Sapienza University of Rome

Overview

The PhD in Digital Cardiovascular Medicine, Pathology, and Cutting-Edge Therapeutics at Sapienza University of Rome aims to cultivate researchers capable of transforming data-driven methodologies into practical cardiovascular diagnostics and therapies. This program merges advanced cardiovascular research with artificial intelligence, imaging analytics, and tele-monitoring technologies.

What you'll study

The doctoral training integrates advanced courses with supervised research, culminating in a PhD thesis. The curriculum is designed to enhance methodological and technical skills essential for digital cardiovascular research.

• Advanced diagnostic methodologies for prevalent cardiovascular conditions, including coronary atherosclerosis, valvular disease, and arrhythmias.
• Machine learning applications in cardiovascular diagnosis and treatment, focusing on model development and evaluation.
• Tele-monitoring tools and techniques for effective patient follow-up and remote assessments.
• Quantitative cardiovascular imaging analysis, including assessments of coronary shear-stress, plaque burden, and the functional impacts of coronary stenoses.
• Predictive modeling of interventional outcomes to evaluate the effects of cardiovascular procedures.
• Advanced statistics and data analysis using tools such as SPSS and R.

Research component: Candidates will conduct original research under supervision, involving data collection, computational and analytical work, validation, and dissemination of findings through scientific outputs.

International experience: The consortium structure promotes research collaboration across partner campuses, requiring a minimum one-year stay at designated locations.

Entry requirements

Applicants must possess a Master’s degree (or equivalent recognized qualification) relevant to the program's research focus.

Selection process typically includes:

• Assessment of academic qualifications
• Submission and evaluation of a research proposal
• An oral interview

Career prospects

Graduates of this program are well-prepared for careers in academia, research institutions, healthcare organizations, and the pharmaceutical industry. They will have the skills necessary to contribute to the advancement of digital cardiovascular medicine and related fields, driving innovation in diagnostics and therapeutic approaches.