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HelSim
Applied Simulation Technologies Providers for Greece. Commercial & Defence Aviation Systems & Services. |
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MEDICAL SYSTEMS
Human Patient Simulator Emergency Care Simulator Pediatric Simulator BabySIM® iSTAN™ Virtual Reality Surgery Simulator Urology Surgery Simulator Laparoscopic Surgery Simulator Pelvis Examination Simulator METIVision® METI LiVE® CBR Response Simulator Combat Trauma Simulator AVIATION SYSTEMS
LASER & ELECTRO-OPTICS
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As the worldwide leader in patient simulation technology and education, Medical Education Technologies, Inc.® (METI) is uniquely positioned for creating the industry’s first surgical simulation system that integrates human physiology in an expandable education platform supporting multi-task and multi-user learning. METI’s virtual-reality simulator, SurgicalSIM VR, provides the most educationally sound surgical simulation system and is based on SimSurgery’s Surgical Education Platform (SEP™). METI and SimSurgery have created the only expandable surgical platform available with advanced life-like surgical anatomy and advanced intracorporeal suturing and knot-tying exercises on the market. Its ability to record the learner’s performance during each session offers immediate review and feedback for developing surgical skills.
Building on this advanced and affordable surgical
learning platform, with continual guidance
from recognized surgical leaders throughout the
world, SurgicalSIM VR is evolving into the most
comprehensive surgical simulation system by
incorporating the most up-to-date industry technology
with multi-specialty, adaptable Learning
Modules. The first “turn-key” module includes
minimally invasive surgical skills. Other modules
include, Robotic Surgery, Cholecystectomy, and
TURP. A GYN module and Laparoscopic
Nephrectomy module that is under development
in partnership with the American Urological
Association (AUA), will continue to expand the
capabilities of this surgical training system.
The introduction of the METI SurgicalSIM VR
offers the surgical community a full-spectrum
and expanding learning system that allows the
novice, the advanced resident and even the
practicing surgeon the ability to develop and
test their technical, cognitive, and medical
decision making skills in a safe environment.
After Action Review
Advanced Suturing
Working With The SurgicalSIM VR:
SurgicalSIM VR provides two specific learning modes that allow a
Program Director to create learning modules to best support the learner,
and a third mode reserved for the administrator. This flexibility allows
the director to objectively measure and assess an individual learner’s
progress and helps to ensure each competency is met and mastered.
Administrator Mode: In this mode, the Program Director can create
specific learning tracks for individual learners. By giving the director this
kind of flexibility, he or she can set parameters that establish specific
competency standards that will prevent the learner from progressing to
the next exercise until the competency is met.
Learner Mode: In this mode, learners are permitted to utilize the
simulator in a self-directed session that moves at their own pace. Each
exercise includes an introduction, educational content, and both a real
and simulated video clip of the specific procedure. Each exercise in the
Learner Mode must be mastered before the system will allow progression
to the next exercise.
Mentor Mode: Like the Learner Mode, the Mentor Mode provides
access to an exercise introduction, educational content and both a real
and simulated clip of the specific procedure. But what makes this mode
different is that the learner can access exercises in any order to work on
strategies for specific concepts and skills he or she is having difficulties
with, on their own or with a mentor. This allows the mentor (or learner) to isolate problem areas and repeatedly challenge the learner until the
competency is met.
MEASURING PROFICIENCY OF SURGICAL SKILLS:
The true educational value of the SurgicalSIM VR comes from the
open nature of the system that allows for experiential and multilevel
training. Using this one system, a novice learner can progress
to expert levels with clearly defined data that measures the learner’s
progress every step of the way. In addition, the learner’s proficiency
is measured during the exercises and can be dramatically improved
with repeated practice, helping make the learner more effective and
efficient as his or her competence increases. By compiling performance
data over time, the Program Director can objectively assess
the learner’s proficiency in the following areas:
Reaching proficiency levels for each of these
skills is critically important as a novice surgeon
enters the OR for the first time. By using the
SurgicalSIM VR, learners can shift from abstract
skills-based training to learning key surgical
concepts in a proper context while developing
proficiency at increasing levels along the way.
And once these concepts are mastered on the
simulator, the learner is far better prepared to
take care of patients.
Increasing Proficiency at Every Level
Novice:
By following a structured curriculum and intensive
training regimen targeting the key challenges
in moving from open surgery to laparoscopy, the
novice surgeon can move into the OR having
skipped over the usual early frustrations.
Intermediate:
By following an adaptive regimen of training that
is structured based on their current performance
in the OR, the learner can stay focused on his/
her weaknesses in the skills lab to continuously
improve their performance in the OR.
Advanced:
The SurgicalSIM VR provides the practitioner
with the opportunity to acquire advanced skills
in a self-paced, self-directed environment and
start to mentor novices. The real time feedback
provides them with a measure of their progress
and an objective comparison to the performance
of their peers.
SurgicalSIM VR Components:
The future of surgical education is here — and
we are proud to present the latest addition to the
METI family of simulators, SurgicalSIM VR. METI is
committed to providing the most advanced medical
education tools in the world, and the SurgicalSIM
VR was carefully designed to meet the rigorous
educational demands of surgical programs.
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APPLICATIONS
-Flight Training -Medical Academic Training -Medical Recurrency Training -Medical Occupational Training -EMC Training -Telematics based Logistics -Telematics & GIS -Traffic Analysis -Traffic Visualization -Urban Planning -Urban Warfare -Integrated Training Centers -Mission Planning & Rehearsal -Semi-Autonomous Vehicles -UAVs -Adv. After Action Reviews -Persuasive Visualization -Counter-Terrorism Training -Real-Time Threat Assessment -Computer Based Training -Distributed Interactive Training -Accelerated Medical Recovery -Virtual Instrumentation -Education -Entertainment SERVICES
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