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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
    • Leader
    • Medical Expert
    • Professional
    • Communicator
    • Scholar
    • Health Advocate
    • Collaborator

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
      • Radiology Of The Spine
      • RADIOLOGY IN PMP
      • MSK Imaging
      • 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
    • Gamification in Education
    • Fundamental Theories Behind Education
    • Exploring Competency-based Education
    • Post-Series Q+A
  • Laboratory Medicine
    • Thyroid Laboratory Testing Lectures- Dr. Sophia L. Wang, MD
    • Adrenal Hypertension Lectures- Dr.Daniel Holmes, MD
    • Scientific Basis Of Lipid Disorders Lectures- Dr. Daniel Holmes, MD
    • Immunoglobulins Lectures- Dr. William E. Schreiber, MD
    • Autoantibody Testing In SARDS Lectures- Dr. Micheal C. Nimmo, MD
    • Complete Blood Count (CBC) Interpretations Lectures-Dr. Tyler Smith MD
    • 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
    • Laboratory Diagnosis Of Viral Infections- Dr. Christopher Lowe, MD, FRCPC
    • Evaluation Of Acid Based Status lectures – Dr. William E. Schreiber, MD
    • Disturbances In Plasma Sodium Lectures- Dr. Daniel T. Holmes, MD
    • Lab Testing In Diabetes Lectures- Dr. Sophia L. Wang, MD
  • Pharmacology and Therapeutics
    • Gastrointestinal Pharmacology Lectures- Dr. Andrew Horne, MD
    • Endocrine Pharmacology- Dr. David Miller, MD
    • Anticancer Pharmacology- Dr. Jennifer Shabbits, MD
    • Pharmacology Of Antimicrobial Agents- Dr. David Godin
    • Pharmacology Of Antiepileptics- Dr. Andrew Horne
    • Quantitative Pharmacokinetics Lectures- Dr. David Godin, MD
    • Pharmacology Of The Autonomic Nervous Systems- Lectures Dr. Micheal Walker, MD
    • Cardiac Pharmacology Lectures- Dr.Michael Walker, MD
    • Diuretics Lectures- Dr. David Godin, MD
    • Pharmacology Of Local Anaesthetics Lectures- Dr. David Godin, M
    • Pharmacology Of Inhaled Anaesthetics Lecture- Dr. Peter T. Choi, MD
    • Pharmacology Of Antidepressants- Dr. Dean Elb
    • Pharmacology And Anxiety- Dr. R. Randhawa MD
    • Pharmacology Of Antipsychotics-Dr. Ric M. Procyshyn
    • Variability In Response To Drugs-Dr. David Godin
    • Fundamental Concepts Lectures- Dr. David Godin, MD
  • Surgical and Medical Ethics Series - Dr. Alberto Ferreres
    • Medical Ethics and Bioethics 101
    • Patient-physician Relationship and Communication
    • How to Deliver Bad News
    • Medical Futility
    • The Surgical Informed Consent Process
    • Surgical Ethics: Principles and Practice

Pediatrics

3
  • Fundamentals of Pediatric Endocrinology
    • Puberty Timing and Thyroid Disorders in Children: A Clinical Guide to Pediatric Endocrinology
    • Understanding Growth and Hormones in Children: A Pediatric Endocrinology Guide
    • Pediatric Endocrine Emergencies and Core Disorders: Diabetes, Adrenal Pathologies, and Bone Health
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Leader

5 min read

As leaders, physicians engage with members of the health care team and other system partners in the creation, delivery, review and continuous improvement of patient care and system function. Leaders demonstrate actions through collaboration, communication, engagement, empowerment and continual improvement while balancing personal, clinical, scholarly and educational roles. Leaders frame all decisions in local, national and global contexts.
For medical students in war-torn, resource-limited settings such as Afghanistan, leadership is often exercised early and under pressure—where fragile health systems, conflict, displacement, cultural dynamics, and limited infrastructure require initiative, adaptability, and a strong commitment to both individual patients and population health.


1. Contribute to the improvement of health care delivery in teams, organizations and systems. #

Medical students should actively engage in improving how care is delivered, even when working within overstretched and under-resourced systems. This includes recognizing gaps such as long wait times, lack of follow-up, or poor coordination between clinics and hospitals, and contributing to practical solutions. Students may participate in outreach efforts in rural or displaced populations, assist in organizing patient flow in overcrowded facilities, or support vaccination and screening campaigns. Improving healthcare delivery also requires understanding that many health issues originate outside the clinic—such as unsafe water, poor sanitation, or lack of education—and working with community leaders, NGOs, and government bodies to address these upstream causes.

1.1 Apply the science of quality improvement to improving patient safety and systems of care. #

Students should learn to apply quality improvement principles in ways that are realistic for low-resource settings. This includes identifying common safety risks such as infection spread due to overcrowding, medication errors due to unclear labeling, or missed diagnoses due to limited diagnostic tools. Students can contribute by helping standardize simple processes—like hand hygiene practices, triage protocols, or basic documentation—to reduce variability in care. They should also understand how to measure improvement using simple indicators, such as reduced infection rates or improved follow-up, even when formal data systems are limited.

1.2 Analyze and address patient safety incidents to enhance care. #

In environments where formal reporting systems may not exist, students must develop the habit of reflecting on adverse events and near-misses. This involves identifying contributing factors such as communication breakdowns, lack of supervision, equipment shortages, or high patient volume. Students should engage in open, blame-free discussions with their teams to understand what went wrong and suggest practical, locally appropriate changes. For example, creating clearer communication during handovers or ensuring critical supplies are checked regularly can significantly improve patient safety.

