AU M.Sc RIT FAQs
Ques. What is the difference between M.Sc. (Radiation Technology) and M.Sc. (Medical Imaging Technology), and which does Apex University offer?
Ans. Apex University offers M.Sc. in Radiation Technology (also called M.Sc. in Radiological Technology), which covers both diagnostic imaging (X-ray, CT, MRI, ultrasound) and radiation therapy. The programme is specifically designed for B.Sc. Radiation Technology graduates who are registered with the Rajasthan Paramedical Council. The course covers advanced imaging techniques, radiation physics, nuclear medicine, and interventional radiology. This is a specialized postgraduate programme that builds on the foundation of B.Sc. RT and prepares graduates for senior roles in hospital radiology departments and diagnostic imaging centres.
Ques. Is RSAHC registration mandatory for M.Sc. (Radiation Technology) admission at Apex University?
Ans. Yes, registration with the Rajasthan Paramedical Council (RSAHC) is a mandatory requirement for admission to M.Sc. (Radiation Technology) at Apex University. This is because the programme is regulated by RSAHC, which governs paramedical education in Rajasthan. Candidates who have completed B.Sc. Radiation Technology from an RSAHC-approved institution are typically registered with the council upon completion of their degree. If you are not yet registered, you should contact RSAHC (rsahcouncil.org) to complete your registration before applying for M.Sc. admission.
Ques. What career opportunities are available after completing M.Sc. (Radiation Technology) from Apex University?
Ans. After completing M.Sc. (Radiation Technology), graduates can pursue senior roles in hospital radiology departments, diagnostic imaging centres, and radiation therapy units. Career options include Senior Radiographer, Imaging Specialist, Radiation Therapy Technologist, Nuclear Medicine Technologist, MRI/CT Scan Specialist, and Radiology Department Manager. Government hospitals, AIIMS, RUHS-affiliated hospitals, and private hospital chains like Fortis, Apollo, and Manipal regularly recruit M.Sc. RT graduates for senior positions. The M.Sc. qualification also makes graduates eligible for teaching positions in paramedical colleges and for pursuing PhD in Radiological Sciences.
Ques. What is the total fee for M.Sc. (Radiation Technology) at Apex University, and are there any scholarships?
Ans. The total fee for the 2-year M.Sc. (Radiation Technology) programme at Apex University is Rs. 1,20,000 (Rs. 60,000 per year, Rs. 30,000 per semester). Additionally, a one-time non-refundable registration fee of Rs. 10,000 and an application fee of Rs. 1,000 are charged. Apex University does NOT offer institutional scholarships for this programme - it is categorized under Group A (no scholarship). However, students from SC/ST/OBC categories may be eligible for government Post Matric Scholarships through the National Scholarship Portal.
Ques. Can I pursue M.Sc. (Radiation Technology) at Apex University if I have a B.Sc. in a different paramedical subject like BMLT or BPT?
Ans. No, the M.Sc. (Radiation Technology) at Apex University is specifically designed for B.Sc. Radiation Technology graduates. Candidates with B.Sc. in Medical Laboratory Technology (BMLT), Bachelor of Physiotherapy (BPT), or other paramedical disciplines are not eligible for this programme. If you have a BMLT degree, you can apply for M.Sc. Medical Laboratory Technology at Apex University, which has similar fee structure and eligibility requirements. The specialization-specific eligibility ensures that students have the necessary foundational knowledge in radiation technology before pursuing the postgraduate programme.
Ques. What advanced topics are covered in M.Sc. (Radiation Technology) at Apex University that are not covered in B.Sc. RT?
Ans. The M.Sc. (Radiation Technology) programme at Apex University covers advanced topics that go beyond the B.Sc. RT curriculum. These include advanced MRI physics and protocols, advanced CT scan techniques and post-processing, nuclear medicine and PET-CT imaging, interventional radiology procedures, radiation therapy planning and dosimetry, quality assurance in radiology, research methodology in radiological sciences, and healthcare management. The programme also includes advanced clinical training in hospital radiology departments, giving students hands-on experience with sophisticated imaging equipment and complex diagnostic procedures. The M.Sc. curriculum is designed to develop both technical expertise and research skills in radiological sciences.


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