The Rosanna Degani Young Investigator Award

1 – About the Programme

1.0 – What’s it all about?

This award is designed to encourage young investigators to present their work at CinC and to have it discussed with experts. It’s a unique gate to the international scientific community of CinC. You can find below the definition of a young investigator, requirements for the proof of eligibility, details of the review process that leads to the selection of the 4 finalists, and finally to the one and only winner. Also, all the steps to enter the YIA competition are listed in the detailed information set out below.

Of most importance is the requirement to submit a full paper (4 pages) by the time of the abstract deadline (together with an abstract and proof of eligibility) and to attend CinC with a senior co-author. As an incentive to participate in the competition, every eligible scientist who enters for the YIA competition will obtain a 50% reduction in the CinC conference fee.

Four YIA finalists are chosen and invited to present their research at the opening plenary session. The four finalists receive a 100% reduction in the CinC conference fee.* Four semi-finalists are also chosen and their papers will be presented in relevant sessions during the conference. In addition to the eminent honour of being a finalist or semi-finalist in the CinC YIA competition, each finalist will receive a prize of US$750 and the four semi-finalists, each US$250 at the closing plenary session. The overall YIA winner will also receive a commemorative plaque and an additional cheque for US$500.

1.1 – Rosanna Degani

Rosanna Degani was a pioneer in the field of electrocardiography from the Institute of System Dynamics and Bioengineering in Padua, Italy, and Chair of the Organizing Committee of the 18th Computers in Cardiology Conference held in Venice, 1991. Her tragic illness and premature death occurred shortly after the Venice meeting. While her professional and scientific value is still evidenced by her papers, many of which appear in the annals of CinC, the memory of her human qualities is reserved for those who had the privilege of meeting her. The YIA is also a tribute to these qualities.

1.2 – The Annual YIA Competition

After the 1991 Computers in Cardiology meeting, the Local Organizing Committee proposed the establishment of a Young Investigator Award to be named after Rosanna Degani, the late Chair of the Committee. The decision to establish the Award was made by the CinC Board of Directors in Durham, NC during Computers in Cardiology 1992. The first Award was made at CinC 1993, in London. The program was initially largely funded for ten years by the Venice Organising Committee, but monies were subsequently obtained to continue the award.

1.3 – The Aim of the Programme

The programme is designed to encourage young investigators to present their work and to have it discussed by the audience. It is also the intention to give young investigators an opportunity to enter the international scientific community through the main gate! The program also serves to encourage conference attendance of students and young researchers by offering all entrants who conform to the regulations a reduced registration fee (see 3.7).

1.4 – Participants

The number of submissions has been steadily increasing and is now of the order of 25 per annum. The competition is therefore tough, but the odds are clearly not insurmountable! Someone has to win this prestigious award.

1.5 – Winners of the Rosanna Degani Young Investigator Award

2023 Johann Vargas-Calixto
McGill University 
Prediction of Hypoxic-Ischemic Encephalopathy Using Events in Fetal Heart Rate and Uterine Pressure
2022 Marion Taconné
LTSI – University of Rennes 
Model-based and Unsupervised Machine-learning Approaches for the Characterization of Responder Profiles for Cardiac Resynchronization
2021 Francesca Margara
University of Oxford
Mavacamten Efficacy in Mutation-specific Hypertrophic Cardiomyopathy: an In-silico Approach to Inform Precision Medicine
2020 Wilson Good
The SCI Institute
Quantifying the Spatiotemporal Influence of Acute Myocardial Ischemia on Volumetric Conduction Speed
2019 Steffen Schuler (Joint 1st Place)
Karlsruhe Institute of Technology
 Delay-Based Regularization for ECG Imaging of Transmembrane Voltages
2019 Yingjing Feng (Joint 1st Place)
LIRYC – University of Bordeaux
 Noninvasive One-Year Ablation Outcome Prediction for Paroxysmal Atrial Fibrillation Using Trajectories of Activation from Body Surface Potential Maps
2018 Ana María Sánchez de la Nava
Hospital GU Gregorio Marañón, Madrid
In-silico Safety Pharmacology on Intersubject Variability Population of Models: A Regression Model Approach
2017 Alessandro Masci
University of Bologna
Development of a Computational Fluid Dynamics Model of the Left Atrium in Atrial Fibrillation on a Patient Specific Basis
2016 Axel Loewe
University of Karlsruhe

