Harvard Boston 3D Echo Workshop 2026

Description

HARVARD • BOSTON 3D ECHO • 2026

Boston 3D Echo Workshop 2026

An advanced recorded workshop focused on three-dimensional echocardiography, image acquisition and optimization, multiplanar reformatting, valve analysis, ventricular assessment, and 3D imaging for structural heart procedures.

RECORDED COURSE COMPLETE 3-DAY PROGRAM 40+ SESSIONS INSTANT ACCESS LIFETIME ACCESS

2026 Advanced 3D Echo Workshop

Image AcquisitionPhysics, optimization, terminology and image formation

MPR

Multiplanar ReformattingLive MPR workflows and case-based application

Mitral ValveMR quantification, repair assessment and TEER

Tricuspid ValveTR/TS quantification, repair and transcatheter guidance

Aortic ValveStenosis, regurgitation and repair assessment

Structural HeartLAA occlusion, ASD/VSD closure and paravalvular leak

3 DaysComplete Workshop

40+Sessions & Cases

2Course Directors

∞Lifetime Access

About the Course

Advanced 3D echocardiography from fundamentals to procedural guidance.

The workshop is designed for clinicians involved in cardiac imaging, perioperative echocardiography and structural heart procedures.

Boston 3D Echo Workshop 2026 provides focused education in three-dimensional echocardiography, beginning with ultrasound physics, transducer design, terminology, image formation, temporal and spatial resolution, and color-flow Doppler.

Learners then progress through dataset acquisition, optimization, multiplanar reformatting, automated valve analysis, and practical workflows across major echocardiography systems.

The program applies these principles to tricuspid, aortic and mitral valve imaging, right ventricular assessment, transseptal puncture, mitral and tricuspid TEER, left atrial appendage occlusion, ASD/VSD closure, and paravalvular leak procedures.

Why clinicians choose this workshop

Complete 3-day advanced 3D echo curriculum

Physics, acquisition and optimization fundamentals

Hands-on style MPR and valve-analysis workflows

Mitral, tricuspid and aortic valve assessment

Structural heart procedural imaging guidance

Case-based interpretation and expert panel discussions

Core Learning Areas

What the workshop covers.

The program connects technical imaging fundamentals with practical procedural decision-making.

Imaging Fundamentals

Ultrasound physics, image formation, transducer design, nomenclature, frame rate, line density, sector size, temporal and spatial resolution, and color-flow Doppler.

MPR

Acquisition & MPR

3D dataset acquisition, image optimization, multiplanar reformatting, live MPR demonstrations, automated valve analysis, and system-specific workflows.

VAL

Valve & Ventricular Imaging

Tricuspid, aortic and mitral valve anatomy, regurgitation and stenosis quantification, repair assessment, and right-ventricular volumetric and functional analysis.

Structural Heart Procedures

Transseptal puncture, MV and TV TEER, LAA occlusion, ASD/VSD closure, paravalvular leak closure, procedural planning and post-procedure assessment.

Course Directors

Learn from the official 2026 course leadership.

Harvard lists Feroze Mahmood and Shweta Yemul Golhar as Course Directors for the Boston 3D Echo Workshop.

Course Director

Feroze Mahmood, MD, FASE

Professor of Anesthesiology

Division Chief, Cardiac Anesthesia

Advanced perioperative echocardiography and structural heart imaging

Course Director

Shweta Yemul Golhar, MD, FASE, FACC

Clinical Instructor, Harvard Medical School

Director of Global Health Education and Curriculum Development

Cardiac anesthesia, critical care and echocardiography

Additional Course Faculty

Ruma Bose, MD Maurizio Bottiroli, MD Kendra Derry, MSc, MD, FRCPC Anastasia Katsiampoura, MD, PhD Vahid Kiarad, MD, MPH Christopher Kim, MD Sohail Mahboobi, MD, FASA Faraz Mahmood, MD Andrew Maslow, MD Mario Montealegre, MD Mark Robitaille, MD Sankalp Sehgal, MD Aidan Sharkey, MD

3-Day Curriculum

From acquisition and MPR to advanced valve and structural-heart imaging.

