Pushing boundaries:
A researcher’s perspective - Anteneh

Halfway through the FRONTIErS project, significant progress has already been made despite a few challenges along the way. Our researchers have been deeply engaged in learning, networking, and making exciting research advancements. We had the opportunity to catch up with Antenah to hear about his journey so far – how he’s navigating the challenges, the milestones he’s achieved, and what he’s looking forward to in the project’s next phase.

You’re almost halfway through the program. How do you feel about your progress so far?

I feel that my progress has been good overall, though there have been some delays in the experimental work compared to the initial plan. Progress has been made with the completion of two lateral monotonic tests on a model monopile. In addition, I have completed all required coursework of my PhD study plan to date.

Has the project met your expectations? If so, how? If not, what has surprised you the most?

Definitely, the project has exceeded my expectations. The networking opportunities, guidance and insights from experienced professors in the area, specialized training, peer collaborations, and availability of learning resources have been exceptional.

Looking back at the past year, what stands out as the project’s most significant achievement or milestone? Were there any unexpected successes or breakthroughs?

A significant milestone has been the completion of setting up the experimental setup, which enabled the commencement of testing and progressing with the research.

As we progress through 2025, what are you most looking forward to in terms of the project’s next steps? Any major developments or goals on the horizon?

I am looking forward to the next phase of testing, where I will investigate the stiffness and strength change behaviour of monopiles under cyclic loading. Additionally, I am excited about the upcoming centrifuge testing at the University of Nottingham as part of my secondment. These are key steps toward achieving the project’s objectives.

What do you see as the biggest challenge for the project in 2025? How do you plan to navigate these challenges? Are there any opportunities that excite you as well?

The biggest challenge in 2025 will likely be extending the experimental setup for cyclic and multidirectional loading tests, as it requires manufacturing and modification of certain components. I plan to navigate these challenges by optimizing the setup process in collaboration with technicians. At the same time, I see opportunities to further analyze the experimental results and refine the research outcomes.

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