Left Atrial Hypertrophy Increases P‐Wave Terminal Force Through Amplitude but not Duration

2015 Aurore Lyon
University of Oxford
Extraction of Morphological QRS-based Biomarkers in Hypertrophic Cardiomyopathy for Risk Stratification using L1 Regularized Logic Regression 
2014 Matthijs Cluitmans
Maastricht University
Physiology-based Regularization Improves Noninvasive Reconstruction and Localization of Cardiac Electrical Activity
2013 Julia Ramírez
Universidad de Zaragoza
Prediction of Sudden Cardiac Death in Chronic Heart Failure Patients by Analysis of Restitution Dispersion
2012 Emilie Bollache
INSERM U678 Paris
Automated Evaluation of Aortic Valve Stenosis from Phase-Contrast Magnetic Resonance Data
2011 Frida Sandberg
University of Lund
Model-Based Analysis of the Ventricular Response during Atrial Fibrillation
2010 Giacomo Tarroni
University of Bologna
MRI-Based Quantification of Myocardial Perfusion at Rest and Stress using Automated Frame-by-Frame Segmentation and Non-Rigid Registration
2009 Kun Wang
Newcastle University
A Comparison of 2D and 3D Edge Detectors in Semi Automated Measurements of Chamber Volumes Using 3D Echocardiographic Laboratory Phantom Images
2008 Emiliano Votta
Politecnico di Milano
From Real-Time 3D Echocardiography to Mitral Valve Finite Element Analysis: A Novel Modeling Approach
2007 Francesco Maffessanti
Politecnico di Milano
Development of a Method for Left Ventricular Shape Evaluation Based on Surfaces Obtained by Real-Time 3D Echocardiographic Images
2006 Simona Petrutiu
Northwestern University
Manifestation of Left Atrial Events in the Surface Electrocardiogram during Atrial Fibrillation
2005 Gil Zwirn
Tel Aviv University
Adaptive Attenuation Correction in Contrast Echo
2004 Xin Zhang
University of Minnesota
3-Dimensional Activation Sequence Reconstruction from Body Surface Maps
2003 Cristiana Corsi
University of Bologna
Automated Quantification of the Effects of Low Body Negative Pressure on Left Ventricular Function during Parabolic Flight
2002 Enrico G. Caiani
Politecnico di Milano
Automated Quantification of Regional Myocardial Perfusion by Analysis of Contrast-Enhanced Echocardiographic Images
2001 Diego di Bernardo
Newcastle University
Computer Modeling of Cardiac Repolarisation for the Analysis of the Electrocardiogram
2000 Eran Toledo
Tel Aviv University
Evolution of Compensatory Cardiovascular Control Mechanisms in Heart Transplant Subjects
1999 Ezana Azene
Tulane University
Wavefront-Obstacle Interactions: a Computational Study
1998 Michael Hilton
Birmingham Heartlands Hospital
A New Application For Heart Rate Variability: Diagnosing the Sleep Apnoea Syndrome
1997 Wenguang Li
Erasmus University
Quantification of Blood Volume Flow by Decorrelation Analysis of Radio-Frequency Intravascular Echo Signals
1996 Stephanie Caswell
University of Michigan
Separation of Ventricular Tachycardia from Ventricular Fibrillation Using Paired Unipolar Electrocardiograms
1995 Neil L. Greenberg
Cleveland Clinic Foundation
Noninvasive Assessment of Diastolic Intraventricular Pressure Gradients using Color Doppler M-mode Echocardiography
1994 Eugene Seneta
University of Technology, Sydney
Optimizing Defibrillation Electrodes: Automating the Search for Better Configurations
1993 David Bloem
Illinois Institute of Technology
Use of a Microprocessor-based Pacemaker to Control an Implantable Drug Delivery System

