SIMVENT 2018
Training in Mechanical Ventilation has always been an integral part of critcal care teaching. But till date it has been taught conventionally through lots of lectures and diagrams and some hands on session on a ventilator with a test lung. Our understanding of the nuances of this modality is severely limited this way. The SIMVENT course opens the horizon to an in depth understanding of the subject by introducing simulation to this. Several student generated scenarios can be simulted and practiced without patient involvement. Till date over 1000 medical professionals have been trained in this manner and still counting...
SIMVENT 2018
Highlights:
- First ever course on mechanical ventilation with simulators
- Live case scenarios on simulator
- Hands on experience
- Discussion of student generated problems
- Ventilator Graphics
- Troubleshooting
- Clinical Case Discussions
Target Audience
- Student of Critical Care : FNB and ISCCM course
- PG Student : Anaesthesia / Pulmonology / Internal Medicine
- Practicing Intensivists
You will learn
- Basics of Respiration and Ventilation
- Basic Ventilator strategies
- Analysing Loops and Curves
- Simulator based challenges in various clinical scenarios
- Troubleshoot and response to alarms
- Advanced Ventilation and Rescue maneuvers
- Management of ventilation in totality
- Scientific Agenda
- Step 1 : Basic Physiology of Respiration
- Step 1.1 : Work Of Breathing (WOB)
- Step 1.2 : Pressure Time Product(PTP)
- Step 1.3 : P0,1
- Step 1.4 : D(A-a)O2
- Step 1.5 : Resistance
- Step 1.6 : Compliance
- Step 1.7 : Pulmonary pressures
- Step 2 : Simulation in respiratory physiology
- Step 2.1 : Airway pressures
- Step 2.2 : Resistance
- Step 2.3 : Cst
- Step 2.4 : Vd/Vt and Shunt effect
- Step 2.5 : Pmus and Insp Time
- Step 2.6 : WOB
- Step 2.7 : P0,1 and PTP with changes in ABG
- Step 3 : Basic Physiology of Ventilation
- Step 3.1 : Time constants
- Step 3.2 : Driving pressure
- Step 3.3 : Ventilatory modes
- Step 3.4 : Phase variable
- Step 4 : Scalars and loops
- Step 4.1 : PCV
- Step 4.2 : VCV
- Step 4.3 : PSV
- Step 4.4 : Different Scenarios
- Step 5 : Simulation Normal Ventilation / Neurological diseases
- Step 5.1 : Scalars : peak, plat, effects of change in compliance, airways resistance, asynchrony,patterns in VCV / PCV / PSV
- Step 5.2 : VCV : TV, IBW, Pplat, PIP, I:E ratios; Insp flows, Driving pressures, RR, inspiratory trigger
- Step 5.3 : PCV : Delta P, Insp Time, Trigger
- Step 5.4 : PSV : asynchrony, flow trigger
- Step 6 : COPD / Asthama : Lecture on Ventilator Strattegy
- Step 6.1 : Simulation based interaction DHI/Auto PEEP : how to calculate high airway resistance with pressure cut off. Weaning problems : poor Pmus and high restance, problems on preasure trigger esp with air trapping
- Step 6.2 : Video Presentation : Tachypnea with air trapping
- Step 7 : ARDS : Lecture on Ventilatory strategy
- Step 7.1 : Simulation based interaction Recruiting, Lung Productive ventilation, inverse ratio vent
- Step 7.2 : Video Presentation : Recruiting, Proning, optimal peep
- Step 8 : Strategies for refractory hypoxemia
- Step 8.1 : Advanced Modes (APRV, PRVC, ASV), Proning, HFOV
- Step 8.2 : Video Presentation : Recruiting, Proning, optimal peep
- Step 9 : ECMO
- Step 10 : Troubleshooting and alarms
Course Fee & Duration
12 months online modules and video lectures : August 2018 to July 2019
Contact program: simulation based 22-25 July 2019 plus ECMO Conference ECMOASIA 2019 (26-27 july, 2019)
Course fee: Early bird till 31st October, 2018: Rs. 65000/-
After 1st November: Rs. 85000/-
ACADEMIC BOARD
Dr. Sandeep Dewan
Director and HOD
Division of Extra Corporeal Life Support, Department of Critical Care Medicine at Fortis Memorial Research Institute (FMRI), Gurgaon
HONORARY MEMBER - ACADEMIC BOARD
Dr. Thomas Mueller
Consultant, Intensive Care Medicine & Pneumology
University Medical Center, Regensburg, Germany
HONORARY MEMBER - ACADEMIC BOARD
Dr. Ramanathan KR
Director of ICU Fellowship Training Programme
National University- Heart Center, Singapore
HONORARY MEMBER - ACADEMIC BOARD
COURSE DIRECTOR
COURSE COORDINATOR
Course Content
Comprises of four pillars of any comprehensive academic programme.
Theoretical Content
Sent as easily comprehensible online text so that you can read at your convenience and come prepared for contact programs. Audio Visual lectures will supplement them.
Simulated Clinical Scenarios
You need to be ready to face the problems of the real world. Best way to do that without harming a patient is simulation based training on mannequins and softwares.
Contact Programme
To build up on your theoretical knowledge, four days of intensive hands on practice on the machine and circuits is a must
One to One Interaction
You will get the chance to interact with the best minds in the field in India and outside during the contact program and the International ECMO Conference ECMOASIA '18. They will also assess your knowledge in the post test.
Get a certificate
For more details contact :
Dr Madhur Arora : + 91 98993 45337
Dr Munish Chauhan : +91 96507 73633
Email : healthcaretrainingasia@gmail.com
Student feedback
coming soon.
Over 1,000 Health Care Professional Trained
Share this page: