OBJECTIVE OF THE TRAINING
Given the current complexity of radiodiagnostic and radiotherapy techniques (computer science, quality assurance, etc.), on the one hand, and the requirements in terms of radiation protection and health safety (determination of effective doses in radiology, for example), on the other hand, It is necessary to set up a university level training to meet the current needs of hospitals in qualified professionals. It is wise to take into account, the phenomenon of staff turnover due to retirements and, to give technical managers the possibility of continuing their studies in a rapidly expanding field. This is the objective of the HND specialty Radiology and medical imaging.

RESEARCH SKILLS

Generic skills
– Be responsible and reflective;
– Have gestural skills and interpersonal skills;
– Have proven trust and confidence;
– Have critical ability and questioning;
– Develop a professional ethic and normal;
– make thoughtful decisions;
– Act with autonomy and responsibility in the well-defined fields of its function;
– Master the computer tool and ICT.

Specific skills
– Research and process scientific professional data;
– Perform medical imaging (conventional radiology, MRI, CT scan, ultrasonography) diagnosis or pathology screening according to the medical prescription;
– Be able to perform dosimetric calculations;
– Check the conformity of a sensitive equipment or installation;
– Perform CT examinations according to X-ray techniques;
– Perform mammography examinations using radiographic techniques;
– Be able to use ionizing radiation to destroy tumors or to intervene in nuclear medicine.

OPPORTUNITIES
– Public function;
– Hospitals and private clinics;
– NGOs (Non Governmental Organizations);
– Self-employment;
– Agribusiness ;
– Occupational Medicine ;
– Research and training.

Semester 1

Field : Medical and Biomedical Sciences

Specialty: Medical Imaging Technology

Code

Courses titles

Hourly  Volume

Number

of Credits

L

T

P

SPW

Total

Fundamental Courses 30% (2 UC) 9 credits 135 hours                                     

MIT111

Chemistry – Physics Biology – Biochemistry –

Microbiology

40

15

15

5

75

5

MIT112

Electronics – ECG – EEG

30

15

10

5

60

4

Professional Courses 60% (4 UC) 18 credits 270 hours                                     

MIT113

Mathematics – Statistics

35

20

0

5

60

4

MIT114

Radiology Anatomy

30

15

10

5

60

4

MIT115

Physics of Ultrasound, Physics of Magnetic

Resonance,  Physics of Radiation and Nuclear

Physics, General  Anatomyand Physiology

 40

15

15

5

75

5

MIT116

Clinical internship (immersion)

 

60

15

75

5

Transversals Courses 10% (1 UC) 3 credits 45 hours                                         

MIT117

Methods of work -Bilingual training Information and Communication  Technologies I (ICT)

25

10

5

5

45

3

Total

 

200

90

115

45

450

30

         

 

Semester 2

Field : Medical and Biomedical Sciences

Specialty: Medical Imaging Technology

Code

Courses titles

Hourly Volume

Number

of credits

L

T

P

SPW

Total

Fundamental courses 30% (2 UC) 9 credits 135 hours                                    

MIT121

Psychology and Relationship of Assistance –

General hygiene

30

15

10

5

60

4

MIT122

Care       techniques-Nursing-First       aid       I-

Epidemiology

40

20

10

5

75

5

Professional courses 60% (4 UC) 18 credits 270 hours                                    

MIT123

Radiation protection and Biological effects of radiation

30

15

10

5

60

4

MIT124

Ergonomics, General description of devices and technology

30

20

20

5

75

5

MIT125

Practical work in Chemistry, Microbiology,

Physics and Electricity

40

15

15

5

75

5

MIT126

Dosimetry and ultrasound Internship

/

/

45

15

60

4

Transversals Courses 10% (1 UC) 3 credits 45 hours                                        

MIT127

French -Medical English

25

10

5

5

45

3

Total

 

195

95

115

45

450

30

 

 

Semester 3

Field : Medical and Biomedical Sciences

Specialty:  Medical Imaging Technology

Code

Courses titles

Hourly Volume

Number

of Credits

L

T

P

SPW

Total

Fundamental courses 30% (2 UC) 9 credits 135 hours                                   

MIT231

Pharmacology of radiology, contrast medium, Nuclear medicine and

Radiochemistry

40

20

10

5

75

5

MIT232

Radiation protection and biological effects of ionizing radiation, Computer Science applied to the imaging I

