Endovascular Simulator

2026-11-03

Simulated Imaging & Controls • Ability to simulate x - ray images in multiple angiographic views . Describe real - time rendering , adjustable parameters ( contrast / brightness ), and any radiation physics modeling . • Foot pedal for simulation of fluoroscopic activation . Indicate whether the pedal is programmable and compatible with common configurations . • Optional : Adjustable fluoroscopy dose settings and recording / playback of sequences for teaching . Procedural Modules & Clinical Content Provide modules / cases that include , at minimum , the following areas or equivalent content meeting these learning goals . For “ equivalent ,” explain the mapping and outcomes . 1 . Endovascular basic skills ( e . g ., wire skills , simulator operation ). 2 . Coronary : diagnostic , intervention , chronic total occlusion ( CTO ), bifurcation . 3 . Transradial coronary access and procedures . 4 . Cardiology basic skills . 5 . Electrophysiology ( EP ) basic skills . 6 . Peripheral procedures : superficial femoral artery ( SFA ), below - the - knee ( BTK ), iliac . 7 . C - arm basic skills . 8 . Aortic Valve Replacement ( e . g ., TAVR simulation ). 9 . Optional : Additional modules ( e . g ., structural heart , neurovascular ). Provide a list and brief descriptions . C - Arm Operation & Radiation Safety • Features that teach / manipulate C - arm positioning and orientation , including safe operation . • Radiation safety education elements ( e . g ., dose awareness , ALARA principles in simulation ). • Optional : Scenario - based radiation risk feedback and analytics for learners . Hardware & AV • Display capability suitable for group instruction . Specify the included large monitor or AV solution ( provide size and resolution ). • Minimum recommended : 55 " display . • Optional : 4K display output and / or ability to cast to classroom AV systems .

Minnesota

2026-05-02