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Course unit

Imaging and operating room of the future

Last updated: 22/02/2024

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Course Director(s):

POURCHEZ Jérémie

General Description:

The objective is to enable students to acquire knowledge on the main diagnostic tools existing today and on the technologies of the operating room of the future (surgical robots, simulators...).

Key words:

Imaging Surgical robot Medical technologies

Number of teaching hours

40

Fields of study

Biological engineering, Medical engineering

Teaching language

French

Intended learning outcomes

On completion of the unit, the student will be capable of: Classification level Priority
Acquiring knowledge on the principle diagnostic tools currently available. 2. Understand Essential
Implementing the basic tools of medical image analysis 4. Analyse Important

Learning assessment methods

Percentage ratio of individual assessment Percentage ratio of group assessment
Written exam: 50 % Project submission: %
Individual oral exam: % Group presentation: 50 %
Individual presentation: % Group practical exercise: %
Individual practical exercise: % Group report: %
Individual report: %
Other(s): %

Programme and content

Type of teaching activity Content, sequencing and organisation
Conference

Students will study the principle diagnostic tools, including :

-Magnetic Resonance Imaging (MRI), radiology (including notions of the physics of nuclear magnetic resonance, principles of image production by MRI, instrumentation and examination procedures, the physics of X-Ray production, inter-actions of X-Rays/ matter in biological tissue, principles of scanning, image formation and instrumentation.

-Nuclear Medicine where the operating principles will be presented of different imaging equipment devices used in nuclear medicine, functional and metabolic imaging (with application examples), the monophotonic gamma camera and the PET camera

Students will also have conferences on innovative medical technologies used in cardiology, reanimation... and robotic-assisted surgery...


Visit

Visit of the Department of Nuclear Medicine and of the Department of Radiology of the Saint-Etienne University Hospital, visit of DIWII.

Possibility to attend a robotic-assisted surgery or a coronarography procedure (limited number of places).