Bachelor of Medical Radiology and Imaging Technology (BMRIT) – LATERAL

Curriculum / Syllabus

Semester 1

Sl. No.	Course Code	Subject	Hours Per Week
Sl. No.	Course Code	Subject	L	T	P	CREDIT L+T+P
1	BIT 101	Introduction to National Healthcare Delivery System in India	2			L 2
2	BIT 102	Human Anatomy and Physiology	4		4	L 4+ P 2
3	ESNL 101	Communication and soft skills-I	1		2	L 1+ P 1
4	BIT 103	Medical Terminology, Record keeping (including anatomical terms)	2			L 2
5	BIT 104	Basics Physics including Radiological Physics	3		2	L 3+ P 1
6	BIT 105	Medical Law and Ethics	2			L 2
7	BIT 106	Principle of Management	2			L 2
8	BIT 107	Introduction to Quality and Patient Safety	3			L 3
9	GE 001	GE	2			L 2
					TOTAL	25

Semester 2

Subject Code	Subject	COURSECREDIT
Subject Code	Subject	L	T	P
BIT201	HumanAnatomyand Physiology includingPathologyPart-2	4
BIT202	ConventionalRadiographyand equipment	3	1
ENLS201	EnglishLanguageandSoftSkills II	1
BIT203	RadiographicandImage Processing Techniques.	3
BIT204	BasicComputersandInformation Science	1
BIT205	BasicsofBiochemistry	1	1
BIT261	HumanAnatomyand Physiology includingPathologyPart-2 Practical			2
BIT262	ConventionalRadiographyand equipment Practical			1
BIT263	RadiographicandImage ProcessingTechniquesPractical			1
BIT264	BasicComputersandInformation Science LAB			1
ENLP261	EnglishLanguageandSoftSkills II LAB			1
BIT-002	BRMIT Directed Clinical Education–partI(studentship)			1
GE-002	GE	2
	TOTAL	T-17+P-7=24

Semester 3

Course code	Subject	CREDIT
Course code	Subject	L	T	P
BIT-301	Clinical Radiography- Positioning Part 1	3	1
BIT-302	Modern Radiological and imaging Equipment including Physics	4
BIT-303	Contrast & Special Radiography procedures	4
ENLS 301	English and communication skills III	1
ENLP 301	English and communication skills III LAB			1
BIT 361	Clinical Radiography- Positioning Part 1 (Practical)			2
BIT 362	Modern Radiological and imaging Equipment including Physics (Practical)			1
BIT 363	Contrast & Special Radiography procedures (Practical)			2
BIT 003	BRMIT Directed Clinical Education part II (studentship)			1
GE	GE	2

Semester 4

Course Code	Subjects	CREDIT
Course Code	Subjects	L	T	P
BIT 401	PhysicsofNewerImagingModalities	3	1
BIT 402	Clinical RadiographyPositioningPart 2	3	1
BIT 403	Newer Modalities Imaging Techniques including patientcare	3
BIT 404	QualityControlinRadiologyandRadiationSafety	4
ESNL 401	EnglishandcommunicationskillsIV	1
ENLP 401	English and communication skills IV LAB			1
BIT 461	PhysicsofNewerImagingModalities			1
BIT 462	Clinical RadiographyPositioningPart 2			2
BIT 463	Newer Modalities Imaging Techniques including patientcare			1
BIT 464	QualityControlinRadiologyandRadiationSafety			1
GE	GE	2
BIT 004	BRMIT Directed ClinicalEducation–partIII (studentship)			1

Semester 5

S. No	CourseType	Course Name	Course/Subject Name	L	T	P	Credit
	THEORY
1	CC	BIT501	Interventional/RadiologicalProcedure	4	1	–	5
2	DEC	BIT502	Dental Radiography	4	1	–	4
3	AEC	BIT503	RecentAdvances in Imaging -I	3	2	–	3
4	GE	BIT504	Radiation Hazards, Protection& Planning of the Department- I	3	2	–	5
	PRACTICAL
1	AEC	BIT561	RadiographicTechniqueofOrthopedics-I	–	–	6	3
	TOTAL						20

