Gynesim
Gynesim is a non-profit organization dedicated to revolutionizing surgical education through high-fidelity simulation models and comprehensive curricula. Their mission is to promote surgeon skill development, improve surgical care and outcomes, and enhance women's health and well-being by providing innovative, engaging, and transformative training programs across various surgical specialties. They support both individual surgeons and industry partners with customized training solutions, including in-person and remote courses, to foster mastery of minimally invasive techniques and the adoption of new technologies.
Industries
Gynesim
Nelson, New Hampshire, United States, North America
Products
Portable simulation platform with integrated video and lighting
Portable assembly supporting laparoscopic, hysteroscopic, cystoscopic and transvaginal access with movable external camera support, adjustable monitor mount, integrated LED lighting and rapid assembly for transport.
High-fidelity tissue-based surgical simulation models
Hand-constructed tissue-based models designed to represent specific anatomic and pathologic scenarios, configurable for a range of procedures and compatible with surgical energy devices for non-clinical training.
Trainer box and remote training kit
Box-trainer hardware and consumable instrument kits packaged for shipment to remote learners to enable hands-on laparoscopic practice with live expert supervision.
Specialty procedure model sets (urology, endoscopy, bariatric, general surgery)
Procedure-specific model sets and consumables to support specialty training tracks including cystoscopy and bladder tumor resection, TURP and BPH procedures, colonoscopic advanced resections, and bariatric procedure simulation.
Portable simulation platform with integrated video and lighting
Portable assembly supporting laparoscopic, hysteroscopic, cystoscopic and transvaginal access with movable external camera support, adjustable monitor mount, integrated LED lighting and rapid assembly for transport.
High-fidelity tissue-based surgical simulation models
Hand-constructed tissue-based models designed to represent specific anatomic and pathologic scenarios, configurable for a range of procedures and compatible with surgical energy devices for non-clinical training.
Trainer box and remote training kit
Box-trainer hardware and consumable instrument kits packaged for shipment to remote learners to enable hands-on laparoscopic practice with live expert supervision.
Specialty procedure model sets (urology, endoscopy, bariatric, general surgery)
Procedure-specific model sets and consumables to support specialty training tracks including cystoscopy and bladder tumor resection, TURP and BPH procedures, colonoscopic advanced resections, and bariatric procedure simulation.
Services
Individual surgeon hands-on training
Expert-led, deliberate-practice courses focused on minimally invasive surgical technique development using high-fidelity tissue-based and box-trainer simulation models with proctored, repetitive practice.
Residency, fellowship, and academic program deployments
Customized curricula, model and equipment provisioning, course setup and on-site instruction for postgraduate training programs; program deployments and academic support available on request.
Industry professional education and product support
Customized training and simulation solutions to support device demonstration, end-user education, product adoption, and coordinated training programs for industry partners.
Remote hands-on simulation courses
Ship-to-participant trainer boxes, instruments and consumables combined with live two-way video supervision and structured practice protocols to enable hands-on laparoscopic training at remote locations.
Executive and longitudinal fellowship programs
Extended fellowship-style programs combining periodic intensive in-person sessions with distributed hands-on practice over months (example structure: recurring multi-day intensives spaced over an 18-month interval totaling hundreds of hands-on hours, supplemented by home practice and supplemental labs).
Multi-day intensive simulation retreats and bootcamps
Organization and instruction of intensive multi-station, multi-day courses covering advanced minimally invasive skills and complex procedures using high-fidelity models and proctored repetitive practice.
Individual surgeon hands-on training
Expert-led, deliberate-practice courses focused on minimally invasive surgical technique development using high-fidelity tissue-based and box-trainer simulation models with proctored, repetitive practice.
Residency, fellowship, and academic program deployments
Customized curricula, model and equipment provisioning, course setup and on-site instruction for postgraduate training programs; program deployments and academic support available on request.
Industry professional education and product support
Customized training and simulation solutions to support device demonstration, end-user education, product adoption, and coordinated training programs for industry partners.
Remote hands-on simulation courses
Ship-to-participant trainer boxes, instruments and consumables combined with live two-way video supervision and structured practice protocols to enable hands-on laparoscopic training at remote locations.
Executive and longitudinal fellowship programs
Extended fellowship-style programs combining periodic intensive in-person sessions with distributed hands-on practice over months (example structure: recurring multi-day intensives spaced over an 18-month interval totaling hundreds of hands-on hours, supplemented by home practice and supplemental labs).
Multi-day intensive simulation retreats and bootcamps
Organization and instruction of intensive multi-station, multi-day courses covering advanced minimally invasive skills and complex procedures using high-fidelity models and proctored repetitive practice.
Expertise Areas
- Simulation-based surgical education
- Minimally invasive procedural training
- Curriculum design using supervised deliberate practice
- Remote hands-on training delivery and logistics
Key Technologies
- High-fidelity tissue-based simulation models
- Procedure-specific anatomic and pathologic model customization
- Portable box-trainer hardware and portable simulation platforms
- Integrated video capture and LED lighting for simulation