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Episode #1: Safya Elsharkawy

From Egypt to Krakow. Chasing hydrogen, finding purpose: the inspiring journey of Safya Elsharkawy, Poland’s Top International PhD Student in 2025! 

This story sets the tone in the international scientific community: passionate, purposeful, and pioneering.

Area of expertise: electrochemical analysis, cyclic voltammetry, electrodeposition, surface electrochemistry, electrocatalysis, sustainable energy materials 

Release date: 29 May 2025

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Urszula Kubiczek: What brought you to AGH University and to Poland?

Safya Elsharkawy: First of all, I want to thank you for giving space to international students like me to share our stories. I came to Poland to pursue doctoral studies at the AGH University of Krakow, at the Faculty of Non-Ferrous Metals. The opportunity came through a scholarship and I was very motivated by the quality of scientific research here, especially in materials science and sustainable energy. It was a leap of faith, moving far from home, but one that has brought so many opportunities and growth. I like to say that it all started by faith. A professor in Hungary mentioned that there had been a position here in Krakow, so I contacted my current supervisor at AGH University. Soon enough, I realised that this university was one of the best in Poland for science and technology.

The more I learnt about Poland, the more I admired the country — safe, beautiful, and increasingly known for its strong academic reputation. I like to say that AGH University chose me.

Also, winning Poland's Best International Student award came as a complete surprise — I hadn’t planned to apply for it and didn’t even know about it at first. But looking back, every step, every effort has led me here. My supervisor mentioned the Interstudent competition, and although I submitted the application very last minute, I received the award. I believe hard work and a little luck made this happen — but luck only finds those who keep pushing forward.

How would you describe your academic journey so far?

I am originally from Egypt, where I did a Master’s degree in Organic and Physical Chemistry at Tanta University. After that, I decided to pursue a PhD degree abroad to experience a new culture, broaden my horizons, and work in a new research environment. Now, at AGH University, I specialise in materials engineering. My work focusses on electrocatalysis and advanced materials for hydrogen production — topics that are critical to the future of clean energy. I also lead research initiatives like my IDUB-funded project on magnetic field-assisted electrodeposition of nickel alloys for water splitting. Essentially, I use a technique called electrochemical deposition — think of it as electroplating, but on a nanoscale — to create materials that can efficiently produce hydrogen, a green energy source that could help solve the energy crisis of today. Over these three years of doctoral studies at AGH University, I have published ten papers in journals such as Materials Today and the International Journal of Hydrogen Energy.

That is an impressive portfolio! What is it like to contribute to such a global scientific conversation?

It is very empowering. Being part of the international research community means that you are constantly learning, not just within your field, but from people of different cultures and disciplines. I have presented at conferences in Poland and abroad, and I am a corresponding author on a collaborative article with Egyptian students published in Materials Today. Mentoring others, especially students from Egypt, is something I am passionate about. I even co-founded the URS Mentorship Program to help young researchers build confidence and networks.

Can you describe your research in a single sentence for a broader audience?

Yes, I develop advanced materials that help produce clean hydrogen from water using eco-friendly and cost-effective methods.

What real-world problems does your research address?

We are in the middle of a global energy crisis. Hydrogen is one of the most promising clean fuels, but current production methods are based on expensive metals, such as platinum. My research aims to replace these with affordable and abundant alternatives such as nickel or iron, helping make green hydrogen production scalable and accessible.

What has your experience been like as an international student at AGH University?

Academically, it has been excellent. The structure allows you to personalise your course schedule and encourages hands-on learning and presentations. Research-wise, I have the freedom to work as needed, even late into the night. Socially, it has been a learning journey. International students often come here looking for a second family. You meet people from all over the world, with different backgrounds and attitudes.
That diversity can be enriching, but also challenging. You need to find the right community, stay focused, and surround yourself with people who lift you up.

What is something people would be surprised to learn about studying in Poland?

Honestly, you can find balance. You have space for your studies, but also time for your private life. And the international student community is very active — it can feel like a second home if you find the right people.

What were some of the biggest challenges you faced and how did you overcome them?

Probably how much I have grown, both personally and professionally. When I arrived here, I didn’t know what to expect. But I found a community, challenges that pushed me, and mentors who believed in me. I also learnt to navigate cultural differences with curiosity, not fear. That’s the beauty of international education: you realise how much we all have in common. Also, when you face struggles and overcome them on your own, you grow. Work-wise, I am stubborn — I never give up easily. If something fails in the lab, I try again and again. But the real challenge was to adapt to life, culture, and people.

How has studying at AGH University shaped your future career?

It gave me a platform to prove myself and grow. At big-name universities, students can sometimes get lost in the crowd. Here, I have had opportunities to publish, to be supported, to be recognised. The staff, scholarships, and environment helped me focus and succeed. I am not sure what is next — maybe a postdoc abroad — but I know AGH University has helped open those doors.

What would convince you to stay in Krakow or Poland after graduation?

I usually let things choose me. If an opportunity that feels right arises, I will go for it. I have learnt that the best paths are often not planned.

What advice do you have for future international students who want to start their educational journey at AGH University?

Don’t wait to feel ‘ready’. Take the first step, and you will grow along the way. Learn the language if you can — it helps so much. Challenges are temporary. Be patient, be humble, and don’t let others discourage you. Don’t wait for external motivation, create it yourself. And remember, success does not last forever – you have to keep working to stay there. Focus on the present, because if you dwell on the past or worry too much about the future, you will miss the now.

"Focus on the present, follow your dreams, and never let the fear of failure stop you — because even when you are far from home, you can still create a future beyond your imagination".

Thank you very much.

Thank you so much, in my native language Shukran (شكراً).

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Who is Safya?

Safya Elsharkawy, a doctoral student at the Faculty of Non-Ferrous Metals at the AGH University of Krakow, has been recognised as Poland's Best International Student in the Doctoral Studies category of the prestigious Interstudent 2025 competition. Her remarkable scientific achievements in electrocatalysis and sustainable hydrogen production, along with her unwavering dedication to supporting international students, make her a true ambassador of global education and intercultural understanding.

Beyond her research, Safya actively supports international students, embodying the spirit of global education and intercultural dialogue. In this exclusive interview, she shares her journey from Egypt to Poland, insights into her research, the challenges she faced, her motivations, and advice for future international scholars.


Keywords:

  • engineering & technology
  • metallurgical & materials engineering
  • clean hydrogen production
  • electrocatalysis
  • materials science
  • sustainable energy
  • nanomaterials

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