Ultrasound & Radiology Mastery Program

Ultrasound & Echocardiography Mastery Program

The most comprehensive ultrasound and echocardiography training available online — covering every major clinical specialty from first principles to advanced diagnostic and interventional techniques, structured across 20 modules, 300+ HD video lectures, and supported by anatomy atlases, protocol guides, and live case recordings.

Who This Course Is For

This program is designed for medical students entering clinical rotations, interns building bedside diagnostic skills, postgraduate entrance exam aspirants needing image-based question mastery, junior and senior residents across internal medicine, surgery, emergency medicine, obstetrics, cardiology, and radiology, and allied health professionals including nurses and sonographers working in imaging or critical care environments. Whether you are a complete beginner picking up a probe for the first time or an experienced clinician seeking to expand into advanced echocardiography or guided procedures, this course is structured to meet you at your level and take you further.

Module 1 — Foundations of Ultrasound

Every expert sonographer begins with a thorough understanding of how ultrasound works at a physical level. This module covers the complete theoretical and practical foundation required for clinical scanning. Topics include the physics of sound wave propagation through tissue, frequency and wavelength relationships, acoustic impedance and reflection, attenuation and depth penetration, probe types and their clinical applications, piezoelectric crystal function, transducer selection for different body regions, B-mode and M-mode imaging, harmonic imaging, and image optimization techniques including gain, depth, focal zone, and time-gain compensation. Students also learn systematic probe orientation, image plane conventions, and artifact recognition — including shadowing, enhancement, reverberation, and mirror-image artifacts.

Module 2 — Scanning Technique & Image Orientation

This module bridges theory and clinical practice. Students learn how to hold and maneuver a transducer with precision, including the four fundamental probe movements — sliding, rocking, fanning, and rotating. Patient positioning for each body region is covered in detail, along with documentation standards for diagnostic reporting. Standard imaging planes across abdominal, cardiac, vascular, and pelvic regions are demonstrated step by step. This module also addresses practical challenges including scanning through obesity, bowel gas interference, and limited acoustic windows — skills that separate a competent sonographer from an excellent one.

Module 3 — Echocardiography Core

A complete introduction to cardiac ultrasound for clinicians at every level. This module establishes the standard transthoracic echocardiographic (TTE) windows — parasternal long axis, parasternal short axis, apical two-chamber, apical four-chamber, apical five-chamber, subcostal, and suprasternal views. Students learn to identify all four cardiac chambers, the interventricular septum, the papillary muscles, the cardiac valves, the pericardium, and the great vessels in each standard view. Systematic assessment of left ventricular size, wall thickness, and global function is taught with clear measurement techniques. Introductory Doppler principles including colour flow mapping, pulsed-wave Doppler, and continuous-wave Doppler are introduced in clinical context.

Module 4 — Echocardiography: Valvular Heart Disease

Valvular pathology is one of the most clinically important and examination-relevant areas of echocardiography. This module provides a detailed, structured approach to assessing all four cardiac valves. For the aortic valve, students learn to assess morphology, identify bicuspid valve anatomy, grade aortic stenosis using mean gradient, peak velocity, and valve area calculation, and recognize aortic regurgitation severity. For the mitral valve, the module covers mitral stenosis grading by planimetry and pressure half-time, mitral regurgitation quantification including vena contracta and PISA method, and mitral valve prolapse identification. Tricuspid valve assessment covers regurgitation severity and right heart pressure estimation. Pulmonary valve evaluation is also included. A dedicated section covers prosthetic valve types — mechanical and bioprosthetic — with normal versus pathological Doppler profiles and the recognition of prosthetic valve dysfunction and paravalvular leak.

Module 5 — Echo: Pericardium, Right Heart & Aorta

This module addresses three areas that are frequently underassessed in clinical practice. The pericardial section covers normal pericardial anatomy, pericardial effusion grading, tamponade physiology and echocardiographic signs including right atrial and right ventricular collapse and respiratory variation in Doppler, and constrictive pericarditis versus restrictive cardiomyopathy differentiation. The right heart section covers tricuspid annular plane systolic excursion (TAPSE), right ventricular fractional area change, and pulmonary artery pressure estimation from tricuspid regurgitation jet velocity. The aortic section covers aortic root dimensions, ascending aorta assessment, and recognition of aortic dilatation, dissection flaps, and intramural haematoma patterns.

