+91-22-4612-2424 (Telephone) infoindia@helpmesee.org

THE SOLUTION:

SIMULATION-BASED TRAINING

The centerpiece of the HelpMeSee global program to eliminate cataract blindness is a simulation-based training program that focuses on teaching Manual Small Incision Cataract Surgery (MSICS). Our plan can train the numbers of cataract specialists needed to deliver enough surgeries required to reduce the backlog of cataract patients waiting for treatment, most of whom live in the developing world. 

To make the large-scale training of MSICS possible, HelpMeSee worked with technology partners and a team of subject matter experts to develop the Eye Surgery Simulator. The HelpMeSee Simulator combines realistic computer graphics and physics modeling with motion controls that send tactile feedback to the hands of the trainee holding the surgery instruments.

BENEFITS OF SIMULATION-BASED TRAINING ON THE HELPMESEE EYE SURGERY SIMULATOR:

  • Delivery of lifelike simulations that allow for immersive training.
  • The rapid transfer of surgical skills to train significant numbers of cataract surgeons.
  • Elimination of the risk to live patients while supporting a trainee surgeon’s ability to achieve a higher level of proficiency before progressing to live surgery.
  • Unlimited practice sessions where trainees can repeat the individual steps of the MSICS procedure until these students achieve proficiency
  • Standardization of surgery steps into repeatable virtual processes that enhance training.
  • Objective measurement and recording of trainees’ surgery performance data.
  • Documentation of trainees’ proficiency levels through each stage of training.

THE HELPMESEE EYE SURGERY SIMULATOR AT A GLANCE

Please allow us to continue the success of our mission in India by donating for cataract surgery training. 

Contact  Information

HelpMeSee India Foundation
A-Wing 703, 7th Floor, Supreme Business Park
Supreme City
Powai, 
Mumbai, Maharashtra 400076
India
Telephone: +91-22-4612-2424
Email: infoindia@helpmesee.org

PAN No: AADCH7874F

            

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