Semester 6

SL. No	Course Type	Course Name	Course/Subject Name	L	T	P	Credit
	THEORY
2	CC	BIT601	Special Radiographic Techniques–II(ClinicalAspect)	3	2	–	5
3	CC	BIT602	Recent Advances in Imaging –II	3	1	–	4
4	CC	BIT603	Radiation Hazards, Protection& Planning of the Department- II	3	1	–	4
5	CC	BIT604	Biostatistics & ImagingInformatics	2	1		3
	PRACTICAL
1	AECC	BIT661	RadiographicTechniqueofOrthopedics-II	–	–	6	3
	TOTAL						19

Semester 7

S. No	CourseType	CourseName	Course/Subject Name	L	T	P	Credit
	THEORY
1	CC	BIT701	Emergency&PediatricRadiography	1	1	6	5
2	SEC	BIT702	Magnetic Resonance Imaging	1	1	6	5
3	SEC	BIT703	ComputedTomography	1	1	6	5
4	AEC	BIT704	Mammography and Dexa Scan	0	0	6	3
5	GE	BIT705	Ortho/Cath Lab	1	1	6	5
	PRACTICAL
1	SEC	BIT761	Project/Case study/Log book	–	–	–	20
	TOTAL						43

Semester 8

S. No	CourseType	CourseName	Course/Subject Name	L	T	P	Credit
	THEORY
1	CC	BIT701	Emergency&PediatricRadiography	1	1	6	5
2	SEC	BIT702	Magnetic Resonance Imaging	1	1	6	5
3	SEC	BIT703	ComputedTomography	1	1	6	5
4	AEC	BIT704	Mammography and Dexa Scan	0	0	6	3
5	GE	BIT705	Ortho/Cath Lab	1	1	6	5
	PRACTICAL
1	SEC	BIT761	Project/Case study/Log book	–	–	–	20
	TOTAL						43

Program Educational Objective

Programme Outcomes

PROGRAMME OUTCOMES:

On successful completion of the programme, the graduates will be able to:

PO1: Foundational Knowledge of Radiologic Sciences: Graduates will demonstrate a strong foundation in human anatomy, physiology, pathology, and medical physics, relevant to diagnostic imaging and therapeutic radiology.

PO2: Proficiency in Imaging Modalities: Graduates will be competent in operating various imaging technologies including X-ray, CT, MRI, Ultrasonography, Mammography, and Nuclear Medicine.

PROGRAMME OUTCOMES:
On successful completion of the programme, the graduates will be able to:
PO1: Foundational Knowledge of Radiologic Sciences: Graduates will demonstrate a strong foundation in human anatomy, physiology, pathology, and medical physics, relevant to diagnostic imaging and therapeutic radiology.
PO2: Proficiency in Imaging Modalities: Graduates will be competent in operating various imaging technologies including X-ray, CT, MRI, Ultrasonography, Mammography, and Nuclear Medicine.
PO3: Patient Care and Safety: Graduates will be able to provide quality patient care by ensuring comfort, dignity, and safety, including accurate positioning and radiation protection.
PO4: Radiation Safety and Protection: Demonstrate knowledge and implementation of radiation protection principles for patients, staff, and self in accordance with regulatory guidelines (e.g., AERB, ICRP).
PO5: Quality Control and Assurance: Understand and apply quality control and quality assurance measures to ensure optimal imaging performance and diagnostic accuracy.
PO6: Individual and team work: Function effectively on multidisciplinary teams.
PO7: Communication: Graduates will be able to communicate effectively.
PO8: Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these tone’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments
PO9: Life-long learning: Adopt technological changes and promote life-long learning.
PO10: Research and Lifelong Learning: Develop a mind-set for critical thinking, evidence-based practice, and engagement in research and lifelong learning to stay updated with evolving technologies.
PO11: Information Technology and Documentation: Use information systems, PACS, HIS, and RIS for proper documentation, image archiving, and reporting workflows.
PO12: Career Readiness and Higher Education: Prepare for employment in hospitals, diagnostic centers, or academic institutions, and pursue higher education or specialization in radiologic sciences.