Module 6 — Advanced Echo Techniques

This module covers the higher-level tools that characterize expert echocardiographic practice. Diastolic function assessment is taught in full — including E/A ratio, deceleration time, tissue Doppler E prime velocity, E/E prime ratio, left atrial volume index, and tricuspid regurgitation velocity — structured according to current grading algorithms for diastolic dysfunction. Contrast echocardiography principles and clinical indications are explained including left ventricular opacification and myocardial perfusion imaging. Cardiac resynchronization therapy (CRT) assessment covers dyssynchrony evaluation and response prediction. Three-dimensional echocardiography concepts and clinical applications are introduced for learners advancing into subspecialty practice.

Module 7 — Transesophageal Echocardiography (TEE)

23 structured video lectures covering the full scope of transesophageal echocardiography — one of the most advanced cardiac imaging modalities in clinical medicine.

1. Introduction to TEE — indications, contraindications, patient preparation, sedation, and probe insertion technique
2. Imaging fundamentals — TEE probe mechanics, standard imaging planes at 0°, 45°, 90°, and 135°, and systematic examination protocol
3. Source of embolism workup — left atrial appendage assessment, patent foramen ovale, atrial septal defect, and aortic atheroma
4. Arterial shunts — atrial septal defects, ventricular septal defects, and bubble study interpretation
5. Aorta — thoracic aorta assessment from root to descending aorta, dissection classification, and intramural haematoma
6. Endocarditis — vegetations, abscess formation, valvular destruction, and TEE superiority over TTE in diagnosis
7. Mitral regurgitation — detailed mitral valve apparatus anatomy, Carpentier classification, and surgical planning assessment
8. Valvular heart disease — comprehensive valve assessment in the TEE context
9. TEE on the ICU and post-cardiac surgery — hemodynamic monitoring, ventricular function assessment, and complication detection
10. Tumors and masses — differentiation of thrombus, myxoma, papillary fibroelastoma, and vegetations
11. Monitoring of interventions — TEE guidance for structural heart procedures, TAVI, MitraClip, and closure devices

Module 8 — Point-of-Care Ultrasound (POCUS)

9 focused clinical videos covering rapid bedside assessment across all major organ systems:

1. Heart — cardiac POCUS including global function, effusion, and tamponade screening
2. Lung — pleural effusion, pneumothorax, B-lines and interstitial syndrome, and lung consolidation
3. Obstetrics — first trimester viability, fetal cardiac activity, and pregnancy-related emergencies
4. Kidney — hydronephrosis, renal calculi, and bladder assessment
5. Urinary tract — bladder volume estimation and urological emergencies
6. Biliary tract — gallstones, gallbladder wall assessment, and biliary dilatation
7. Abdominal aorta — aortic aneurysm rapid screening
8. MSK Parts 1 and 2 — joint effusion, soft tissue assessment, and fracture detection
9. DVT — compression ultrasound for deep vein thrombosis diagnosis

Module 9 — Emergency & Trauma Ultrasound

Two complete tracks for emergency clinicians:

Beginner track — 12 videos:

1. Introduction to clinical ultrasound in emergency medicine
2. Ultrasound physics for emergency practitioners
3. Instrumentation and image retrieval
4. Abdominal and retroperitoneal assessment
5. Abdominal aortic pathology
6. Biliary pathology
7. Renal ultrasound
8. Ultrasound-guided procedures in emergency
9. Female pelvic anatomy
10. Gynecologic pathology
11. First trimester pregnancy assessment
12. Trauma ultrasound and FAST examination

Advanced emergency track:

• Aortic valve pathology
• Doppler physics in clinical context
• DVT assessment and compression protocol
• Left ventricular evaluation in the emergency patient
• Right heart evaluation
• Heart valve pathology recognition
• Pulmonary ultrasound in respiratory failure
• Resuscitation ultrasound during cardiac arrest and shock

Module 10 — Abdominal Ultrasound

The most detailed abdominal sonography training in the program — 40+ videos across two tracks.

