Biomedical · Course

Medical Imaging and Radiology

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Duration: 11 weeks
Content: 6 hours
Projects: 3
Mode: Online

Overview

What you'll
be able to do.

Radiology is a branch of medical technology that uses various imaging technologies such as X-rays, CT, MRI, Ultrasound etc., to diagnose and treat various diseases that occur in the human body.
In this course, the students enrolled will gain knowledge and understanding of the structure and functions of the human body related to radiology-based medical image technologies.
As jobs in the field of radiology are continuously growing in the current scenario, the need for professionals with deep knowledge of radiology technologies is also growing.

Tools you'll use

DICOMPACSPythonMATLAB

Curriculum

11 modules,
built with industry.

01Medical Imaging and Radiology11 modules
1. Module 1 - Introduction to RadiologyW01
  - What is Radiology?
  - Usage of Medical Imaging
    
    Diagnostic Radiology
    
    Interventional Radiology
  - Types of Radiation
    
    Ionizing
    
    Non-ionizing
  - Penetration & Safety
  - Radiographic Densities
2. Module 2 - X-RayW02
  - Introduction
  - What are X-rays?
  - How are X-rays made?
  - Production of X-rays
    
    X-ray generators
    
    X-ray detector
  - Applications of X-ray
3. Module 3 - Computed TomographyW03
  - History of CT
  - CT scan methodology
  - Development in CT Generations
  - Axial vs Spiral Scanning
  - Image Reconstruction and Processing
    
    Simple Back Projection
    
    Filtered Back Projection (FBP)
    
    Algebraic Reconstruction
    
    Iterative Reconstruction
  - Image Aquisition Techniques
    
    Scan Projection radiograph
    
    Axial CT Scan
    
    Helical CT Scan
    
    MultiSclice CT Scan
    
    Cardiac CT
    
    CT Fluoroscopy
    
    Dental CT
    
    Contrast-Enhanced CT
4. Module 4 - CT Image Reconstruction TechniqueW04
  - CT Image Reconstruction Technique
5. Module 5 - MRI W05
  - Physics Behind MRI and NMR
  - T1 & T2 Relaxation
  - Coils used in MRI
  - Instrumentation of MRI
6. Module 6 - MRI Sequence ImagingW06
  - MRI Sequence Imaging
    
    Spin Echo
    
    Gradient Echo
    
    Diffusion-Weighted
    
    Functional MRI
    
    Perfusion Weighted
  - Clinical Applications
7. Module 7 - Radiation Safety & Quality W07
  - Effects of Radiation
  - Classification of Radiation Damage
  - Radiation dosage in X-ray and CT exams
  - FDA Safety regulations for medical Imaging devices
    
    CT
    
    MRI
    
    Fluoroscopy
    
    Nuclear Medicine
  - Radiation Safety
    
    Operational safety
    
    Built-in safety
8. Module 8 - An Introduction to DICOM and PACSW08
  - DICOM file format
  - Different DICOM viewers
  - Picture Archive Communication System (PACS) Architecture
  - Understanding DICOM and PACS Software
9. Module 9 - Introduction to UltrasoundW09
  - Introduction
    
    Basics and Fundamentals
    
    Advantages in the medical industry
    
    Overview of Applications
  - Ultrasonic Transducers
    
    Transducer materials
    
    Scanning with Array Transducers
    
    Different Transducers and probes
  - Imaging Modalities
    
    A mode Imaging
    
    B mode Imaging
    
    Image reconstruction Techniques
10. Module 10 - Ultrasound Scanning and Doppler UltrasoundW10
  - Blood flow measurement using ultrasound
    
    Doppler Imaging
    
    Colour Doppler Imaging
  - Advanced and Modern Imaging methods
    
    3D ultrasound imaging
    
    Advanced research applications
    
    Clinical applications
11. Module 11 - Fiber Optics in MedicineW11
  - Principles of light propagation through a fibre
    
    Different types of fibres and their properties
    
    Optical sources
    
    Optical detectors
  - Fibre optic instrumentation system
  - Endoscopy imaging
    
    Instrumentation
    
    Flexible endoscope
    
    Rigid Endoscope
    
    Capsule Endoscope
    
    Applications and complications
  - Non-robotic minimally invasive surgery
    
    Laparoscopic surgery
    
    “Keyhole” surgery
    
    Clinical applications

Industry projects

3 projects
you'll ship.

Our projects are designed by experts in the industry to reflect industry standards. By working through our projects, Learners will gain a practical understanding of what they will take on at a larger-scale in the industry. In total, there are 3 Projects that are available in this program.

AI Based Solutions for Radiology

This project involves the design of AI-based solutions for radiology.

Understanding Medical Imaging

This project gives an understanding of medical imaging.

Design and Development of a Digital and Hybrid Medical Ultrasound Imaging System

This project deals with the design and development of a digital and hybrid medical ultrasound imaging system.

Fee

One fee.
Everything included.

Become job ready with our comprehensive industry focused curriculum for freshers & early career professionals

Premium

₹40,000

Inclusive of all charges

1 Year Access
Personalized Page
Live Individual & Group Sessions
Personalized & Hands-On
Job-Oriented Industry Relevant Curriculum

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Next step

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the right fit?

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Medical Imaging and Radiology

What you'llbe able to do.

11 modules,built with industry.

3 projectsyou'll ship.