MEET OUR RESEARCHERS
Meet Zhaoyao, a PhD fellow at the Norwegian Geotechnical Institute, driving innovation in offshore foundation engineering through the “MONODYN” project within FRONTIErS MSCA DN. With a background in offshore foundations from the Ocean University of China, Zhaoyao is developing a groundbreaking CPT-based model for large-diameter monopiles, integrating dynamic analysis and scour effects. He is motivated by FRONTIErS’ mobility and industry exposure and emphasises the collaborative strength in diverse research topics. Zhaoyao encourages resilience in the face of rejection, highlighting the transformative potential of programs like FRONTIErS in advancing renewable energy solutions.
Can you provide a brief introduction of yourself and your project within the FRONTIErS DN?
I previously graduated from Ocean University of China focusing on offshore foundations, and my research topics include pile-soil interaction, local scour and soil improvement around pile foundations. Now I am a PhD fellow at the Norwegian Geotechnical Institute (NGI) in Oslo, working on a project named “MONODYN” within the FRONTIErS MSCA DN. The project will develop a CPT-based multi-spring model for analysing the monotonic response of large-diameter monopiles and extend it for dynamic analysis incorporating scour effects.
What motivated you to apply to FRONTIErS DN?
I was attracted by the valuable opportunities it can provide. Thanks to its mobility and flexibility, I can be exposed to advanced research institutions and major industry partners in the offshore wind sector. Also, I can get skills which are helpful for my career through well-designed training systems.
What drives your passion for the work you have done so far and the work you will do within FRONTIErS?
I think interest plays an important role. It is always exciting to find solutions for a practical engineering. This project aims to tackle emerging challenges in offshore foundation engineering, and I always look forward to it.