Head of Onshore Wind Research Projects for ENGIE Research & Innovation
You coordinate a range of onshore wind projects for ENGIE Research & Innovation. What is your average day like?
My role involves defining and implementing our research strategy in onshore wind. We strive to find solutions to today’s challenges as well as those that have yet to arise but will soon be crucial for the energy industry. For instance, besides working on maximizing the energy produced by wind turbines, we also aim to increase the value of this energy – meaning, the ability to produce when the electrical grid needs it most.
Each year, we propose research topics to ENGIE Research & Innovation and to the team in charge of renewable activities. Currently, we're working on 25 projects, such as blade recycling and wind farm aerodynamics. We're dedicated to being close to operations so that our research can be useful to them.
What will the wind turbines of the future look like?
Visually, they'll look like today's turbines, but they'll continue to increase in size. More importantly, they'll be operated much more dynamically, based on equipment fatigue and damage, as well as real-time electricity needs.
You seem passionate about the subject...
Absolutely! I decided early on in my engineering studies that wind power would be my specialty. It allows me to combine my passion for aerodynamics with my desire to work in renewable energy and ecology.
What qualities does your job require?
A deep understanding of the sector, a love for learning and collaboration, the ability to listen and comprehend issues on the ground... My job also requires imagination. Also, it's important to know how to manage numerous and diverse projects without losing sight of the big picture. I love bridging the gap between ENGIE Research & Innovation, operational entities, and partners.
Your motto?
"Nothing in life is to be feared, it is only to be understood," Marie Curie. This quote applies everywhere, whether in science or in human interactions.