’s point of view, the goal is to win the argument, sometimes just for the sake of arguing. 

Quarrelling: This occurs when the listener stops focusing on the subject of the conversation and instead goes on a personal attack on the speaker; the conversation then focuses on offending the other person.

Reactive behavior: To protect one’s feeling of freedom, an opinion is dismissed; feeling pressured to accept another person’s opinion can lead to rejection of both the opinion and the person.

Tuning out: This occurs when the listener feels their communication partner is not worth listening to, either because they fell they already know what will be said, or they are preoccupied with their own position.

 Questions, questions, questions

 Gathering information often requires asking questions. The types of questions asked have a bearing on the quantity and quality of the information received. There are two basic types of questions: open and closed. Each has its advantages and drawbacks.

Closed questions are those that only require a short answer, i.e. a short sentence or single word. Closed questions are good for gathering precise information quickly however overuse may cause the listener to feel like they are under interrogation. When this happens people tend to become more tight-lipped, which reduces communication, possibly at a critical time. 

Open questions are more general in nature, requiring longer answers. Open questions are useful in gathering background information on a situation. Care should be taken when using open questions since there is a risk that important information may not be received in a timely manner.

Improving communication #

 The implications for patient safety resulting from poor communication are obvious; the techniques of ‘active listening’ and ‘readback/hearback’ are effective in reducing the risk of misunderstandings in critical situations.

Active Listening

As mentioned earlier, nonverbal cues have more impact than words. They can be misinterpreted or sometimes absent, i.e. radio communication, facing away from the intended receiver, wearing a surgical mask, etc. Safe operation of complex technical systems such as transport category aircraft, nuclear power plants and operating rooms require the accurate, timely, and sometimes rapid exchange of information in an often fluid situation. Active listening means taking responsibility for understanding another person’s point of view, request, or message. It takes practice since it requires more than just incessant attention. In 1997, Transport Canada identified the following habits and behaviors associated with being an active listener:

 Patience: This is often the hardest skill to put into practice. Wait until the other person has finished speaking, and do not interrupt. While the other person is talking, try to hear what his or her position is.

 Ask questions: Once the other person has finished speaking, ask for clarification, details and explanations. An appropriate combination of open and closed questions is the most effective strategy here.

Observe and hold eye contact: Observe body language and listen closely to other nonverbal signals. You can learn a lot about what the other person is really trying to communicate.

Paraphrase and mirror: Repeat important details (doses, names, times) literally; otherwise, repeat in your own words what you understood. This can help to clarify your own thoughts as well as let the sender know how well he/she has been understood.

Be supportive: Encourage, show respect, and say thank you; This will help to create a supportive team climate. 

Readback/Hearback

Active listening is an effective technique for reducing the risk of misunderstandings, however we should acknowledge that there might not always be enough time for it. ‘Readback/Hearback’ is an efficient process that is used a great deal in aviation; it helps ensure that messages are clearly received and understood. Ideally, the sequence of communication should be as follows:

1) The ‘sender’ concisely states information to the ‘receiver’.

2) The receiver then reads back or says what he/she has just heard.

3) The sender then provides a hearback, acknowledging that the readback was correct, making corrections if required.

4) The readback/hearback process continues until a shared understanding is mutually verified.

5) The instruction is then carried out and the task execution is announced.

This closes the information loop. This process may seem cumbersome at first but it can become a seamless part of messaging and decision-making in critical situations, if practiced repeatedly in everyday situations. 

Conclusion #

Communicating effectively is a basic building block of situational awareness. Like any other skill, it needs to be practiced on a regular basis and should become part of everyday practice, not only used in critical situations. The use of simulation is an effective method of training individuals and teams to communicate more clearly and efficiently, thereby increasing patient safety.

Lecture on Communication by Eric David #

Practicing Resuscitation And Communication Skills, In An Inter-Professional Simulation SessionTeam Management
Table of Contents
  • Description
  • Learning Objectives
  • Communication
  • Barriers to effective communication
  • Transmission errors
  • Receiving errors
  • Improving communication
  • Conclusion
  • Lecture on Communication by Eric David
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