Core organ series:

1. Abdominal scanning overview Parts 1 and 2 — patient preparation, probe selection, and systematic scanning approach
2. Ultrasound basics Parts 1 and 2 — image optimization and normal abdominal anatomy landmarks
3. Liver sonography Parts 1–4 — liver size, echotexture, fatty liver, cirrhosis, hepatic masses including haemangioma, focal nodular hyperplasia, hepatocellular carcinoma, and metastases, and hepatic vasculature assessment
4. Gallbladder assessment Parts 1 and 2 — gallstones, sludge, polyps, cholecystitis, wall thickening, and biliary tree dilatation
5. Kidney sonography — renal size, cortical thickness, corticomedullary differentiation, hydronephrosis grading, calculi, cysts, and solid renal masses
6. Adrenal gland sonography — normal appearances and adrenal mass identification
7. Pancreas — normal pancreatic echo texture, pancreatitis, pancreatic duct dilatation, and pancreatic masses
8. Great vessels — aortic and inferior vena cava assessment
9. Pelvis Part 1 — urinary tract, bladder, and ureters
10. Pelvis Part 2 — prostate assessment including size estimation and pathology
11. Scanning technique masterclass Parts 1 and 2 — advanced technique refinement

Extra content series — 13 supplementary videos:

1. How to get started in clinical sonography
2. Second trimester pregnancy sonography
3. First trimester assessment
4. Second trimester follow-up scanning
5. Intrauterine assessment
6. Ectopic pregnancy recognition and management
7. Advanced abdominal scanning techniques

Module 11 — Vascular Ultrasound

Dedicated vascular sonography covering the full spectrum of peripheral and central vascular assessment. Topics include systematic lower and upper limb venous mapping, DVT compression protocol, colour Doppler waveform interpretation, venous insufficiency assessment, arterial duplex scanning for peripheral arterial disease, carotid artery examination, vertebral artery assessment, renal artery Doppler, and mesenteric vascular scanning. Spectral waveform analysis is taught in depth — including resistive index calculation, triphasic versus monophasic waveform recognition, and stenosis grading.

Module 12 — Carotid Ultrasound

A complete, structured carotid imaging course delivered across 23 video lectures and 5 detailed PDF reference chapters.

PDF reference chapters:

• Chapter 1: Introduction and fundamentals of carotid imaging
• Chapter 2: Imaging essentials and equipment
• Chapter 3: How to image carotid vessels — technique and protocol
• Chapter 4: Pathology recognition and reporting
• Chapter 5: Therapy planning and management overview

Video lecture series (23 lectures):

1. Welcome and course orientation
2. Stroke — pathophysiology and clinical relevance
3. Carotid anatomy
4. US anatomy correlation
5. Scanning principles
6. Instrumentation
7. Scanning technique Part 1
8. Scanning technique Part 2 9–23. Advanced carotid imaging — plaque characterization, stenosis grading using NASCET criteria, colour Doppler waveform analysis, velocity ratios, near-occlusion recognition, post-intervention assessment, and reporting standards

Module 13 — OB-GYN Ultrasound

Two complementary sub-modules covering obstetric and gynecologic ultrasound from first principles to clinical pathology.

Introductory OB-GYN track — 6 videos:

1. Anatomy meets ultrasound — understanding the female pelvis through sonographic anatomy
2. Anatomy of the female reproductive system — uterus, ovaries, tubes, and supporting structures
3. History of gynecologic ultrasound — evolution of the modality and current clinical standards
4. Physiology of the pelvic organs — menstrual cycle correlation with ultrasound appearances
5. Standard gynecologic scanning protocols — transabdominal and transvaginal technique
6. Ultrasound basics in OB-GYN — probe selection, image orientation, and normal appearances

Gynecology clinical module — 5 videos:

1. Introduction to ultrasound of the reproductive system
2. Introduction to ultrasound of the urinary tract in women
3. IUD localisation — normal position, malposition, and perforation assessment
4. Most common gynecologic pathologies Part 1 — fibroids, polyps, and endometrial pathology
5. Most common gynecologic pathologies Part 2 — ovarian cysts, dermoids, endometriomas, and malignancy features

Module 14 — Pediatric Ultrasound

11-video dedicated pediatric sonography course — covering the unique challenges, anatomy, and pathology of imaging neonates, infants, and children.

