Future CT, Fluoroscopy, and MRI Simulation Virtual Medical Coaching
Explore upcoming CT, MRI and fluoroscopy simulation platforms for radiography education, parameter optimisation and procedural imaging training in VR and desktop formats.
CT Simulation for Imaging Education and Parameter Optimisation
We are developing a Fluoroscopy Simulation module for radiography education and procedural imaging training. The platform is designed to support structured teaching in dynamic X-ray procedures where learners must coordinate patient positioning, beam angulation, collimation and radiation dose management in real time.
Planned procedural coverage includes contrast-based examinations such as barium swallow, oesophagram and upper gastrointestinal fluoroscopy studies. Learners will practise procedural workflow, exposure optimisation and live image interpretation within a controlled virtual environment.
The Fluoroscopy Simulation module will enable learners to:
• Position patients accurately for fluoroscopic procedures
• Adjust beam angulation, centring and collimation during dynamic imaging
• Optimise exposure parameters while monitoring radiation dose
• Interpret contrast flow and anatomical motion in real time
• Recognise and correct procedural positioning errors
Simulation data and performance metrics will be linked to individual learner accounts, supporting measurable progress, educator oversight, and curriculum-aligned assessment in radiography programmes and teaching hospitals.
This module forms part of our expanding medical imaging simulation ecosystem alongside CT and MRI simulation platforms.
Fluoroscopy Simulation for Procedural Imaging and Contrast Studies
We are developing a Fluoroscopy Simulation module for radiography education and procedural imaging training. The platform will support structured teaching in dynamic X-ray procedures where learners must coordinate patient positioning, beam control, and radiation dose management in real time.
This module is part of our expanding medical imaging simulation ecosystem alongside CT and MRI simulation platforms.
Planned procedural coverage includes contrast-based fluoroscopy examinations such as barium swallow, oesophagram and upper gastrointestinal studies. The module is designed to strengthen competence in live imaging environments where image quality, timing and radiation exposure must be continuously balanced.
The Fluoroscopy Simulation module will enable learners to:
• Position patients accurately for fluoroscopic procedures
• Adjust beam angulation, centring and collimation during dynamic imaging
• Monitor and optimise exposure parameters to manage radiation dose
• Interpret contrast flow and anatomical motion in real time
• Recognise and correct procedural positioning errors
Simulation data and performance metrics will be linked to individual learner accounts, supporting measurable progress and curriculum-aligned assessment in radiography programmes and teaching hospitals.
The module will integrate with our existing VR and desktop simulation platforms, extending our medical imaging education ecosystem across static and dynamic imaging modalities.
MRI Simulation for Sequence and Protocol Optimisation Training
MRI education requires precise understanding of sequence design, parameter interaction and protocol optimisation within a complex imaging environment. In many clinical settings, structured MRI training opportunities are limited due to scanner availability, safety requirements and clinical workload pressures.
The MRI Simulation module is being developed to allow learners to modify key parameters including TR, TE, flip angle, bandwidth, matrix size, slice thickness and field of view while observing resulting changes in image contrast, signal-to-noise ratio, artefact behaviour and acquisition time.
Learners will practise protocol construction, parameter adjustment and clinical decision-making within a structured virtual simulation environment aligned with academic MRI curricula.
All simulation outputs and performance metrics will be recorded against individual learner accounts, supporting repeatable training, measurable progress and educator review.
This module integrates with our broader CT and fluoroscopy simulation platforms to provide comprehensive medical imaging education across modalities.