SCCT The Cardio AI Imaging CT Course in the UAE – Level 1 2026 (Videos)

Master Cardiovascular CT Imaging, Coronary CTA, Cardiac AI & SCCT Level 1 Fundamentals

Build a strong foundation in Cardiovascular Computed Tomography (CCT) with the SCCT The Cardio AI Imaging CT Course in the UAE – Level 1 2026, a comprehensive educational program developed by the Society of Cardiovascular Computed Tomography (SCCT). This intensive Level 1 course introduces healthcare professionals to the essential principles of cardiac CT while incorporating the latest Artificial Intelligence (AI) technologies that are transforming cardiovascular imaging.

Held June 27–28, 2026, this specialized UAE edition combines expert-led lectures with practical workstation training, providing participants with the knowledge and hands-on experience necessary to begin their journey toward SCCT Level 1 competency. The curriculum covers cardiac CT physics, scanner technology, coronary CT angiography (CCTA), cardiac anatomy, patient preparation, radiation safety, image interpretation, coronary artery disease assessment, and AI-assisted cardiac imaging workflows.

Whether preparing for SCCT Level 1 verification or expanding expertise in cardiovascular imaging, this course delivers practical, evidence-based education that can be immediately applied in clinical practice.

Product Details

• Course: SCCT The Cardio AI Imaging CT Course in the UAE – Level 1 2026
• Provider: Society of Cardiovascular Computed Tomography (SCCT)
• Course Dates: June 27–28, 2026
• Location: United Arab Emirates (UAE)
• Format: Videos
• Language: English
• Educational Level: Beginner to Intermediate (SCCT Level 1)
• Learning Format: Expert Lectures, Interactive Workstation Demonstrations, Hands-on Case Reviews

Course Overview

Cardiovascular CT has become an essential imaging modality for the diagnosis and management of coronary artery disease, structural heart disease, congenital cardiac anomalies, and numerous cardiovascular conditions. Simultaneously, Artificial Intelligence is revolutionizing cardiac imaging by improving image reconstruction, plaque quantification, calcium scoring, workflow automation, and functional assessment.

The SCCT Cardio AI Imaging CT Course – UAE Level 1 2026 provides a structured introduction to contemporary cardiovascular CT while integrating modern AI technologies into routine imaging practice. Faculty guide participants through scanner physics, acquisition protocols, patient preparation, coronary anatomy, image interpretation, CAD-RADS reporting, artifact recognition, and AI-assisted post-processing.

The program emphasizes practical interpretation skills while preparing learners to pursue SCCT Level 1 verification.

What You’ll Learn

After completing this course, participants will be able to:

• Understand the physical principles and technical foundations of cardiovascular CT imaging.
• Apply standard patient preparation and scan acquisition protocols for coronary CT angiography (CCTA).
• Identify normal coronary anatomy, cardiac structures, congenital anomalies, and common anatomic variants.
• Interpret coronary CT findings using standardized reporting systems such as CAD-RADS.
• Recognize common CT imaging artifacts and implement strategies to optimize image quality.
• Utilize emerging Artificial Intelligence (AI) applications including automated calcium scoring, plaque analysis, and CT-derived Fractional Flow Reserve (FFR-CT).
• Complete the foundational educational requirements supporting SCCT Level 1 training.

Comprehensive Topics Covered

Cardiovascular Computed Tomography (CCT)

Develop a strong foundation in cardiac CT imaging.

Topics include:

• Cardiovascular CT
• Cardiac CT
• Coronary CT Angiography (CCTA)
• Cardiac imaging
• Multidetector CT
• Scanner technology
• Image acquisition

Faculty explain the technical principles required for high-quality cardiac CT studies.

CT Physics & Scanner Technology

Understand modern CT systems.

Topics include:

• CT physics
• Detector technology
• Scanner hardware
• Temporal resolution
• Spatial resolution
• Image reconstruction
• Radiation physics

Patient Preparation & Scan Protocols

Optimize image quality and patient safety.

Topics include:

• ECG gating
• Heart rate control
• Beta-blocker protocols
• Contrast administration
• Patient preparation
• Scan optimization
• Radiation dose reduction

Cardiac & Coronary Anatomy

Master cardiovascular anatomy for CT interpretation.

Topics include:

• Coronary arteries
• Cardiac chambers
• Cardiac valves
• Great vessels
• Coronary variants
• Congenital anomalies
• Cardiac anatomy

Coronary Artery Disease Assessment

Interpret coronary CT examinations confidently.

Topics include:

• Coronary artery disease (CAD)
• Coronary stenosis
• Plaque characterization
• CAD-RADS
• Plaque morphology
• Coronary calcium
• Risk assessment

CT Artifacts & Image Optimization

Improve diagnostic image quality.

Topics include:

• Motion artifacts
• Beam hardening
• Calcium blooming
• Image noise
• Artifact reduction
• Technical troubleshooting
• Image optimization

Artificial Intelligence in Cardiac Imaging

Explore the future of cardiovascular imaging.

Topics include:

• Artificial Intelligence (AI)
• Machine Learning
• Deep learning
• AI-assisted image analysis
• Automated segmentation
• Workflow optimization
• Clinical decision support

Coronary Calcium Scoring

Improve cardiovascular risk assessment.

Topics include:

• Coronary calcium scoring
• Agatston score
• Coronary calcification
• Cardiovascular risk prediction
• Preventive cardiology
• AI-assisted calcium scoring
• Risk stratification

CT Plaque Quantification

Learn advanced plaque assessment.

