IRT Saint Exupéry pursues a series of portraits devoted to the men and women who best represent the institute: its researchers. Their high-level skills and wealth of experience contribute hugely to IRT Saint Exupéry’s performance and unique position, which is so crucial for its members and partners.
Can you tell us about your career so far?
I am an ISAE-ENSICA graduate, and I’ve always steered my way between industry and research. Digital optimization has been the common theme from the time I did an internship at Altran, then via the subject of my Cifre PhD thesis with Airbus and Cerfacs and until the present day. The idea is to design algorithms and software that improve aircraft performance. I had a taste of more basic research at Edinburgh University in civil engineering. I created my own company for a college project with the development of a software package, production management and customer relations, when the importance of the user became clear to me. The end of my PhD thesis coincided with the setting up of IRT Saint Exupéry’s MDA-MDO project, which I then joined.
Can you tell us more about the MDA-MDO project and your role?
We developed a software platform called SPIRO, whose mathematical core is the GEMS software, which can coordinate a complex process using optimization and coupling algorithms. This process is based on several different tools for simulating structures and aerodynamics developed separately. The ultimate goal is to revolutionize industrial design by combining computer science, math and business lines. Even though we’ve known since the 1990s that MDO can be applied to aeronautics, these algorithms are rarely used industrially because they do not factor in many constraints.
My role is to combine the needs of industrial design and applied mathematics. At this interface, I developed and designed the GEMS software, which is now used more widely at IRT Saint Exupéry, outside and beyond our borders. In addition, the strategy followed for its open source implementation allowed us to be associated with the European project Madeleine. I’ve just got back from the AIAA Aviation Forum, where we saw that GEMS was acknowledged as a major contributor to MDO methods applied to industry.
What results are expected by the project members?
We have written a dozen publications to consolidate our academic recognition and offer the visibility necessary to initiate new collaborations.
Our strategy is to distribute GEMS in open source so we can quickly advance and tap into the best algorithms from the world of research, which is keen on open source, a movement that has gained pace with the development of the cloud and AI. GEMS makes it possible to bridge the gap between industry and academia. For the former, it offers an open and reproducible interface for accessing algorithms to solve their industrial problems. For the latter, it means they can work with their algorithms while accessing representative problems. As for IRT Saint Exupéry, it is positioning itself to provide expertise and transfer in both directions.
What do you like at IRT Saint Exupéry?
There is an enormous wealth of sharing with experts from other disciplines. I provide my support to various projects in other IRT Saint Exupéry Domains, such as More Electrical Aircraft and Materials, which use GEMS. I assist other teams that use optimization and I co-supervise a PhD student with Airbus and ISAE-SUPAERO. I like the diversity of the practical problems that need to be solved.
Do you have a small story to share with us?
AIAA Aviation 2019 Forum:
MDA MDO project:
 Ecole Nationale Supérieure d’Ingénieurs de Constructions Aéronautiques.
 Cifre is an industrial research training agreement, i.e. a scheme for funding theses that helps firms recruit young PhD researchers.
 Centre Européen de Recherche et de Formation Avancée en Calcul Scientifique (Airbus/Cnes/EDF/Météo-France/Onera/Safran/Total/CNRS).
 Software Platform for Industrial and Research Optimization
 Aviation Forum organized in June (Dallas, USA) by AIAA, the American Institute of Aeronautics and Astronautics, an association of industrialists and research labs from around the world.