30

15

10

5

60

4

Professional courses 60% (4 UC) 18 credits 270 hours                                    

MIT233

Positioning     and      imaging      techniques

(IM2TECDOGY, IM2 TUrThEx,  IM2TAUHGCC)

30

20

35

5

90

6

MIT234

Recording techniques, processing and printing of images I (IM2TRTLM1)

20

20

30

5

75

5

MIT235

Hospital management

20

10

10

5

45

3

MIT236

MRI Internship and MRI ability

/

/

45

15

60

4

Transversals Courses10% (1 UC) 3 credits 45 hours                                        

MIT237

ICT II and Civic Education and Ethics

25

10

5

5

45

3

Total

 

165

95

145

45

450

30

         

Semester 4

Field : Field : Medical and Biomedical Sciences

Specialty: Medical Imaging Technology

Code     Courses titles

Hourly  Volume

 

L

T

P

SPW

Total

     

Number

of Credits

Fundamental courses 30% (2 UC) 9 credits 135 hours

MIT241

General pathologies – Hematology 

40

15

15

5

75

5

MIT242

Care techniques – Nursing- First aid II

30

10

15

5

60

4

Professional courses 60% (4 UC) 18 credits 270 hours

MIT243

Community Health, Computer Science

applied to Imaging II

30

15

10

5

60

4

MIT244

Quality          control           in            conventional radiology(ISO            9001), Environmental management system (ISO 1401) and the patient protection

30

15

10

5

60

4

MIT245

Health Education and Life Cycle

30

20

5

5

60

4

MIT246

Nuclear medicine and Scanner Internship and aptitude

/

/

60

30

90

6

Transversals Courses10% (1 UC) 3 credits 45 hours

MIT247

Initiation to research + Health Economics

20

10

10

5

45

3

Total

 

180

85

125

60

450

30

 

Semester 5

Field : Field : Medical and Biomedical Sciences

Specialty: Medical Imaging Technology

CODE

Courses titles

Hourly Volume              

Number

Of Credits

     
  

L

T

P

PW

Total

 

Fundamental courses 30% (2 UC) 9 credits 135 hours

MIT351

Family Planning, Maternal and Child Health

30

15

10

5

60

4

MIT352

Image positioning Techniques : Radioconventional, Dosimetry, MRI – Pediatrics

40

15

15

5

75

5

Professional courses 60% (4 UC) 18 credits 270 hours

MIT353

Special pathologies Pediatrics  – ENT

45

20

20

5

90

6

MIT354

Special             Gynecological            and

Neurological Pathologies

30

15

10

5

60

4

MIT355

Computer      Science applied     to    the

Imaging III

30

15

10

5

60

4

MIT356

Conventional Imaging Internship

/

/

45

15

60

4

Transversals Courses 10% (1 UC) 3 credits 45 hours

MIT357

Medical Law and Legal Environment

20

10

10

5

45

3

Total

 

195

90

120

45

450

30

Semester 6

Field : Field : Medical and Biomedical Sciences

Specialty: Medical Imaging Technology

CODE

Courses titles

Hourly Volume

Number

Of Credits

L

T

P

PW

Total

Fundamental courses 30% (2UC) 9 credits 135 hours

MIT361

Angiography, Interventional Radio and

Endoscopy

40

15

15

5

75

5

MIT362

Specific Law and Organization of work

30

15

10

5

60

4

Professional courses 60% (4 UC) 18 credits 270 hours

MIT363

Pediatric Imaging, Dosimetry

20

10

10

5

45

3

MIT364

Internship special examinations and

Operating Room

/

/

55

20

75

5

MIT365

Emergency Imaging internship

/

/

55

20

75

5

MIT366

Professional internship

/

/

55

20

75

5

TransversalsCourses 10% (1 UC) 3 credits 45 hours

MIT367

Professional Ethics &Deontology

20

15

5

5

45

3

Total

 

110

55

205

80

450

30