Department of Allied Health Sciences
हम अलग हैं, हम अलार्ड हैं
OVERVIEW
The Allied Health Sciences Department plays a critical role in healthcare by providing education and training for healthcare professionals who work alongside doctors, nurses, and other primary care providers. These professionals ensure the effective delivery of healthcare services in diagnostic, therapeutic, preventive, and rehabilitative care.
HIGHLIGHTS OF THE PROGRAM
01
Diagnostic Sciences
02
Therapeutic Sciences
03
Preventive and Public Health Sciences
04
Rehabilitation Sciences
05
Emerging and Specialized Fields
Lab Facilities
Biotechnology Lab
Biotechnology labs are used for a variety of processes, including analysing cultures
chemically and physically, protecting and stabilizing ingredients and microorganisms,
carrying out in vitro studies, and validating products. Biotechnology lab is equipped with a
variety of instruments and tools to support research, development, and commercialization.
Some common pieces of equipment present in biotechnology labs include:
UV-Vis Double Beam Spectrophotometer, Refrigerated Centrifuge, Autoclave and Hot air oven, Circulating Water Bath, Laminar Air Flow Cabinet, Deep Freezer, Electrophoretic Units, pH Meter, Water Distillation Unit.
Anatomy Lab
An anatomy lab is used to learn about the human body, including its structure, function, and
the interaction of its various parts. It deals with the study of cells, tissues and membranes that
make up our bodies and how our major systems function to help us develop and stay healthy.
The study of Anatomy includes the basic human body functions and life processes. Some
common pieces of equipment present in anatomy labs include:
Microscope (Monocular), Dissection Microscope, Microtome – Semi automatic, Paraffin Embedding Bath, Refrigerator, Hot Water Bath, Yarco Automatic Knife Sharpner, Oven, Trinocular microscope with screen, Dimond pencil.
ABOUT PROGRAM
Short Brief About the Program
B. Sc. in Radiology & Medical Imaging Technology admission is an undergraduate-level program with a course duration of 4 years including 06 months of internship. During study, the student learns about medical imaging techniques and technologies and basic knowledge of human physiology, pathology, and human anatomy.
Its curriculum is designed to impart knowledge related to eye and its connected organs, the correction of refractive errors, and the treatment and management of eye diseases. This degree comprises four years of education including one year of clinical internship at a tertiary eye care centre.
A BSc MLT is a 4-year undergraduate program designed to train students in the various aspects of laboratory diagnostics and medical testing. BSc MLT involves the analysis of body fluids, tissues, and cells to diagnose diseases and monitor treatment effectiveness.
The M.Sc. in medical Radiology & Imaging Technology is specifically aimed at those pursuing a professional career in Imaging Science technology . It is designed to provide specialized training in the scientific principles of modern imaging science and in the application of these principles in the field of radio diagnosis . It is designed as higher degree course suitable for gradates having experience in the technology of imaging science.
Program Structure - B.Sc.
| Semeter - I |
|---|
|
Human Anatomy-I |
|
Human Physiology-I |
|
Introduction Health
Care Delivery System in
India |
|
Introduction to Quality
and Patient Safety |
|
Principles of
Management |
|
English Communication |
|
Basics of Computer-I |
|
Introduction to Indian
constitution |
| Semester - II |
|---|
|
Human Anatomy-II |
|
Human Physiology-II |
|
Medical Law & Ethics |
|
Social and Clinical
Psychology |
|
Advanced English |
|
Advanced Computer &
Information Technology |
|
Yoga & Meditation |
|
Medical Terminology &
Record Keeping |
Program Structure - M.Sc.
| Semeter - I |
|---|
|
Radiological procedures |
|
Principles of radiographic
exposure |
|
Instrumentation of
conventional radiological
equipment |
|
Clinical posting |
| Semester - II |
|---|
|
Patient care in diagnostic
radiology |
|
Radiation protection in
diagnostic radiology |
|
Instrumentation and techniques
of interventional radiology |
|
Clinical posting |
Salient Features of the Program
B.Sc. Radiological Imaging Technology is a programme meticulously structured to impart in-depth advanced knowledge of Imaging methodologies and principles.
The programme has an integrated interdisciplinary content with relevant aspects of General Anatomy & Physiology, Biochemistry, Pathology and Microbiology in the Basic Sciences and Physical, Geometrical, Dispensing, Visual and Optometric Optics in the Core courses.
The curriculum typically includes subjects like Clinical Biochemistry, Microbiology, Haematology, Immunology, Pathology, Histopathology, Blood Banking, Molecular Diagnostics, and Medical Ethics. Students may also study general subjects like Anatomy, Physiology, and Pharmacology.
The objective of the programme is to train students in to qualified, patient focused, compassionate, critical thinkers Diagnostic Radiographer / Technologist for the community who are engaged in lifelong learning.
Eligibility
Fee Structure
| Indian Nationals/NRI | |
|---|---|
|
BHA – Bachelor of Hospital
Administration |
INR 1,25,000 per year |
|
B.Sc. Radiology and Imaging Technology |
INR 1,25,000 per year |
|
B.Sc. Optometry |
INR 1,25,000 per year |
|
B. Sc. Medical Lab Technology |
INR 1,25,000 per year |
|
M.Sc. Radiology and Imaging
Technology |
INR 1,00,000 per year |
OTHERS
Career Opportunities
- As. Optometrist and Ophthalmic assistant
- Entrepreneur–Can start their own eye center with optician facility
- Certified ophthalmic technicians
- Ocular prosthetic specialist
- Radiology technician or radiographer
- MRI technician
- Ultrasound technician
- C T technologis
- Imaging research manager
Summary
Allied Health Sciences is a broad field of healthcare professions that support and complement the work of doctors and nurses. These professionals provide diagnostic, therapeutic, technical, and support services crucial for patient care. The field is diverse, with careers ranging from laboratory scientists to rehabilitation therapists.
Events
Orientation program
Date 16/08/24 to 22/08/24
The orientation program at University A is designed to welcome new students and help them acclimate to campus life. The event features a series of informative sessions, interactive workshops, and engaging activities aimed at introducing students to university resources, academic expectations, and social opportunities. Students will have the chance to meet faculty, connect with fellow classmates, and learn about various clubs and organizations. With campus tours and Q&A panels, the program fosters a sense of community and belonging, ensuring that every participant feels prepared and excited to embark on their academic journey.
Student’s Industrial visit at Ruby hall Clinics
Industrial visits are significant for paramedical students as they provide hands-on experience and real-world exposure to healthcare settings. These visits allow students to observe the practical applications of their theoretical knowledge, enhancing their understanding of medical equipment, patient care processes, and the functioning of healthcare facilities. Interacting with professionals in the field offers valuable insights into industry standards, best practices, and emerging technologies. Additionally, these experiences can help students develop essential skills, such as teamwork and communication, while fostering a deeper appreciation for the roles they will play in patient care. Overall, industrial visits bridge the gap between classroom learning and professional practice, preparing students for their future careers in the paramedical field.
Guest lecture by Dr. D. Bhalerao
Guest lecture on Mental awareness program
Distribution of First-Aid kit among all the departments
Workshop on Recent trends and scope of Paramedical and Biosciences
