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80069482 - Third Annual Fundamentals of Mechanical Ventilation for the Practicing Intensivist

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Add to Calendar Third Annual Fundamentals of Mechanical Ventilation for the Practicing Intensivist 4/15/2026 8:00:00 AM 4/17/2026 12:30:00 PM America/New_York For More Details: https://hopkinscme.cloud-cme.com/course/courseoverview?EID=62814 Description: The fundamentals of mechanical ventilation course will be an inperson 2.5 day course. The curriculum is founded in pulmonary physiology applied to the mechanical ventilator including concepts covering Ohms Law, the equation of motion, pulmonary resistance, pulmonary compliance, autoPEEP and ventilator asynchronies. The educational content will be delivered via a series of peer reviewed didactics, ... Mt. Washington Conference Center false MM/DD/YYYY


Date & Location
Wednesday, April 15, 2026, 8:00 AM - Friday, April 17, 2026, 12:30 PM, Mt. Washington Conference Center, Baltimore, MD

Target Audience
Specialties - Critical Care Medicine, Nursing, Physician Assistant, Pulmonary Disease, Pulmonology

Overview
The fundamentals of mechanical ventilation course will be an inperson 2.5 day course. The curriculum is founded in pulmonary physiology applied to the mechanical ventilator including concepts covering Ohms Law, the equation of motion, pulmonary resistance, pulmonary compliance, autoPEEP and ventilator asynchronies. The educational content will be delivered via a series of peer reviewed didactics, small group exercised and simulation. We have a ventilator simulator and a series of cases and pathologies for application of knowledge. This course has been previously delivered to Pulmonary and Critical Care Fellows and has been modified and adapted for an attending knowledge base.

Objectives
  1. Explain the principles of Ohms law, the equation of motion, and the natural decay equation as they relate to mechanical ventilation.
  2. Analyze ventilator waveforms using principles of Ohms law, the equation of motion, and the natural decay equation
  3. Identify pathology and patient characteristics on the mechanical ventilator including resistance, compliance and autoPEEP.
  4. Apply principles of the equation of motion to correct dangerous pathology on the mechanical ventilator.
  5. Apply ventilator waveform analysis to identify abnormalities in resistance, compliance, and patient ventilator asynchrony.

Accreditation

Accreditation Statement

The Johns Hopkins University School of Medicine is accredited by the Accreditation Council for Continuing Medical Education (ACCME) to provide continuing medical education for physicians.

Credit Designation Statement

The Johns Hopkins University School of Medicine designates this live activity for a maximum of 22.0 AMA PRA Category 1 Credits™. Physicians should claim only the credit commensurate with the extent of their participation in the activity.



Keywords: LIVE
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Mitigation of Relevant Financial Relationships


Johns Hopkins University adheres to the ACCME’s Standards for Integrity and Independence in Accredited Continuing Education. Any individuals in a position to control the content of a CE activity, including faculty, planners, reviewers or others are required to disclose all relevant financial relationships with ineligible entities (commercial interests). All relevant conflicts of interest have been mitigated prior to the commencement of the activity.

Souvik Chatterjee, MD
Director, Bayview Medical Intensive Care Unit
Johns Hopkins University School of Medicine
Michael Keller, MD
University of Maryland
Eric Kriner, Other, BS, RRT, FAARC
Medstar Washington Hospital Center
Burton W Lee, MD
National Institutes of Health
Nitin Seam, MD
National Institutes of Health

Wednesday, April 15, 2026
Introduction to the Master Class Course
8:00AM - 8:20AM
Burton W Lee, MD

Physiology of Breath Delivery: Ohm’s Law, the Equation of Motion and Alveolar Pressure
8:20AM - 9:40AM
Burton W Lee, MD

Physiology of Expiration: Natural Decay Equation and the Expiratory Time Constant
9:50AM - 11:10AM
Michael Keller, MD

Practical Session I Equation of Motion Bench Simulations Clinical Simulations
11:20AM - 12:35PM
Michael Keller, MD

Practical Session I Equation of Motion Bench Simulations Clinical Simulations
11:20AM - 12:35PM
Nitin Seam, MD

Practical Session I Equation of Motion Bench Simulations Clinical Simulations
11:20AM - 12:35PM
Souvik Chatterjee, MD

Practical Session I Equation of Motion Bench Simulations Clinical Simulations
11:20AM - 12:35PM
Eric Kriner, Other, BS, RRT, FAARC

Passive Expiration & Putting the Equations Together
1:20PM - 3:00PM
Burton W Lee, MD

Application of Ohm’s Law to Normal Pressure Control Waveforms
3:10PM - 4:10PM
Souvik Chatterjee, MD

Practical Session II Natural Decay Bench Simulations Clinical Simulations
4:20PM - 5:30PM
Michael Keller, MD

Practical Session II Natural Decay Bench Simulations Clinical Simulations
4:20PM - 5:30PM
Burton W Lee, MD

Practical Session II Natural Decay Bench Simulations Clinical Simulations
4:20PM - 5:30PM
Souvik Chatterjee, MD

Practical Session II Natural Decay Bench Simulations Clinical Simulations
4:20PM - 5:30PM
Eric Kriner, Other, BS, RRT, FAARC

Thursday, April 16, 2026
Application of Ohm’s Law to Normal Volume Control Waveforms
8:00AM - 9:45AM
Souvik Chatterjee, MD

Application of Ohm’s Law to Normal Volume Targeted Waveforms
9:55AM - 10:55AM
Nitin Seam, MD

Practical Session III Bench Simulations Clinical Simulations
11:05AM - 12:35PM
Michael Keller, MD

Practical Session III Bench Simulations Clinical Simulations
11:05AM - 12:35PM
Nitin Seam, MD

Practical Session III Bench Simulations Clinical Simulations
11:05AM - 12:35PM
Souvik Chatterjee, MD

Practical Session III Bench Simulations Clinical Simulations
11:05AM - 12:35PM
Eric Kriner, Other, BS, RRT, FAARC

Asynchronies of Initiating the Breath
1:20PM - 2:20PM
Nitin Seam, MD

Asynchronies of Flow
2:30PM - 4:20PM
Eric Kriner, Other, BS, RRT, FAARC

Asynchronies of Terminating the Breath
4:30PM - 5:30PM
Michael Keller, MD

Friday, April 17, 2026
Asynchronies during Expiration
8:00AM - 9:10AM
Eric Kriner, Other, BS, RRT, FAARC

Practical Session IV Bench Simulations Clinical Simulations
9:20AM - 10:50AM
Michael Keller, MD

Practical Session IV Bench Simulations Clinical Simulations
9:20AM - 10:50AM
Nitin Seam, MD

Practical Session IV Bench Simulations Clinical Simulations
9:20AM - 10:50AM
Souvik Chatterjee, MD

Practical Session IV Bench Simulations Clinical Simulations
9:20AM - 10:50AM
Eric Kriner, Other, BS, RRT, FAARC

Lung Protective Ventilation Strategies – Beyond 6 ml/kg
11:00AM - 12:15PM
Burton W Lee, MD

Contact Us:
410-955-2959
Or by email: [email protected]

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