1.3 Utilize health informatics to improve the quality of care and optimize patient safety. #

Students should make effective use of whatever information systems are available, whether digital or paper-based. This includes maintaining accurate patient records, tracking chronic conditions like tuberculosis, and ensuring continuity of care for displaced or mobile populations. In low-resource settings, this may involve developing simple tracking systems for vaccinations or infectious diseases, or using mobile technology where available to communicate with patients and teams. Understanding disease patterns through collected data can also support early identification of outbreaks and guide public health responses.

1.4 Demonstrate an understanding of the governance and financial operations of the Canadian healthcare system. #

Students should instead develop a strong understanding of how healthcare systems function in their own context, including the roles of government agencies, non-governmental organizations, and international partners. This includes recognizing how funding limitations, political instability, and reliance on external aid affect the availability of medications, staffing, and infrastructure. Students should understand how decisions are made at different levels and how they can advocate within these systems to improve access to care, particularly for vulnerable populations.


2. Demonstrate the ability to utilize resources for cost-effective health care. #

Students must develop the ability to deliver high-quality care while working within strict resource constraints. This involves prioritizing interventions that provide the greatest benefit, avoiding unnecessary tests or treatments, and being mindful of both system-level costs and the financial burden on patients. Cost-effective care in this context is closely tied to ethical decision-making, as resource allocation often impacts not just individual patients but entire communities.

2.1 Understand how care is impacted by healthcare resources. #

Students should recognize how limited access to medications, diagnostic tools, and trained personnel shapes clinical decision-making. For example, the absence of advanced imaging may require greater reliance on clinical skills, while medication shortages may necessitate alternative treatment plans. Students should also understand how social factors, such as poverty or displacement, limit patients’ ability to access and adhere to care.

2.2 Apply evidence-based processes to deliver cost-appropriate care across all patient care contexts. #

Students should apply evidence-based medicine in a way that is adaptable to their setting. This means selecting treatments that are not only effective but also available and affordable. For example, choosing first-line therapies that are locally accessible or prioritizing treatments that require minimal follow-up in populations where continuity of care is uncertain. Students should balance ideal guidelines with practical realities to ensure that care remains both effective and feasible.

2.3 Describe how public health and health policy shape the delivery of our healthcare system. #

Students should understand how broader public health strategies and policies influence healthcare delivery. This includes recognizing the importance of vaccination programs, infectious disease control measures, and sanitation initiatives in preventing disease. In conflict-affected settings, students should also understand how displacement, food insecurity, and limited infrastructure contribute to disease burden, and how policies and programs aim to address these challenges.


3. Demonstrate key elements of leadership in your role as an individual, professional, team contributor and a member of the community. #

Leadership for medical students extends beyond clinical competence to include responsibility toward patients, teams, and communities. Students are often seen as trusted figures and may play a role in educating patients, advocating for better health practices, and supporting community initiatives. Leadership also involves maintaining professionalism, resilience, and ethical decision-making in challenging environments.

3.1 Apply the principles of change management to enhance healthcare outcomes. #

Students should be able to support the implementation of changes that improve care, even in unstable environments. This includes introducing new workflows, supporting public health campaigns, or helping communities adopt healthier practices. Successful change requires understanding cultural beliefs, building trust, and working collaboratively with community and religious leaders to ensure acceptance and sustainability.

3.2 Set priorities and manage time in professional responsibilities and personal life. #

Students must learn to manage competing demands in environments where healthcare needs are high and resources are limited. This includes prioritizing urgent cases, managing workload efficiently, and maintaining personal well-being to prevent burnout. Effective time management is essential for sustaining performance in high-pressure settings.

3.3 Implement processes to ensure personal and professional continuous improvement. #

Students should take an active role in their own learning, especially in settings where formal educational resources may be limited. This includes learning from clinical experiences, seeking mentorship, and staying updated on relevant medical knowledge. Continuous improvement also involves reflecting on one’s performance and identifying areas for growth.

3.4 Participate in teams with other health professionals in respectful and effective decisionmaking. #

Students should work collaboratively with a wide range of individuals, including doctors, nurses, community health workers, and non-medical stakeholders. In many settings, effective care requires engagement with religious leaders and community figures, particularly when addressing sensitive issues such as mental health or PTSD. Respectful collaboration helps build trust and ensures that care is culturally appropriate and accepted.

3.5 Demonstrate an approach to managing professional and personal finances. #

Students should develop an understanding of financial responsibility in both their personal and professional roles. This includes being mindful of the economic challenges faced by patients and making clinical decisions that minimize financial burden. Students should also learn to manage their own finances responsibly to sustain their education and future practice in challenging environments.

CollaboratorMedical Expert
Table of Contents
  • 1. Contribute to the improvement of health care delivery in teams, organizations and systems.
  • 1.1 Apply the science of quality improvement to improving patient safety and systems of care.
  • 1.2 Analyze and address patient safety incidents to enhance care.
  • 1.3 Utilize health informatics to improve the quality of care and optimize patient safety.
  • 1.4 Demonstrate an understanding of the governance and financial operations of the Canadian healthcare system.
  • 2. Demonstrate the ability to utilize resources for cost-effective health care.
  • 2.1 Understand how care is impacted by healthcare resources.
  • 2.2 Apply evidence-based processes to deliver cost-appropriate care across all patient care contexts.
  • 2.3 Describe how public health and health policy shape the delivery of our healthcare system.
  • 3. Demonstrate key elements of leadership in your role as an individual, professional, team contributor and a member of the community.
  • 3.1 Apply the principles of change management to enhance healthcare outcomes.
  • 3.2 Set priorities and manage time in professional responsibilities and personal life.
  • 3.3 Implement processes to ensure personal and professional continuous improvement.
  • 3.4 Participate in teams with other health professionals in respectful and effective decisionmaking.
  • 3.5 Demonstrate an approach to managing professional and personal finances.
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