Skip Overview
![[[alt/icon]]](https://sn-dev.totara-ready-to-use.com/theme/image.php/sn/block_sn_course_intro/1758188925/pre_requisites "[[alt/icon]]")
![[[alt/icon]]](https://sn-dev.totara-ready-to-use.com/theme/image.php/sn/block_sn_course_intro/1758188925/learning_objectives "[[alt/icon]]")
![[[alt/icon]]](https://sn-dev.totara-ready-to-use.com/theme/image.php/sn/block_sn_course_intro/1758188925/contributors "[[alt/icon]]")
Overview
Introduction
In this course, learners will understand how RI.HIP MODELER preop planning tool help address THA instability and optimise patient specific range of motion. The module include short introductory videos as well as an interactive step by step training on the tool interface and workflow.
Pre-requisites
- Hip arthroplasty-specialised surgeons
- Interest to gain insights into navigation and enabling technologies for hip arthroplasty
- Advanced level of English language skills
What you will learn
- Appraise how RI.HIP MODELER help optimise THA stability and patient RoM
- Practice the different modalities to upload patient x-ray images into RI.HIP MODELER
- Execute systematic workflow using RI.HIP MODELER for optimised preop plan
- Define patient spinopelvic mobility through specific landmarks
- Appraise faculty tips & tricks to implement RI.HIP MODELER in your practice
Contributors
- Dr Rhett Hallows, United States of America
- Dr Thorsten Seyler, United States of America
Show more
Accreditations
Royal College of Surgeons of England (RCS Eng)
Learn more
Royal College of Surgeons of England*
*This Smith+Nephew Medical Education eLearning content is accredited by the RCS (Royal College of Surgeons of England) as part of the centre accreditation. You will receive a certificate of attendance upon full completion of the module.
Show more