MPE08 : Advanced techniques for enhancing image quality in CT: Model observers as an approach to assess iterative reconstruction and spectral CT A practical challenge to be solved: how to assess image quality by means of a test object? Apply model observers? Importance and impact of the training module: CT is increasingly used, with [...]

MPE07 : Optimising the performance of x-ray imaging units A practical challenge to be solved: Which standardized methods to assess safety and performance (example: IEC) can the MPE use in practice? Importance and impact of the training module: IEC standards for the measurement of image quality were designed for use by manufacturers but [...]

MPE06: Advanced QA protocols: use and development: Going beyond existing or outdated QC standards This EUTEMPE-RX module aims to develop the necessary knowledge, skills and competences for medical physics experts involved with Quality Assurance in Radiology. In many countries, national or international protocols are available for a wide range of common imaging systems [...]

MPE05 : Anthropomorphic phantoms for optimization of dose and image quality in radiology A practical challenge to be solved: what can be the role of virtual (phantom based) clinical trials with new technology? Importance and impact of the training module: Simple mathematical phantoms comprise combination of simple geometrical primitives and as such they [...]

MPE04 : Advanced diagnostic and interventional radiology: emerging technologies and challenges A practical challenge to be solved: which physical principle can be turned into clinical reality, and when? Importance and impact of the training module: Selected scientific papers introduce the use of new X-ray characteristics for medical applications. Some of these devices aim [...]

Monte Carlo simulation in Medical Physics with PENELOPE, PRIMO and MANTIS Aim and learning outcomes Monte Carlo simulation of radiation transport has numerous applications in medical radiation physics, largely due to its detailed modeling of radiation interactions and to its suitability for dealing with complex geometries. This course aims at providing medical physics experts [...]

MPE02 : Radiobiology in imaging practice: small dose effects and individual radiosensitivity A practical challenge to be solved: how to optimize exposures using radiobiology as a guide? One of the responsibilities of a Medical Physics Expert (MPE) is to provide advice on the safety of planned and unplanned exposures to patients, staff, and [...]

MPE01: Leadership in Medical Physics, Development of the profession and the challenges for the MPE (D&IR) This module aims to help the future MPE in Diagnostic and Interventional Radiology (including imaging outside the D&IR department proper) acquire the knowledge, skills, competences and attitudes necessary to exercise a strategic leadership role within the profession [...]