About the Programme

The Bachelor in Medical Radiology and Imaging Technology (BMRIT) is a four-year undergraduate programme designed to develop competent professionals in diagnostic and interventional imaging sciences. The curriculum integrates foundational medical sciences with advanced training in radiographic techniques, computed tomography (CT), magnetic resonance imaging (MRI), and other modern imaging modalities. Emphasis is placed on radiation physics, radiation protection, image acquisition, processing, quality assurance, and patient care. The programme prepares students to perform radiological procedures independently, maintain equipment, ensure safety standards, and support clinical decision-making through accurate imaging, thereby contributing effectively to multidisciplinary healthcare delivery systems.

Program Outcomes (PO’s)

PO1: Should be able to undertake all radiological and imaging procedures independently or as a key team member wherever required.
PO2: Able to do the image processing.
PO3: Should be able to handle all radiological and imaging equipment independently.
PO4: Should ensure radiation protection and quality assurance.
PO5: Undertake care and maintenance of all radiological and imaging equipment.
PO6: Able to evaluate images for technical quality.
PO7: Able to identify and manage emergency situations.
PO8: Able to receive and document verbal, written and electronic orders in the patient’s medical record.
PO9: Should have computer skills.
PO10: Should be able to provide empathetic professional patient care.
PO11: Able to demonstrate professional growth, sense of professionalism and desire to learn.
PO12: Able to demonstrate the core values of caring, integrity and discovery.
PO13: To exhibit keen interest, initiative & drive in the overall development of the Department and ‘Leadership Qualities’ for others to follow.
PO14: He / She is expected to be confident and to perform all the duties diligently with utmost sincerity and honesty.

Programme Specific Objectives (PSO's)

PSO1: Demonstrate proficiency in performing and processing radiological and imaging procedures independently, ensuring optimal image quality and accurate diagnostic support.
PSO2: Apply principles of radiation protection, quality assurance, and equipment maintenance to ensure patient safety and effective functioning of radiological and imaging systems.
PSO3: Exhibit professional competence, ethical practice, computer literacy, and effective communication skills while managing patient care, documentation, and emergency situations in radiological settings.

This course is for individuals who...

are compassionate, adaptable, and demonstrate exceptional attention to detail. It is ideally suited for aspirants with a strong sense of professional responsibility and civic duty, who are committed to contributing meaningfully to patient care. Those who derive satisfaction from improving patients’ health outcomes, ensuring safety, and supporting accurate diagnosis through imaging sciences will find this programme highly fulfilling. A keen interest in healthcare technology, ethical practice, and continuous learning further defines the ideal candidate for this course.

Students who are looking for...

a challenging and rewarding career in hospitals, healthcare institutions, research laboratories, and diagnostic centres should opt for this programme. It is ideal for individuals who wish to apply their expertise in patient handling, human anatomy, physiology, pathology, radiation physics, and radiology to accurately assess patients and perform imaging procedures. The programme prepares students to develop and optimize radiographic techniques, evaluate image quality, and ensure diagnostic precision, while maintaining radiation safety and professional standards in diverse clinical environments.

Course Fee

1st Year 225000

2nd Year 231750

3rd Year 238703

1st Sem 115000	3rd Sem 118375	5th Sem 121851
2nd Sem 115000	4th Sem 118375	6th Sem 121851

For International Students

Fee Per Semester	Fee Per Year
NA	3200**

Programme Structure

Semester 1

S. No.	Subject Code	Subjects	Teaching Load				Credits	Core/Elective Pre-Requisite/ Co Requisite
S. No.	Subject Code	Subjects	L		T	P	Credits	Core/Elective Pre-Requisite/ Co Requisite	Type of Course^{^[1]}: CC AECC SEC DSE
THEORY SUBJECTS
	HAN101	Human Anatomy–I		3	1	0	4	Core	CC
	HYP101	Human Physiology –I		4	0	0	4	Core	CC
	BIT106	Basics & Radiation Physics –I		4	0	0	4	Core	CC
	ARP101	Communicative English –I		0	1	2	2	SEC	SEC
	PAT101	Pathology-1		4	0	0	4	Core
Practical/Viva-Voce/Jury
	HAN151	Human Anatomy –I (LAB)		0	0	2	1	Core	CC
	HPY151	Human Physiology –I (LAB)		0	0	2	1	Core	CC
	BIT168	Basic & Radiation Physics –I (LAB)		0	0	2	1	Core	CC
	PAT151	Pathology-1 (LAB)		0	0	2	1	CC	CC
TOTAL CREDITS							22