1. Introduction to pediatric ultrasound — equipment, approach, and child-specific considerations
2. Ultrasound physics in the pediatric context
3. Instrumentation and technique for small patients
4. Vascular access ultrasound guidance in children
5. Trauma and retroperitoneal ultrasound
6. Abdominal and retroperitoneal assessment — normal pediatric organ sizes and pathology
7. Appendicitis and intussusception — recognition and reporting
8. Soft tissue and musculoskeletal ultrasound in children
9. Basic cardiac ultrasound — congenital heart disease screening views
10. Pulmonary ultrasound in neonates and children
11. Critical care ultrasound for pediatric patients

Module 15 — MSK Ultrasound & Guided Injections

The most practical MSK module in the program — combining a comprehensive anatomy and pathology atlas with a full video course on ultrasound-guided injection techniques.

MSK anatomy and pathology atlas — downloadable reference packs:

• Lower extremity anatomy: Ankle, Hip, Knee
• Upper extremity anatomy: Elbow, Shoulder, Wrist
• Lower extremity pathology: Ankle, Hip, Knee
• Upper extremity pathology: Elbow, Shoulder, Wrist
• Protocol positions for standardized scanning: Lower extremity (Ankle, Knee), Upper extremity (Wrist)
• Introduction to MSK ultrasound — 3 comprehensive reference guides

MSK ultrasound-guided injections — 7-module video course:

1. Introduction to MSK ultrasound-guided procedures — indications, equipment, and safety
2. Ultrasound-guided injection principles — in-plane versus out-of-plane technique, needle visualization, and common injectates
3. Upper limb injections — shoulder joint, subacromial bursa, acromioclavicular joint, biceps tendon sheath, elbow joint, wrist, and finger joints
4. Hip and lower limb injections — hip joint, greater trochanteric bursa, and iliopsoas tendon sheath
5. Knee assessment and injections — knee joint, prepatellar bursa, pes anserinus bursa, and Baker's cyst aspiration
6. Foot and ankle injections — tibiotalar joint, subtalar joint, plantar fascia, and Morton's neuroma
7. Advanced techniques and troubleshooting — difficult anatomy, patient positioning tips, complication avoidance, and post-procedure care

Module 16 — Right Heart Masterclass

16-video advanced module dedicated entirely to right heart assessment — one of the most clinically underappreciated and examination-relevant areas of echocardiography.

1. Anatomy of the right heart — morphology, trabeculation, and normal dimensions
2. Arrhythmogenic right ventricular assessment — structural criteria and imaging findings
3. Echocardiographic assessment Parts 1–4 — systematic RV evaluation, size, function, and wall motion
4. Physiology of the right heart — pressure-volume relationships and clinical relevance
5. Pulmonary embolism — acute right heart strain, McConnell's sign, and risk stratification
6. Pulmonary hypertension Parts 1–3 — classification, Doppler estimation of pulmonary artery pressure, and monitoring
7. Right heart in congenital heart disease Parts 1 and 2 — volume and pressure overload patterns
8. Right heart volume assessment — inferior vena cava collapsibility and fluid responsiveness
9. Role of radiology in right heart assessment — CT and MRI correlation
10. The right heart in coronary artery disease — right ventricular infarction recognition and management implications

Module 17 — Cardiac Filming & Pericardial Disease

17 videos covering three clinically important and often overlapping cardiac conditions:

Pericardial disease — 5 videos: Pericarditis, pericardial effusion grading, constrictive pericarditis echocardiographic criteria, tamponade physiology, and interventional guidance.

Restrictive cardiomyopathy — 4 videos: Differentiation from constrictive pericarditis, tissue Doppler criteria, biatrial enlargement patterns, and clinical case analysis.

