BMLT - Bachelor of Medical Laboratory Technology

We Offer best BMLT - Bachelor of Medical Laboratory Technology

The BMRIT course in Uttarakhand is a 3 years course. An applicant who wants to make a career in Radiology can do this bachelor course where they will learn all aspects of radio diagnosis such as how to carry out tests like X-ray, ultrasound, and MRI and suggest diagnoses accordingly.

By using Imaging techniques, professionals take pictures of internal body parts and detect root causes. Due to the rising number of diseases especially lifestyle-related issues, those with BMRIT degrees are in great demand.

We offers excellent clinical practice for aspiring radio-imaging technologists with facilities like digital radiography, computed tomography, and magnetic resonance imaging.

Salient Features

  • 10+ Years of Proven Success: Benefit from our established track record of academic excellence.
  • Your Success is Our Focus: Experience a truly student-centered learning environment.
  • Learn by Doing: Our problem-based learning and industry-relevant curriculum prepares you for real-world challenges.
  • Launch Your Career: Benefit from our strong industry connections and outstanding placement record with high-end companies.
  • Gain a Competitive Edge: Participate in industrial training programs at reputable firms and organizations.
 
 

BMRIT Duration & Eligibility | 3 Years

BMRIT – Bachelor in Medical Radiology & Imaging Technology
Duration: 3 Years
Eligibility:

  • 10+2 with minimum 40% marks .

  • Should have Physics, Chemistry, Biology /Maths as a mandatory subject(PCB or PCM).

  • Must be from a recognized board

 
 
Fee Structure / brochures

BMRIT Course Syllabus

The specific syllabus for a BMRIT program can vary however, here’s a general outline of the core subjects and practical skills you can expect to encounter:

Semester-wise Breakdown :

Year 1:

Semester 1:

  • Physics for Medical Imaging
  • Human Anomy and Physiology I
  • Introduction to Radiography
  • As one of the course titles suggests – Medical Ethics & Communication Skills.
  • Computer Applications in Healthcare

Semester 2:

  • Second, Engineering Physics with special emphasis on Physics for Medical Imaging.
  • Contemporary Human Anatomy and Physiology 2
  • Radiographic Techniques (I)
  • Radiation Biology & Protection
  • Basic Pathology

Year 2:

Semester 3:

  • Radiographic Techniques (II)
  • X-Ray Equipment & Operation
  • Patient Care in Radiology
  • Radiographic Film Processing
  • Imaging Informatics

Semester 4:

  • Advanced Radiographic Techniques
  • Fluoroscopy & Special Procedures
  • Contrast Media & Administration
  • Introduction to CT Scan
  • Research Methodology

Year 3 :

Semester 5:

  • Advanced Radiographic Techniques (II)
  • Mammography
  • As discussed in the previous sections, quality control and management is a significant component of medical imaging services, especially for radiological departments.
  • Introduction to MRI Scan
  • Hospital Management

Semester 6:

  • Elective Subjects (may include):
  • Ultrasound Imaging
  • Nuclear Medicine Technology
  • Radiation Therapy Technology
  • Project Work
  • Internship (for healthcare organization)

Practical Skills:

  • Under the practical skills context, emphasis will be placed on skills in practical settings and, particularly, laboratory settings during the whole program. This may include:
  • Placement and isolation methods of the x-ray films
  • Operating X-ray equipment
  • Patient handling and positioning
  • Making films and controlling the quality
  • Fluoroscopic procedures
  • CT and MRI scan commonly used in most procedures