2 – Eligibility

2.1 – Definition of a Young Investigator

There is a great deal of variability in the training curricula of young investigators in different countries and there is also a difference between the training of physicians and engineers. It is therefore necessary to adhere to the spirit of the programme rather than to state precise rules. First of all, there is an explicit age limit of 36 years at the time of submission. Faculty members are not eligible. For scientists other than MDs, the ideal candidate is a Ph.D. student or a recent graduate who submits his/her doctoral work. Post-docs (on grant or scholarship or soft money) are eligible as long as they work under the scientific guidance of a supervisor. A young investigator in training is not supposed to have his/her own research funds as a general rule nor to lead a research team. For MDs, the ideal candidate is an intern or resident physician or a research fellow not yet board certified in a specialty. European MDs are expected to be in post-graduate specialty training or, where applicable, to be a post-specialty research student. Physicians holding a hospital position or engaged in private practice do not qualify.

2.2 – Proof of Eligibility

A statement is required from your supervisor or from the head of your department. The statement should indicate (a) that the applicant meets the eligibility criteria: (a.1) age limit of 36 years, (a.2) not a faculty member, (a.3) works under the guidance of a supervisor, (a.4) has no independent research funds; (b) the applicant’s contribution to the work, particularly if the paper has multiple authors, and (c) supervisor’s commitment to attend the conference. The statement should be generated on your departmental stationery and include a signature from your supervisor or Head of Department.  Proof of eligibility is mandatory and submissions without a proof of eligibility will not be considered.

2.3 – Submission in Successive Years

If you have previously submitted a paper for the YIA competition, but did not win, it is allowable to resubmit an updated paper or a paper on a different topic. Often the work presented is in progress, and may benefit from further data collection or in general from further maturation.

2.4 – Submission of Work That Is Part of a Team Effort

It is allowable to submit work which is undertaken as part of a team. If your paper is co-authored by colleagues other than your supervisor, you should indicate on the eligibility form (see 2.2) which part of the work was performed by you and which part was performed by the others. If much of the groundwork was prepared by a colleague, perhaps an earlier student in the same lab, this should also be indicated. For example, the statement should delineate which tools or software were designed by you, as opposed to the tools or software that were provided by the team and used by you in your research. Please note that this will not necessarily devalue your work. The selection committee is well aware that certain areas of activity require a team effort and cannot reasonably be accomplished by an individual.

3 – Entering the YIA Competition

3.1 – First Steps

Apply for a visa if you will need one to attend CinC. Don’t put off this crucial step! If you wait until you have been notified that your paper has been accepted, you may not have enough time to get a visa if you need one.

Ask your supervisor or department head to prepare and sign your eligibility statement. (See 2.2 above.)

Advance notice of a submission is not necessary, and indeed is troublesome when a paper does not follow as has sometimes been the case in the past. The organiser is then left wondering if a paper has been lost!!

Consult the Call for Papers for this year’s CinC conference to verify the abstract deadline (main webpage), this year April 15. The deadline may be moved by a few days if it coincides with another major conference.

Submitting a properly formatted abstract or paper is easy and usually trouble-free, but don’t risk missing the deadline because of unfamiliarity with the formatting requirements or the submission process. Since you may revise your submissions at any time before the abstract deadline, test the process by submitting early drafts of your conference program abstract and of your full paper (see 3.3 below) to avoid last-minute surprises.

3.2 – Required Elements for a YIA Submission


Your submission is not complete without the eligibility statement described above (see 2.2 and 2.4) from your supervisor. It should be printed on the official letterhead of your institution and must be submitted together with your conference program abstract and your full paper.


In order to allow electronic processing, the abstract to be printed in the conference program must be submitted via the CinC abstract and paper collection site according to a predefined format. For details, see these instructions for preparing and submitting CinC abstracts.


YIA applicants must submit a full paper in the same format as required for the conference proceedings. This includes a short abstract (see 3.4). For details, see these instructions for preparing and submitting CinC papers.

3.3 – Submit All THREE Required Elements Before the Abstract Deadline

It is necessary to submit a full paper including a short summary/abstract at the beginning (for publication in the CinC proceedings), and in addition to submit a separate (usually longer) abstract (for publication in the conference program book distributed to attendees). The conference program abstract should meet the rules for the normal abstract submission and is different from the short su