Workshop & Training · UR CEBE

Medical Imaging Management (MIM)

Service organization, clinical examinations, and engineering — a five-day intensive program with international and Rwandan faculty.

Week of 25 May 2026 UR CEBE, Kigali & King Fayçal Hospital 5 Curriculum Modules
Medical Imaging Biomedical Engineering Hospital Management Capacity Building

About the Training

The Medical Imaging Management (MIM) training brings together the clinical, organizational, and engineering dimensions and updates them on modern radiology. Designed for biomedical engineers, radiology service managers, and health-sector decision makers, the training covered the full life cycle of medical imaging systems — from physical and image acquisition principles as well as image analysis. It also covered the radiology department organization and patient pathways, procurement, maintenance, and the technologies shaping the future of imaging.

A five-day intensive program combining expert-led courses, real case studies, a hospital site visit, and a final assessment of acquired knowledge and know-how.

Training Format

3 Days
Courses & case studies with experienced professionals
1 Day
Site visit & discussion with end users at King Fayçal Hospital
½ Day
Advanced medical imaging & the future of the field
½ Day
Assessment of acquired knowledge and know-how

Venue

UR CEBE – Regional Centre of Excellence in Biomedical Engineering and eHealth, with a clinical day at King Fayçal Hospital, Kigali

Dates & Duration

Week of 25 May 2026
5-Day Intensive Training

Target Audience

CEBE Biomedical Master's students, RBC & RMS engineers and decision makers, radiology service managers, chief radiologists, and hospital biomedical engineers

Scope

Imaging modalities (CT, MR, SPECT & PET), service organization, clinical pathways, procurement & maintenance, and emerging technologies including AI

Curriculum Modules

  • Review of imaging modalities: deep physical principles and the nature of images
  • Digitalization, look-up tables, data transport and storage
  • Image characteristics and performance: resolution, signal-to-noise ratio, contrast, point spread function, spatial frequencies
  • Reconstruction of tomographic images (CT, MR, SPECT & PET)
  • Comparison of modalities

  • Modality and device selection
  • Architecture, rooms, and organization of a radiology department
  • Organization of staff work: secretaries, radiology technicians, nurses — team management, planning, skills, and education
  • Team coherency, radiology specialties, medical organization, and recruitment
  • Patient flow and clinical pathways
  • Economic models

  • Basics of radiological semiology and complementarities between modalities
  • Prescription and patient pathways: diagnostics, prevention, and follow-up
  • Clinical examples: emergencies, women's imaging, cardiovascular, and neurology imaging
  • Teaching radiology and related techniques

  • Exploration of clinical needs and innovation watching
  • Tender organization and inclusion criteria: warranty periods, spare parts during and after guarantee, preventive maintenance programming, curative maintenance delays and penalties
  • Full commissioning: testing, staff and technician training, security education, and documentation
  • Requirements for quality assurance

  • Prospects and innovations in medical imaging
  • Convergence of interventional radiology and surgery
  • Simulation for intervention preparation and for education
  • Artificial intelligence in device cores — for physician support or substitution, education, and teaching
  • New technologies: photon-counting CT, metabolic imaging and theranostics, mini C-arms for operating theatres, and more

Faculty & Speakers

The program is delivered by a distinguished international faculty from France, working alongside Rwandan clinical and academic leaders.

ED

Prof. Elisabeth Dion

PUPH, Head of Radiology, Hôtel-Dieu de Paris

BB

Bernard Bensadoun

Engineer & Hospital Director, Professor at EHESP

FL

Prof. François Langevin

Emeritus Professor & Researcher, President of FL IH Int.

Speakers and contributors from Rwanda:

  • Clinical Director, Radiologist, and Chief Maintenance Engineers from King Fayçal Hospital
  • CEBE Docents and Professors
  • Directors from Rwanda Biomedical Centre (RBC) and Rwanda Medical Supply (RMS)

Who Attended

  • Final-year students of the CEBE Biomedical Master's program (University of Rwanda and affiliated foreign students)
  • Experienced engineers and decision makers from Rwanda Biomedical Centre (RBC) and Rwanda Medical Supply (RMS)
  • Radiology service managers or chief radiologists of hospitals, and experienced hospital biomedical engineers

Training Gallery

Training at a Glance
5
Days
5
Modules
3+
Int'l Faculty
About the Program

Medical Imaging Management (MIM) equips engineers, clinicians, and managers with the skills to plan, organize, equip, and operate modern medical imaging services.

The program is hosted by UR CEBE with a clinical immersion day at King Fayçal Hospital, Kigali.

Key Information
  • Dates: Week of 25 May 2026
  • Duration: 5 days (courses, hospital visit, assessment)
  • Venue: UR CEBE, Kigali
  • Hospital visit: King Fayçal Hospital
  • Certification: Final ½-day knowledge & know-how assessment
Partners & Institutions
UR – CEBE King Fayçal Hospital
Rwanda Biomedical Centre Rwanda Medical Supply
Hôtel-Dieu de Paris EHESP FL IH Int.