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B.Sc. in Medical Radiology and Diagnostic imaging

Course Duration

6 Semesters
(3 Years)

Eligibility Criteria

Students must have cleared their PUC with PCMB subjects with minimum aggregate score of 45% (40% in case of Candidates belonging to SC/ST) from any Recognized Board/Council or any other equivalent qualification from Recognized board.

Overview

Bachelor of Science in Medical Radiology and Diagnostic Imaging (MR&DI) is an undergraduate programme meticulously structured to impart in-depth advanced knowledge of imaging methodologies and principles.

The curriculum has been designed to meet the growing needs of professionals in the field of Clinical Radiology, Radiation Safety, Image Processing Technology, Imaging Modalities, etc.

This course will train students in the area of radiographic imaging of the human body and get useful information regarding a patient by using various techniques and post processing techniques. The curriculum has been designed to teach students the different modalities of radiographic imaging such as X-ray, CT scans, USG, Fluoroscopy, Interventional, Nuclear Medicine & MRI to produce images of good quality with reduced dose to both personnel and patient, provide health care services to patients while being a great health care team member. There are several specializations under Radiology that one can pursue after graduating a B.Sc. degree in India.

The curriculum of the programme gives students the opportunities to devise plausible solutions to real-life situations in an active healthcare environment.

Internship -1 Year Internship

Course Curriculum

01Communicative English

02Human Anatomy- I

03Human Physiology- I

04Biochemistry- I

05Health Care System (Entrepreneurship)

06Human Nutrition

07Anatomy Practical

01Human Anatomy- II

02Human Physiology- II

03Biochemistry - II

04Pathology

05Radiation Physics & Instrumentation (Innovation)

06Positioning and Techniques I (Innovation)

07Tree Plantation Vanamahotsava

08Clinical Postings - Radiographic image processing (Entrepreneurship)

09Radiation Physics & Physics of Diagnostic Radiology (Innovation)

01Physics & Instrumentation of CT (Innovation)

02Positioning & Techniques - II (Innovation)

03Special Procedures

04Physics & Instrumentation of USG (Innovation)

05Open Elective – Computer Basics & Basic Nursing

06Radiographic Positioning & Special Procedures (Innovation/Entrepreneurship)

07CT and USG instrumentation and Physics (Innovation/Entrepreneurship)

01Microbiology

02Interventional Radiology & Nuclear Medicine (Innovation)

03Imaging Protocol in USG & CT

04Radiation Protection & Safety

05Pharmacology (Entrepreneurship)

06Radiation Protection and Safety in Radiology, Interventional & Nuclear Medicine (Innovation)

07CT and USG imaging (Entrepreneurship)

08Radiation Protection and Safety (Innovation)

01MRI Physics and Instrumentation (Innovation)

02Sequences and Protocol MRI

03Patient Care (Entrepreneurship)

04Biostatistics and Research (Innovation)

05SWAYAM/MOOC

06Clinical MRI & Physics of MRI (Innovation)

07Patient Care In Radiology (Entrepreneurship)

01Advancements in Medical Imaging (Innovation)

02Internship and Research (Innovation)

Programme Educational Objectives (PEOs)

The programme educational objectives of the School of Allied Health Sciences of REVA University is to prepare graduates to:

PEO-1

Demonstrate the knowledge of medical radiology and diagnostic imaging. procedures by communicating effectively with the patient or either leading a team or as a team member in a clinical facility.

PEO-2

Express oral and written interpersonal skills as part of the health care teams requirements to understand, learn and advance their careers through clinical care developments and seeking higher knowledge.

PEO-3

Understand the professional, ethical and social responsibilities through lifelong learning skills.

PEO-4

Acquire higher degree of work in academics and research.

Programme Outcomes (POs)

PO 1Knowledge& Skills :

Apply the knowledge of radiological sciences and imaging techniques for the solutions to the problems in various diagnostic domains particularly for Health Care industries/Hospitals.

PO 2Problem analysis:

Identify and analyze problems related to various medical imaging domains of clinically relevant procedure of the patients and quality of the images.

PO 3Conduct investigations of relevant problems:

Comprehend, analyze and solve complex problems in the areas of Medical Radiology and Diagnostic Imaging.

PO 4Modern technique Usage:

Use latest technique and tools to carry out scientific investigations and develop new Medical Radiology & Diagnostic imaging solutions to solve problems

PO 5Practice and Risk Management:

Professional conduct in the hospital to minimize cross infection by following rules/regulations and standard control mechanism and incorporating latest advances in the medical field.

PO 6Individual and team work:

Recognize the need to expertise in the areas of medical radiology and diagnostic imaging by self-up gradation through lifelong learning.

PO 7Communication:

Communicate with clarity and coherence, both written and verbally to the patients and all healthcare workers.

PO 8Ethics &Radiation Protection:

Exhibit professional responsibility and safety standards in conducting standardized radiological procedures within the realm of ethical guidelines and radiation safety boards.

PO 9Project management & Evidence based practice:

Encourage collaborative learning without any discriminations and analyze the impact of radio diagnostic practices in global, economic, environmental and societal context.

PO 10Lifelong learning:

Promote regular training and follow Quality protocols for the development of professionalism throughout the life.

Programme Specific Outcomes

After successful completion of the programme, the graduates shall be able to

  • PSO1 - Demonstrate the knowledge of medical radiology and diagnostic imaging
  • PSO2 - Apply the concepts in the design, development and implementation of application oriented to diagnostic imaging solutions.
  • PSO3 - Comprehend the fundamentals of radiology/imaging skills and undertake an advanced level of knowledge to analyze and create techniques to solve real-life problems.

Career Opportunities

  • Health Care Worker – Frontliners (Radiotechnologist)
  • CT Technologist
  • MR Technologist
  • Mammo Technologist
  • Application Specialist in MNC
  • Academician
  • Researcher
  • Image Analysis Scientist
Fee
  • Indian / SAARC Nationals₹ 500
  • NRI Fee₹ 2000
  • Foreign NationalsUS$ 50
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Notifications

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Jun
2024

CALL FOR ABSTRACTS- BETWEEN THE LINES – 3.0

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Feb
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Jan
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REVA Cricket League - RCL 2024

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