A concise day-by-day overview of the recorded 2026 workshop.

Day 1

Foundations, Acquisition & MPR

Physics of 3D imaging
Transducer design and terminology
Reconstructive 3D imaging
Frame rate, line density and sector size
Temporal and spatial resolution
Color-flow Doppler with 3D
Multiplanar reformatting
Image acquisition and optimization
Automated valve analysis
Philips, GE and Siemens systems

Day 2

Valves, RV & Mitral TEER

3D tricuspid valve assessment
TR and TS quantification
Post tricuspid repair/replacement
Right-ventricular quantification
Aortic stenosis and regurgitation
Mitral valve assessment
MR quantification and repair planning
Pre-op imaging for MV TEER
Transseptal puncture
Advanced valve-analysis demonstration

Day 3

TEER & Structural Heart Imaging

Post-MV TEER assessment
Challenging mitral cases
Pre-op 3D assessment for TRICLIP
Workflow for tricuspid TEER
Left atrial appendage occlusion
ASD and VSD closure
Paravalvular leak closure
Structural-heart case discussions
Expert panel interpretation
Procedural imaging guidance

Who should take this course?

Designed for clinicians involved in advanced cardiac ultrasound, perioperative echocardiography and image-guided structural heart procedures.

Cardiac Anesthesiologists Anesthesiologists Cardiologists Echocardiographers Interventional Cardiologists Structural Heart Specialists Cardiac Surgeons Critical Care Physicians Fellows Residents Sonographers TEE Clinicians

Course Package

Recorded educational access designed for flexible, self-paced review.

3 Days

Complete Workshop

Full program covering fundamentals, valves, MPR, TEER and structural-heart procedures.

40+

Sessions, Cases & Panels

Lectures, case presentations, discussions and advanced workshop content.

Recorded

On-Demand Learning

Review the available workshop presentations according to your own schedule.

∞

Lifetime Access

Return to the available course materials whenever you need a refresher.

Frequently Asked Questions

Before you download.

Clear answers to common buyer questions.

Is this a live course?

No. This product contains recorded, on-demand educational materials for independent study.

Does the course cover multiplanar reconstruction?

Yes. Multiplanar reformatting is a central part of the program, including introductory principles, case-based application, live MPR demonstrations, and advanced valve-analysis workflows.

Does the course cover structural heart procedures?

Yes. The curriculum includes imaging for mitral and tricuspid TEER, transseptal puncture, left atrial appendage occlusion, ASD/VSD closure, and percutaneous paravalvular leak closure.

What topics are included?

3D ultrasound physics, image formation, transducer design, terminology, image acquisition, optimization, multiplanar reformatting, valve analysis, RV assessment, TEER, transseptal puncture, LAA occlusion, ASD/VSD closure, and paravalvular leak imaging.

How will I receive access after purchase?

Access instructions are provided after your order is completed so you can begin reviewing the available course materials right away.

Does course access expire?

No. The available course materials are provided with lifetime access.

Does this recorded package include CME/CE credit or a certificate?

No. The recorded package offered here does not include CME/CE credit or an official certificate.

Important: This product provides recorded, on-demand educational materials and is not registration for the original live event. No CME/CE credit or official certificate is included with this recorded package.

RECORDED COURSE COMPLETE 3-DAY PROGRAM INSTANT ACCESS LIFETIME ACCESS

3D ECHOCARDIOGRAPHY • STRUCTURAL HEART • 2026

Sharpen your 3D echo interpretation and procedural imaging skills.

Review image acquisition, multiplanar reformatting, valve quantification, right-ventricular assessment, TEER, transseptal puncture and structural-heart imaging workflows — at your own pace.

DOWNLOAD COURSE NOW RECORDED COURSE • 3-DAY PROGRAM • 40+ SESSIONS • INSTANT ACCESS • LIFETIME ACCESS

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Harvard Boston 3D Echo Workshop 2026

Description

Boston 3D Echo Workshop 2026