Topics include:

• Plaque analysis
• Vulnerable plaque
• Plaque burden
• Quantitative imaging
• Automated plaque measurement
• AI-based plaque analysis
• Coronary atherosclerosis

CT-Derived Fractional Flow Reserve (FFR-CT)

Understand functional coronary assessment.

Topics include:

• Fractional Flow Reserve CT (FFR-CT)
• Functional imaging
• Coronary physiology
• Ischemia assessment
• Non-invasive functional testing
• AI-assisted FFR
• Clinical decision-making

SCCT Level 1 Certification

Prepare for foundational competency.

Topics include:

• SCCT Level 1 curriculum
• Case interpretation
• Workstation training
• Clinical competency
• Cardiac CT education
• Structured reporting
• Certification preparation

Learning Objectives

Upon completion of this educational activity, participants will be able to:

• Understand the physical principles, scanner technology, and technical requirements for high-quality cardiovascular CT imaging.
• Apply standardized patient preparation protocols, including ECG gating, heart rate control, and contrast administration.
• Identify normal cardiac anatomy, coronary artery anatomy, congenital anomalies, and common anatomical variants.
• Evaluate coronary artery disease using CAD-RADS classification while assessing plaque morphology and stenosis severity.
• Recognize and troubleshoot common CT artifacts including motion artifacts, beam hardening, and calcium blooming.
• Utilize Artificial Intelligence and Machine Learning tools for automated calcium scoring, plaque quantification, and CT-derived Fractional Flow Reserve (FFR-CT).
• Complete the foundational didactic and practical training required to pursue SCCT Level 1 verification.

Educational Highlights

• Cardiovascular CT
• Coronary CT Angiography (CCTA)
• Cardiac CT
• Cardiac Imaging
• Artificial Intelligence
• Machine Learning
• Coronary Artery Disease
• CAD-RADS
• Coronary Calcium Scoring
• Plaque Quantification
• FFR-CT
• ECG Gating
• Radiation Safety
• Cardiac Anatomy
• Coronary Anatomy
• Structural Heart Imaging
• Image Interpretation
• Cardiovascular Imaging
• SCCT Level 1
• Continuing Medical Education (CME)

Why This Course Stands Out

The SCCT The Cardio AI Imaging CT Course in the UAE – Level 1 2026 combines the internationally recognized SCCT cardiovascular CT curriculum with emerging Artificial Intelligence technologies that are reshaping modern cardiac imaging. Unlike traditional introductory CT courses, this program integrates foundational imaging principles with AI-assisted workflow optimization, automated plaque analysis, calcium scoring, and CT-derived functional assessment. Through expert instruction and practical workstation demonstrations, participants gain the confidence needed to begin interpreting cardiac CT studies while preparing for future SCCT certification.

Target Audience

This educational activity is ideal for:

• Cardiologists
• Radiologists
• Interventional Cardiologists
• Structural Heart Specialists
• Cardiovascular Imaging Specialists
• Cardiovascular Imaging Informaticists
• Cardiology Fellows
• Radiology Residents
• Cardiovascular Imaging Fellows
• Internal Medicine Physicians with an interest in Cardiac Imaging
• Healthcare Professionals pursuing SCCT Level 1 competency

Why Choose This Course?

Whether you are beginning your training in cardiovascular CT or expanding your expertise in advanced cardiac imaging, the SCCT The Cardio AI Imaging CT Course in the UAE – Level 1 2026 provides one of the most comprehensive introductions available. Combining expert-led instruction, practical case-based learning, modern AI applications, standardized reporting systems, and hands-on workstation education, this course equips clinicians with the foundational knowledge and technical skills necessary to confidently perform, interpret, and integrate cardiovascular CT into contemporary clinical practice.

Topics

• Module 1: Foundations of Cardiac CT Physics of CT scanners, principles of temporal and spatial resolution, detector array technologies, radiation physics, and comprehensive radiation dose-reduction strategies.

• Module 2: Patient Preparation & Scan Acquisition ECG gating techniques (prospective triggering vs. retrospective gating), heart rate and rhythm control management, indications and contraindications for beta-blockers and nitroglycerin, contrast injection protocols, and timing techniques (bolus tracking vs. test bolus).

• Module 3: Cardiac & Coronary Anatomy Detailed cross-sectional anatomy of the heart, normal coronary artery origins and courses, coronary dominance, and identification of significant and malignant coronary anomalies.

• Module 4: Artificial Intelligence in Cardiovascular Imaging Core principles of AI and Machine Learning in CT, deep-learning based image reconstruction (DLIR), AI-driven automated Agatston calcium scoring, automated coronary tree extraction, AI plaque characterization/quantification, and the clinical principles of CT-derived Fractional Flow Reserve (FFR-CT).

• Module 5: Coronary Artery Disease Interpretation Pathophysiology of atherosclerosis on CT, grading of coronary stenosis, structured reporting using the CAD-RADS 2.0 system, and the basic evaluation of coronary stents and bypass grafts.

• Module 6: Non-Coronary and Structural Heart CT Evaluation of cardiac morphology, basic valvular assessment, CT planning for Transcatheter Aortic Valve Replacement (TAVR/TAVI), pulmonary vein mapping for electrophysiology procedures, and the identification of cardiac masses and thrombi.

• Module 7: Artifact Recognition and Troubleshooting Identification, prevention, and software-correction of motion artifacts, breathing artifacts, arrhythmias, beam hardening, and calcium blooming.

• Module 8: Hands-on Workstation Training Supervised, interactive case reviews using advanced post-processing software and AI-integrated platforms. Trainees will review a curated set of standard cases covering normal anatomy, varied CAD pathologies, and artifact management to fulfill SCCT Level 1 initial case requirements.