Thank you for that question.
I'm here as the dean of research to discuss all research at ETS. I didn't expect to have to answer a question about my own research work, but I'll be happy to give you an answer.
The purpose of my research project was to design non-contact electrocardiograms, ECGs, that would make it possible to conduct tests in hospital waiting rooms and to detect heart signal anomalies. We currently don't have enough equipment to conduct ECGs on all patients in hospitals. People undergo ECGs only when they present with disturbing signs. ECG signals help detect, in advance, diseases that can then be better treated in advance. So by using furniture that has integrated ECG sensors, we can prevent disease.
This kind of project involves scientists from several fields. We need the expertise of people from many different fields in order to solve society's real problems, which are complex. In this instance, we had engineers and a cardiologist. We also have to involve people trained in ethics and social acceptability, for example. If we want research projects that have an impact on and are accepted by society, we have to cover all these angles and involve experts from many fields.
In a context in which researchers devote a lot of time and energy to multidisciplinary research projects such as this, it's harder to demonstrate the impact of funding criteria on research excellence because that involves working with people from many different disciplines. It's already more complicated to introduce a research protocol.
Furthermore, since contributions are made by many researchers, when you look each researcher's assessment file, there's always a minor difference between researchers who are very much involved in multidisciplinary research activities and others. That's why we recommend that budgets be set aside for interdisciplinary research projects so we can compare apples to apples and oranges to oranges.