[1] CC: Core Course, AECC: Ability Enhancement Compulsory Courses, SEC: Skill Enhancement Courses, DSE: Discipline Specific Courses

Semester 2

S. No.	Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre-Requisite/ Co Requisite
S. No.	Subject Code	Subjects	L	T	P	Credits	Core/Elective Pre-Requisite/ Co Requisite	Type of Course^{^[1]}: CC AECC SEC DSE
THEORY SUBJECTS
	HAN201	Human Anatomy–II	3	1	0	4	Core	CC
	HYP201	Human Physiology –II	4	0	0	4	Core	CC
	BIT111	Basics & Radiation Physics –II	4	0	0	4	Core	CC
	ARP201	Communicative English –II	0	1	2	2	SEC	SEC
	PAT201	Pathology-II	4	0	0	4	Core	CC
	AIS105	AI Basics	2	0	2	3	Minor Elective
	RBL001	Research Based	0	0	4	0

	HAN251	Human Anatomy –II (LAB)	0	0	2	1	Core	CC
	HPY251	Human Physiology –II (LAB)	0	0	2	1	Core	CC
	BIT173	Basic & Radiation Physics –II (LAB)	0	0	2	1	Core	CC
	PAT251	Pathology-II (LAB)	0	0	2	1	Core	CC
	VAM	Value Added Course	0	0	4	0
TOTAL CREDITS						25

[1] CC: Core Course, AECC: Ability Enhancement Compulsory Courses, SEC: Skill Enhancement Courses, DSE: Discipline Specific Courses

Semester 3

S. No.	Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre-Requisite/ Co Requisite
S. No.	Subject Code	Subjects	L	T	P	Credits	Core/Elective Pre-Requisite/ Co Requisite	Type of Course^{^[1]}: CC AECC SEC DSE
THEORY SUBJECTS
	BIT216	Dark Room Techniques– I	4	0	0	4	Core	CC
	BIT217	Patient Care & Medical Ethics of Radiology –I	4	0	0	4	Core	CC
	BIT218	Instrumentation for Radiography & Imaging Machines– I	4	0	0	4	Core	CC
	BIT219	Radiographic Introductions of extremities –I	4	0	0	4	Core	CC
	BIT215	Biochemistry	3	0	0	3	Core	CC
	RBL002	Research Based Learning	0	0	2	0	Core	CC
	AIS205	AI Principles(Advance AI Techniques in Patient care)	2	0	2	3	Minor Elective
Practical/Viva-Voce
	BIT221	Dark Room Techniques– I (LAB)	0	0	2	1	Core	CC
	BIT001	Clinical Postings- I (LAB)	0	0	2	1	SEC	SEC
	VAM	Value Added Course	0	0	4	0
TOTAL CREDITS						24

[1] CC: Core Course, AECC: Ability Enhancement Compulsory Courses, SEC: Skill Enhancement Courses, DSE: Discipline Specific Courses

Semester 4

S. No.	Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre-Requisite/ Co Requisite
S. No.	Subject Code	Subjects	L	T	P	Credits	Core/Elective Pre-Requisite/ Co Requisite	Type of Course^{^[1]}: CC AECC SEC DSE
THEORY SUBJECTS
	BIT222	Dark Room Techniques– II	4	0	0	4	Core	CC
	BIT223	Patient Care & Medical Ethics of Radiology –II	4	0	0	4	Core	CC
	BIT224	Instrumentation for Radiography & Imaging Machines– II	4	0	0	4	Core	CC
	BIT225	Radiographic Introductions of extremities –II	4	0	0	4	core	CC
	OPE/AIS305	AI Applications(Innovative AI solutions for Healthcare Challenges)	2	0	2	3	Minor Elective

	BIT226	Dark Room Techniques– II (LAB)	0	0	2	1	Core	CC
	RMS001	Research Methodology	3	0	0	3	Core	SEC
	BIT012	Clinical Postings- II (LAB)	0	0	2	1	SEC	SEC
	RBL003	Research Based Learning	0	0	4	2	Core	SEC
	BIT231	Instrumentation for Radiography & Imaging Machines– II (LAB)	0	0	2	1	SEC	SEC
	CCU108	Community Connect	0	0	4	0	Core	CC
	VAM	Value Added Course	0	0	4	0
TOTAL CREDITS						27

