Managing the Departments |Processing the images
Medical imaging is a rapidly growing discipline in the healthcare sector. This is fuelled by the rapid development of 3D medical imaging systems over the last few decades, matched by an exponential rise in computing power. This has allowed the development of new methods for the acquisition, reconstruction, processing and display of digital medical image data with unprecedented speed, resolution and contrast: a trend which can only continue. Post graduate students in Radiography and imaging Technology will acquire advanced working knowledge and skills in the field radiological imaging. Candidates will gain teaching skills and research experience during the course.
|
S. No |
I Year |
II Year |
|
1 |
Radiological Physics |
Radiological and Imaging Procedures |
|
2 |
Conventional Radiological and Imaging Equipment |
Quality Assurance and Quality Control in Diagnostic Radiology and Imaging |
|
3 |
Radiographic and Imaging Techniques |
Newer Imaging Modalities |
|
4 |
Radiation Safety and Protection |
Intervention Radiological Techniques and Patient Care |
|
5 |
Modern Radiological and Imaging Equipment |
Newer Developments in Advanced Imaging Technology and Biostatistics |
Candidates should have a degree in
Course Director
MD., PDCC
Teaching: - 29 Years
Radio Diagnosis
Professor
MD (Radio Diagnosis)
Teaching: - 24 Years
Radio Diagnosis
Professor
MD
Teaching: - 10 Years
Radio Diagnosis
Professor
MS(Ortho)
Teaching: - 20 Years
Ortho
Professor
M.Sc Medical Physics
Teaching: - 8 Years
Medical Physics
The career and job opportunities in the field of radiography are very extensive. The demand of radiographers has been increased in recently, with the development in technologies the medical science created a new and wide scope in radiology. The postgraduate radiographers can work in any kind of hospitals, diagnostic centers, Teaching Institutions and research field. The employment prospects for radiographers are vast, both within the country and in overseas