Diastolic dysfunction — 8 videos: Complete step-by-step diastolic function assessment from Grade 1 impaired relaxation through Grade 3 restrictive filling, covering all current grading parameters including E/A ratio, E prime, E/E prime, pulmonary venous flow, and left atrial volume index.

Module 18 — Speckle Tracking & Strain Imaging

Two complete sub-modules combining clinical application and academic depth — making this the most thorough strain imaging curriculum available in any online course.

Clinical masterclass — 9 videos:

1. Myocardial mechanics — the physiological basis of deformation imaging
2. Methodology and normal reference values
3. Instrumentation — equipment requirements, frame rate, and image quality standards
4. Thick myocardium Parts 1–3 — hypertrophic cardiomyopathy, athlete's heart differentiation, and infiltrative diseases
5. Dilated cardiomyopathy — global longitudinal strain patterns and prognostic value
6. Cardio-oncology Parts 1–3 — chemotherapy-related cardiac toxicity monitoring using strain
7. Dyssynchrony — advanced mechanical dyssynchrony assessment for CRT planning
8. Coronary artery disease Parts 1 and 2 — regional strain abnormalities and ischaemia detection
9. Stress echocardiography with strain — protocol, interpretation, and clinical integration

Compendium reference track — 12 videos:

1. Introduction to strain and speckle tracking
2. Limitations of ejection fraction as a sole measure of function
3. Myocardial mechanics fundamentals
4. Deformation imaging acquisition protocols
5. Image acquisition and quality standards
6. Normal versus abnormal strain patterns
7. Left ventricular hypertrophy — strain differentiation between causes
8. Dilated cardiomyopathy — clinical strain application
9. Cardio-oncology — surveillance protocols and decision thresholds
10. Dyssynchrony assessment and reporting
11. Coronary artery disease — strain-based ischaemia localisation
12. Valvular heart disease — strain in mitral and aortic valve pathology

Module 19 — Cardiac Quantification

A dedicated module focused on the precise measurement and quantification of cardiac function — essential for both clinical reporting and postgraduate examination.

• Chapter 1: Left ventricular hypertrophy — 3 videos covering LV mass calculation, concentric versus eccentric hypertrophy, and clinical causes
• Chapter 2: Left ventricular size and mechanics — 2 videos on chamber dimensions, volumes, and ejection fraction methods including biplane Simpson's
• Chapter 3: Quantification and problems of left ventricular function — understanding the limitations of EF, when to use GLS, and integrated assessment
• Chapter 4: Speckle tracking findings in quantification — practical application of strain values in clinical reporting
• Chapter 6: The right ventricle — RV quantification parameters including TAPSE, RV FAC, S prime, and 3D RV volumes

Module 20 — Premium Bonus Content

An extensive library of additional advanced content included with the program:

Advanced echocardiography bonus videos — 20 lectures:

• Contrast echocardiography Parts 1 and 2 — agents, protocols, and clinical indications
• Advanced echocardiography case series — complex multi-pathology cases with expert commentary
• Mitral regurgitation advanced assessment — quantification, surgical timing, and follow-up
• New frontiers in cardiac imaging Parts 1–3 — emerging techniques and future directions
• Right heart biomechanics Parts 1–3 — advanced hemodynamic assessment
• Strain and speckle tracking advanced cases
• Unsolved and complex echocardiography cases — diagnostic reasoning in ambiguous presentations
• Melting away — rare and unusual cardiac findings
• Echocardiography in broader clinical context

Live webinar recordings — 20+ sessions:

• Cardiac and echocardiography webinars covering current clinical topics
• Live echocardiography case discussions with expert faculty
• Interactive diagnostic reasoning and Q&A sessions

Complete Course Summary

300+ structured HD video lectures across 20 specialty modules covering every major area of clinical ultrasound and echocardiography. From abdominal and vascular sonography to advanced transesophageal echocardiography, speckle tracking, pediatric scanning, obstetric ultrasound, MSK guided injections, carotid imaging, and right heart assessment — this is a single program that replaces multiple standalone courses. Supplementary anatomy atlases, scanning protocol reference packs, downloadable PDF study materials, and live webinar recordings are included. Lifetime access with no expiry date, on any device, at your own pace.