PROGRAMME SPECIFIC OUTCOMES:
PSO1: Graduates will be proficient in performing diagnostic imaging procedures such as X-ray, CT, MRI, and Ultrasound with accuracy, safety, and adherence to radiation protection protocols
PSO2: Students will demonstrate the ability to operate and maintain imaging equipment efficiently, understanding the physics and technological principles behind each modality.
PSO3: Graduates will be able to assess image quality, recognize anatomical structures and pathological findings, and assist radiologists in diagnosis by ensuring optimal imaging outcomes.
PSO4: Students will exhibit strong ethical standards, effective communication skills, and a commitment to patient care and inter-professional collaboration in clinical settings

PROGRAMME SPECIFIC OUTCOMES:
PSO1: Graduates will be proficient in performing diagnostic imaging procedures such as X-ray, CT, MRI, and Ultrasound with accuracy, safety, and adherence to radiation protection protocols
PSO2: Students will demonstrate the ability to operate and maintain imaging equipment efficiently, understanding the physics and technological principles behind each modality.
PSO3: Graduates will be able to assess image quality, recognize anatomical structures and pathological findings, and assist radiologists in diagnosis by ensuring optimal imaging outcomes.
PSO4: Students will exhibit strong ethical standards, effective communication skills, and a commitment to patient care and inter-professional collaboration in clinical settings.

Scholarship / Sponsorship Criteria for India, Nepal, Bhutan & Bangladesh Students Admission for the Session 2026-27 at THE NEOTIA UNIVERSITY (TNU), W.B. for UG and Lateral Entry Courses
SL NO.	TYPE OF SCHOLARSHIP	CLASS XII % or Equivalent %	TERMS AND CONDITIONS	PERCENTAGE (%) OF SCHOLARSHIP ON TUITION FEE
1	CHANCELLOR’S SCHOLARSHIP	–	i) Yearly Family income should be less than 2.5 Lakhs ii) Interview and document verification will be done by an empowered committee	50% TO 100%
2	GRAMOTTHAN SCHOLARSHIP (Students from Gram Panchayat area of South 24 Parganas)	>= 65%	Yearly Family Income less than 5.0 Lakhs**	25%
3	SPECIAL HILL STUDENTS’ SCHOLARSHIP [Students from GTA Area (W.B), North-East States, Andaman and Nicobar Islands, Nepal & Bhutan]	>= 65%	Yearly Family Income less than 5.0 Lakhs**	25%
4	SAHODARYA SCHOLARSHIP (Siblings of all students – present or passed out)	>= 60%	ANY	25%
5	MERE APNE SCHOLARSHIP (For Ambuja Neotia Group employees – in memory of Late Vinod Kumar Neotia)	>= 60%	Yearly Family Income less than 5.0 Lakhs**	25%
6	SPORTS SCHOLARSHIP	>= 60%	STATE / NATIONAL LEVEL PARTICIPANT / CHAMPION	25%
7	CULTURAL SCHOLARSHIP	>= 60%	STATE / NATIONAL LEVEL PARTICIPANT / CHAMPION	25%

Online Registration Starts From	Started from January 2026
Provisional Admission	Started from January 2026
Entrance Examination Date	March 2026 to July 2026
Declare of Test Results	Within 24 hours of appearing the test
Last date of Admission	*The final date for Admissions will be as per UGC Guidelines.

Bachelor of Medical Radiology and Imaging Technology (BMRIT) – LATERAL

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