ISTMT

Higher Institute of
Medical Technologies of Tunis

Research master

Présentation
Table Header Table Header

FIELD

Medicine, Pharmacy, Health Sciences and Veterinary Medicine

MENTION

Biophysics, Medical Physics and Imaging

COURSE

1- Radiophysics
2- Biophysics and Biomedical Signals
3- Medical Imaging

NATURE of the master

Research

TYPE OF TRAINING

Initial

Mode of organization
of training

Presential

National Commission
sectoral

Health and Medical Technologies

Head teacher: Hedi Trabelsi

E-mail: hdtrabelsi@gmail.com
Phone contact :
Internal station : 6229

Formation’s goal

Objective of the trainingTraining of high level skills in radiophysics
and master the basic principles of radiotherapy, nuclear medicine and
hospital radiation protection and quality control of X-ray equipment.

Opportunities

At the end of his training, the graduate will be able
:

  • To integrate higher education as a research professor in biophysics and medical physics.
  • To master the techniques of radiophysics and hospital radiation protection.
  • To participate in research programs in radiotherapy, radioprotection and quality control methods of nuclear instrumentation systems in medicine.
  • Integrate medical physics teams from hospitals and private clinics using ionizing radiation.

Conditions of admission

Bachelor’s degree in Electronic Systems, Biomedical Engineering,
Electronics, Computing or equivalent licenses, Physical License, Engineer, Doctor, …….

Training Perspectives

PhD and University habilitation in Physical Radio.

Study plan

Head teacher : Hedi Trabelsi

E-mail: hdtrabelsi@gmail.com
Phone contact:
Internal poste : 6229

Formation’s goal

  • Biophysics, processing and shaping of biomedical signals (biophysical pathways and biomedical signals).
  • To integrate higher education as a research professor in biophysics and medical physics.
  • To master the techniques of medical image processing in order to obtain the maximum of information for the medical diagnosis.
  • Participate in research programs on acquisition, processing and quality control of images and medical imaging systems.

Opportunities

At the end of his training, the graduate will be able
:

  • To integrate higher education as a research professor in biophysics and medical physics.
  • Researcher and teacher researcher university and hospital-university in medical imaging, biophysics, medical signal processing, medical physics and radioprotection.
  • Researcher in a laboratory, unit or research center, in medical imaging, biophysics, biomedical signal processing, medical physics and radioprotection.

Conditions of admission

  • Graduates of a basic degree in physics, biomedical engineering, electronics and electronic systems, computer science or a license admitted equivalence.
  • Doctors (level: public health doctor, resident or university hospital teacher).
  • Engineers with training similar to M1 (semester 1).
  • Graduates of a research license in physics, physics chemistry and instrumentation and licenses admitted in equivalence.

Training Perspectives

PhD and University habilitation in medical imaging.

Study plan

Head teacher : Hedi Trabelsi

E-mail: hdtrabelsi@gmail.com
Phone contact:
Internal station : 6229

Formation’s goal

  • Master the techniques of medical image processing in order to extract the maximum of information for the medical diagnosis.
  • Participate in research programs on acquisition, processing and quality control of images and medical imaging systems.

Opportunities

At the end of his training, the graduate will be able to:

  • To integrate higher education as a research professor in biophysics and medical physics.
  • Researcher and teacher researcher university and hospital-university in medical imaging, biophysics, medical signal processing, medical physics and radioprotection.
  • Researcher in a laboratory, unit or research center, in medical imaging, biophysics, biomedical signal processing, medical physics and radioprotection.

Conditions of admission

  • Graduates of a basic degree in physics, biomedical engineering, electronics and electronic systems, computer science or a license admitted equivalence.
  • Doctors (level: public health doctor, resident or university hospital teacher).
  • Engineers with training similar to M1 (semester 1).
  • Graduates of a research license in physics, physics chemistry and instrumentation and licenses admitted in equivalence.

Training Perspectives

PhD and University habilitation in medical imaging.

Study plan

May 2024

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