Interactive Medical Physics Training with PixiLearn
Medical physics is an essential discipline for optimising and ensuring the safety of medical imaging practices.
Medical physics intervenes in critical stages, ranging from dose calculations in internal or external radiotherapy to defining acquisition parameters to optimize image quality and reduce exposure to ionizing radiation in diagnostic imaging. It also involves tracking major technological evolutions in medical imaging and supporting their implementation in imaging and radiotherapy departments.
In recent years, the role of medical physics has strengthened within medical imaging departments, becoming a key player in patient safety and the proper use of technological innovations (Artificial Intelligence, new accelerators, Targeted Radionuclide Therapy…).
With PixiLearn, we have designed immersive and personalized learning experiences. We have selected experts in medical physics, passionate about teaching, to enable you to benefit from practical training across various fields of expertise.
Why train in Medical Physics with PixiLearn?
Continuous education in medical physics is essential to offer technological innovations to our patients.
As medical physics is central to medical imaging practices, we have designed our training courses around several axes :
un viewer d’images
possibilité d’explorer les images avec de de fonctionnalités spécifiques à la médecine nucléaire.
Des formations encadrées par des experts
des experts nationaux, assurant un apprentissage de qualité basé sur les dernières avancées scientifiques.
Des cas cliniques interactifs
pour la formation en médecine nucléaire offrent des simulations des cas de diagnostic et de prise en charge
Our innovative pedagogical methods for medical physics training
At PixiLearn, we have developed interactive training methods that combine theoretical content and practical cases.
Our approach relies on :
Les cas cliniques :
L'intégration de vraies imageries médicales dans un viewer de qualité professionnelle et intégrant des solutions de quantification. Ces imageries vous permettent de travailler sur des vrais données.
Les classes virtuelles interactives :
Nos experts animent des sessions en direct, favorisant les échanges et le partage de connaissances.
Les QCMs :
Nous utilisons les QCMs avant et après chaque cours afin de mesurer les connaissances initiales et la progression des apprenants.
Un suivi personnalisé :
Chaque apprenant bénéficie d'un suivi individualisé, lui permettant de progresser à son rythme.
Our pedagogical methods in medical imaging rely on a combination of theoretical lessons, virtual classrooms, and educational tools to maximize engagement and the assimilation of radiology skills.
Our Medical Physics training tools
A fully digitalized journey
All our courses are available remotely; registration is done online in just a few minutes.
Upon filling out the registration form, you will automatically receive a request to sign your training agreement.
After electronic signature, your access to PixiLearn will be created. A short video onboarding tutorial will allow you to familiarize yourself with the platform.
You will find all educational tools in one place on PixiLearn, whether for MCQs, educational documents, interactive clinical cases, virtual classrooms, or to obtain your certificate of completion.
We have created a unique and modern learning experience, allowing simple access, in a few minutes, to our exclusive educational content in medical imaging.
With this tool, you will develop advanced expertise in analysing nuclear medicine images and will be able to apply your knowledge in clinical practice.
Our Imaging Viewer : Learning by Doing
The platform features a real medical imaging viewer that allows you to analyze images under conditions equivalent to a work situation in your clinical department.
In Medical Physics, this viewer is used in our training courses to:
Visualize the impact of technical choices on image quality.
Perform simulations in dosimetry.
Perform quantification on phantoms.
Discuss clinical cases between medical physicists, with radiographers, or physicians.
The integration of imaging allows access to dynamic and applied training, stimulating learning through practice.
Our interactive virtual classrooms
Our virtual classrooms emphasize interactivity: PixiLearn relies on a video conferencing solution specifically designed for learning, built to maintain attention, encourage exchanges, and strengthen participant engagement.
Our Medical Physics Courses
Our medical physics training courses aim to be as exhaustive as possible, offering a complete and evolving training catalog including the following topics:
External and Targeted Dosimetry
Artificial Intelligence
Radiation Protection
Quantification in Imaging
Physical bases of different medical imaging modalities
Mastery and exchange of practices on the latest technological innovations