Main focus: Space and engineering
Twitter handle: @PoliEleonore
Languages: English, French, German
City: Cambridge, UK
Country: United Kingdom
Topics: music, space, material science engineering, sports
Services: Talk, Moderation, Workshop management, Consulting, Coaching, Interview
Willing to travel for an event.
Willing to talk for nonprofit.
Space and engineering
I am a PhD student in Materials and Metallurgy, as well as an amateur athlete, analogue astronaut, Global Shaper and amateur pianist. I was born in Switzerland from an international family, and would like to help reshape the world for the best. As an analogue astronaut, I aim to prepare the future of space exploration, as well as use the knowledge acquired to help life on Earth. I am also organising the first analogue space mission conference to bring analogue mission communities together. As a PhD student, I aim to contribute to science and engineering. As a Global Shaper, I aim to raise awareness on the impact of the clothing and fashion industry on climate change. As a musician and athlete, I seek balance and beauty. Sustainability, understanding and education are key features that I love working on.
Examples of previous talks / appearances:
On Lucy Cavendish Research day (University of Cambridge) in March 2020, I presented my research as a first year PhD student in materials and metallurgy. I had an audience with a varied background, mainly based on education, so I had to adapt my talk to make it understandable for my audience. I started by explaining that my research focussed on alloys that were just like superheroes: super strong, super tough, resistant to all kind of environments. But like all superheroes, my alloys needed a side-kick. My coatings are like side-kicks, they allow the superhero to go even further. However, they have flaws, and my research focussed on research these flaws, what they originate from and how to prevent them.This talk is in: English
During my MPhil in Materials & Metallurgy at the University of Cambridge, I presented my research on thermal barrier coatings for gas turbine. Thermal barrier coatings are materials that protect the base material of turbine blades by serving as a heat shield. However, the environment of turbines is full of contaminants, which can penetrate those porous thermal barrier coatings and damage the base material of the turbine, leading potentially to failure. My research was focussing on combining existing thermal barrier coatings with additions of titanium, which would serve as trap for those contaminants, reendering the thermal barrier coating corrosion resistant.
I presented my research at the Lucy Cavendish College Research day in March 2019 (University of Cambridge), for an audience of all backgrounds, so I had to reender it accessible to all. I then presented my research in a seminar at the department of Materials & Metallurgy of Cambridge.This talk is in: English
This short video was made for school students, to try and motivate them during corona, to follow their dreams. I explain shorty who I am, what my work is as an analogue astronaut and why one must pursue dreams.This talk is in: French