Semester 5

S. No.	Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre-Requisite/ Co Requisite
S. No.	Subject Code	Subjects	L	T	P	Credits	Core/Elective Pre-Requisite/ Co Requisite	Type of Course^{^[}^¹^{^]}: CC AECC SEC DSE
THEORY SUBJECTS
	BIT320	Radiographic Technique & Parameters –I	4	0	0	4	Core	CC
	BIT321	Special Radiographic Techniques& Procedures-I	4	0	0	4	Core	CC
	BIT322	Advancements in Imaging Technologies-I	4	0	0	4	Core	CC
	BIT323	Radiation Protection & Planning of Radiology Department-I	4	0	0	4	Core	CC
	RBL004/ AIS405	Research Based Learning/ AI Implementation Project	0	0	6	3	Minor Elective

	BIT007	Clinical Postings- I (LAB)	0	0	4	2	Core	CC
	VAM	VAC(Value Added Course)	0	0	4	0
	BIT234	Radiographic Technique & parameters –I (LAB)	0	0	2	1	SEC	SEC
TOTAL CREDITS						22

[1] CC: Core Course, AECC: Ability Enhancement Compulsory Courses, SEC: Skill Enhancement Courses, DSE: Discipline Specific Courses

Semester 6

S. No.	Subject Code	Subjects	Teaching Load			Credits	Core/Elective Pre-Requisite/ Co Requisite
S. No.	Subject Code	Subjects	L	T	P	Credits	Core/Elective Pre-Requisite/ Co Requisite	Type of Course^{^[1]}: CC AECC SEC DSE
THEORY SUBJECTS
	BIT325	Radiographic Technique & Parameters –II	4	0	0	4	Core	CC
	BIT326	Special Radiographic Techniques& Procedures-II	4	0	0	4	Core	CC
	BIT327	Advancements in Imaging Technologies-II	4	0	0	4	Core	CC
	BIT328	Radiation Protection & Planning of Radiology Department-II	4	0	0	4	Core	CC

	BIT008	Clinical Postings- II(LAB)	0	0	4	2	Core	CC
	BIT330	Radiographic Technique & parameters –II (LAB)	0	0	2	1	Core	CC
	BIT334	Special Radiographic Techniques& Procedures-II (LAB)	0	0	2	1	Core	SEC
TOTAL CREDITS						20

[1] CC: Core Course, AECC: Ability Enhancement Compulsory Courses, SEC: Skill Enhancement Courses, DSE: Discipline Specific Courses

Semester 7

S. No.	Subject Code	Subjects		Teaching Load			Credits	Core/Elective Pre-Requisite/ Co Requisite	Type of Course^{^[1]}: CC AECC SEC DSE
				L	T	P
Practical/Viva-Voce/Jury
1		INTERSHIP	-		-	40	20	Core	CC
TOTAL CREDITS							20

[1] CC: Core Course, AECC: Ability Enhancement Compulsory Courses, SEC: Skill Enhancement Courses, DSE: Discipline Specific Courses

Programme Curricula

S.No.	Academic year	Curricula Link
1	2023-24	View Details
2	2021-22	View Details
3	2020-21	View Details
4	2019-20	View Details
5	2018-19	View Details

Eligibility Criteria

For National Students	Candidate must have passed Senior Secondary (10+2) or equivalent with Physics, Chemistry & Biology. Admission on the basis of Senior Secondary (10+2) Merit. Lateral Entry to the candidates in second year (3rd semester) who have passed Diploma in same discipline.
For International Students	The eligibility criterion for all programs for international applicants is minimum 50% in the qualifying examination and having studied the pre-requisite subjects for admission in to the desired program.

Career path you can choose after the course

Radiological Technologist
X-ray Technologist
CT scan Technologist
MRI Technologist
Mammography Technologist
Applications Specialist
Radiological Safety Officer
Quality control Technologist
Sales and marketing of radiology industry
Diagnostic Manager

HLL Life Care Limited
Fortis Hospital
Max Healthcare
Metro Hospital
Holy Family Hospital
Sir Ganga Ram Hospital
Sant Parmanand Hospital
Maharaja Agrasen Hospital

For Students

For Employees

Bachelor in Medical Radiology and Imaging Technology (BMRIT)