Radiography Courses

You must be familiar with X-Rays, Ultrasounds, MRIs, CT scans, Angiographies and all sorts of modern medical technology that have established a firm place in every hospital today. These inventions have no doubt been pivotal to the innumerable successful diagnoses of body ailments and diseases. The medical and industrial application of these indispensable instruments is classified under the broad scientific term of radiography. Thanks to the budding field of radiography, doctors can easily identify the causes of symptoms and suggest the most effective treatment procedures for the diseases in particular. Radiography is typically divided into categories - diagnostic and therapeutic. The former deals with operating radio imaging machines ,deciphering results and deriving inferences while the latter encompasses involves treatment of cancers, ulcer and tumours by employing advanced radiation technology. Radiography started in 1895 with the discovery of X-rays and continues to be labelled as the future of medical science as it aims at saving as many lives possible. If you have long harboured the dream of studying medicine at the same time had an immense fascination for advancing technology, radiography is definitely calling out to you! Raid this article and seize some useful information on radiography as a course and career prospect.

Courses In Radiography

Eligibility
Courses in radiography range from a comprehensive one-year certificate course to a two years diploma or post-graduate degree for specializing in radiography. You can also acquire a B.Sc degree in Radiography which is offered by a couple of institutes. Candidates will have to answer entrance exams to qualify and for their scientific aptitude to be tested. To be admitted into the degree courses in this field, a minimum qualification is 10+2 pass in science with mathematics, physics and chemistry is required.  

Details Of The Course
Courses in radiography provide in depth information and analyses with regards to all the technological aspects that have bolstered medical science to a brand new level of magnificence. Standard radiography courses will highlight and focus on the following topics of study.

• Computers in Medical Imaging
• X-Ray Production, Tubes and Generators
• Ultrasound
• Pet scan
• MRI (Magnetic Resonance Imaging)
• Radiological Physics & Radiographic Technology
• Interaction of Radiation With Matter
• Exposure Calculations & Geometric Exposure Principles
• Fluoroscopy Details and Properties
• Computed Tomography
• Mammography
• Radiographic Image Quality Parameters
• Protection Of Radiographic Film In Storage
• Automatic Film Processing
• Unsatisfactory Radiographs Causes and Cures
• Indications, Discontinuities And Defects
• Casting Processes And Associated Discontinuities
• Casting Method Review
• Wrought Processes And Associated Discontinuities
• Welding
• Radiological Safety Principles Review
• Film Illuminator Requirements
• Personnel Dark Adaptation And Visual Acuity
• Multiple Film Techniques
• Film Handling Techniques
• Origin And Typical Orientation Of Discontinuities,
• Standards, Codes And Procedures For Radiography

Specialization
As mentioned before, one has the option to choose between diagnostic or therapeutic radiography. Both of these two offer tremendous research opportunities for students and specialists of this field. Specialized occupational categories include ‘Medical Radiation Technologists’ (MRT), ‘Registered Diagnostic Medical Sonographer’ (RDMS) or even, Registered Vascular Technologist’ (RVT).

• Dr. B. R. Ambedkar Medical College Hospital, Bangalore, India
• McMaster University, Ontario, Canada
• All India Institute of Medical Sciences (AIIMS), New Delhi, India
• University Of Derby, England, UK
• Assam Medical College, Dibrugarh, India
• Sheffield Hallam University, UK
• King George Hospital, Visakhapatnam, India
• Anglia Ruskin University, Cambridge & Chelmsford, UK
• Jadavpur University, Calcutta Medical College, Calcutta, India