RadAnat 2026: Online Workshop on Radiological Anatomy

Precision Anatomy for Modern Diagnostic Imaging

20 April – 30 April 2026 | 7:00 PM IST | Online | Certificate

India – 7:00 PM IST | Saudi Arabia – 4:30 PM | Dubai – 5:30 PM | Singapore – 10:30 PM | Australia – 11:30 PM | New York – 9:30 AM

About the Workshop

This online certificate workshop RadAnat 2026: Online Workshop on Radiological Anatomy is designed to help participants understand how human anatomy is visualized through modern medical imaging techniques. The program bridges the gap between textbook anatomy and real-world diagnostic imaging using X-ray, CT, MRI, and ultrasound. Through expert-led interactive sessions, participants will learn to identify anatomical structures, interpret radiological images, and understand positioning principles used in clinical imaging. The workshop emphasizes image-based learning, real case examples, and practical understanding essential for radiology and allied healthcare fields.

What You Will Learn

  • Fundamentals of radiological anatomy and its clinical applications

  • Differences between gross anatomy and imaging anatomy

  • Understanding tissue densities and image contrast

  • Anatomical planes and radiological terminology

  • Identification of anatomical landmarks on X-ray, CT, and MRI

  • Correlation between surface anatomy and radiographic anatomy

  • Standard radiographic views (PA, AP, lateral, oblique)

  • Patient positioning techniques in diagnostic imaging

  • Skeletal anatomy (axial and appendicular) using radiological images

  • Recognition of normal vs pathological structures

Course Features

  • Live online interactive sessions

  • e-Certificate upon completion

  • Access to session recordings

  • Lecture PPTs and study materials

  • Software-based and image-based learning

  • Real radiograph and CT case discussions

  • Expert faculty from Radiology & Anatomy


Learning Outcomes

  • Understand the role of radiological anatomy in clinical diagnosis

  • Identify anatomical landmarks on X-ray, CT, and MRI images

  • Interpret normal radiographic appearances of body structures

  • Apply anatomical knowledge in diagnostic imaging

  • Understand patient positioning for accurate imaging

  • Recognize skeletal structures and anatomical variations


Who Can Join

  • B.Sc. / M.Sc. Radiology & Medical Imaging students

  • Allied Health Science & Paramedical students

  • Radiology interns and imaging technicians

  • Faculty in medical and allied sciences

  • Beginners interested in radiological anatomy

  • Anyone aiming to build a career in diagnostic imaging


Course Fee

  • Students (India): ₹1499 INR

  • Faculty / Professionals: ₹1999 INR

  • International Participants: $85 USD

Workshop Module

WEEK 1: Fundamentals of Radiological Anatomy

Introduction to Radiological Anatomy

  • Scope and applications in diagnostic imaging

  • Comparison between gross anatomy and radiological anatomy

  • Understanding tissue densities and image contrast

Anatomical and Radiological Terminology

  • Body planes (sagittal, coronal, transverse)

  • Anatomical positions and movement terminology

  • Radiographic symbols, abbreviations, and orientation markers

Identification of Key Anatomical Landmarks

  • X-ray, CT, and MRI interpretation basics

  • Correlation of surface anatomy with imaging anatomy

  • Normal radiographic appearances (head, chest, abdomen)

Standard Radiographic Positions and Projections

  • PA, AP, lateral, and oblique views

  • Patient positioning techniques

Learning Outcomes (Week 1)

  • Explain the importance of radiological anatomy

  • Identify body planes and anatomical landmarks

  • Understand imaging orientation and positioning

Assessment (Week 1)

  • Quiz: Body Planes & Positions

  • Radiograph Spot Test: Landmark Identification

WEEK 2: Skeletal Radiological Anatomy (Axial & Appendicular Skeleton)

A. Axial Skeleton

  • Skull: cranial & facial bones, sinuses, sutures

  • Vertebral column: cervical, thoracic, lumbar, sacral regions

  • Thoracic cage: ribs, sternum, costal cartilage

B. Appendicular Skeleton

  • Upper limb: shoulder girdle, arm, forearm, wrist, hand

  • Lower limb: pelvic girdle, thigh, leg, ankle, foot

  • Identification of joints, alignment, and ossification centers

Learning Outcomes (Week 2)

  • Identify bones and joints on radiographs and CT images

  • Recognize skeletal landmarks and anatomical structures

  • Differentiate normal anatomy from pathological findings

Assessment (Week 2)

  • X-ray Labeling Activity

  • CT Bone Anatomy Quiz