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Meet the winners of the inaugural Una Europa PhD Impact Competition

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We’re delighted to announce the winners of the first Una Europa PhD Impact Competition!

The Una Europa PhD Impact Competition aims to recognise and celebrate the impact, and potential impact, of research and researchers across the alliance. This year, we invited doctoral researchers in the area of Future Materials to tell us how their research practice impacts on society and contributes to the world.

We were thrilled to receive entries from across the alliance from researchers in a diversity of fields, from biomedical engineering to computer science to advanced chemistry, and more.

Meet the Winners and Highly Commended researchers below, and make sure to click through to read the winning case studies!

Winner | Ava Azadi Chegeni

Photo of Ava Azadi Chegeni
  • University: University College Dublin/An Coláiste Ollscoile Baile Átha Cliath.
  • Research topic: The development of magnesium-based implants for biomedical applications.

I am passionate about working at the forefront of science, developing innovative 3D-printed implants that naturally dissolve after healing. This research could simplify recovery for children with skull defects by reducing the need for extra surgeries. In the future, I would like to continue in this field and explore the topic further, particularly in advancing materials and techniques for safer, more effective Magnesium-based implants.

In my view, the University of the Future is a vibrant and collaborative environment where disciplines intersect and global partnerships thrive. It combines physical and digital spaces to enhance accessibility to groundbreaking research while prioritizing sustainability and inclusivity. This vision emphasises empowering students and researchers to make a positive impact on society through innovative solutions and diverse perspectives.

Winner | Víctor Zamora

Photo of Víctor Zamora
  • University: Universidad Complutense de Madrid.
  • Research topic: How to create tiny devices that can store and process information. My goal is to build artificial neurons that can be put together to build a new kind of computer.

I love probing nature's behaviour experimentally. Sometimes, I’m simply drawn to the beauty and intrigue of existence; other times, I am driven by a desire to enhance our lives.

As a lifelong enthusiast of energy, I have been fascinated by the idea of energy recovery and harvesting. How can we improve our methods for storing energy efficiently? Are there potential energy sources that we haven't yet harnessed? I am keen to explore these questions further through research.

To me, the University of the Future looks like a dynamic institution that seamlessly blends traditional knowledge - we shouldn’t forget what we already know - with cutting-edge expertise. Although leveraging new technologies and remote learning, it should also be a hub for in-person interaction, fostering critical thinking and constructive dialogue in an increasingly polarised world. By adapting rapidly and embracing both in-person and remote learning, the University of the Future can equip students with the skills and knowledge needed to thrive in a complex and ever-changing future.

Winner | Mariangela Rea

Photo of Mariangela Rea
  • University: Alma Mater Studiorum - Università di Bologna.
  • Research topic: 3D bioprinting, the realisation of tissue models based on biopolymers (synthesis and characterisation), and cell studies.

What most excites me about my research is the possibility of always learning new things, and the fact that my research project is multidisciplinary. Looking forward, I would like to go further with different hydrogel formulations for different tissue models. I’m interested in general in the use of biomaterials in the biomedical field, or materials that can help attain higher sustainability for our modern society.

As a doctoral researcher, I envision the University of the Future as an inclusive, flexible, and globally connected space that breaks down barriers between fields to enable rich, cross-disciplinary collaboration. In this university, advanced digital tools make it possible for students and researchers worldwide to connect, access resources, and work together in virtual labs and libraries. The University of the Future prioritises sustainability and encourages research that addresses real-world challenges. Ultimately, it shapes not only experts but also adaptable, socially responsible global citizens who can make a positive impact on society.

Highly commended | Askican Hacioglu

Photo of Askican Hacioglu
  • University: Helsingin yliopisto/Helsinfors universitet
  • Research topic: Specialising in polymer chemistry, I develop new smart materials for more efficient metal ion removal from water.

I thrive on developing new, functional and useful materials with an out-of-the-box vision. My research field enables me to do this, with potential impact across different areas. That is the most exciting part for me, personally.

In the future, I’d like to continue researching the synthesis and potential applications of these novel materials. Beyond metal ion removal, I plan to explore using these materials and their derivatives for drug delivery purposes.

I believe universities should be more accessible. In the University of the Future, all lectures should be publicly shared. Teaching hours would be spent more on practical knowledge transfer in this case, and institutions would become more research-oriented. Furthermore, to increase the impact of university research, urgent policies must address the 'publish or perish' culture. The number of low-quality publications and irresponsible publishers has skyrocketed recently. The University of the Future must counteract these trends. Potential measures could include decreasing the publication requirements on young researchers; setting a maximum number of publications per academic per year; or restricting collaboration with publishers known for unethical practices.

Highly commended | Sohini Mishra

Photo of Sohini Mishra
  • University: University College Dublin/An Coláiste Ollscoile Baile Átha Cliath.
  • Research topic: Structural engineering, with a unique focus on the unexplored realm of cold-formed steel and its revolutionary applications in modern methods of construction.

My current research is an exploration of how cold-formed steel structures perform under extreme loading scenarios – a blend of creativity and technical expertise aimed at enhancing safety and resilience in our built environment. What excites me most about my research is the potential to make a significant impact. The lack of design and numerical modelling guidance considering real-world restraint, loading, and boundary conditions is a challenge I'm driven to overcome. My evidence-based approach, combining physical testing and numerical simulations, aims to produce improved design guidance to promote cold-formed steel and modern methods of construction and their increased uptake in the construction sector, potentially mitigating the global housing crisis.

In the future, I aim to focus on developing effective optimisation techniques while actively contributing to digitalisation in structural engineering. I am also an aspiring industry professional; I’m eager to apply the research and other skills I’ve gained through my PhD to real-world projects.

It seems to me that the concept of the University of the Future, as exemplified by initiatives like Una Europa, aims to foster a vibrant and inclusive atmosphere. This environment will actively promote innovation, collaboration and holistic development, paving the way for transformative educational experiences.

Highly commended | Hongyu Xu

Photo of Hongyu Xu
  • University: Universidad Complutense de Madrid
  • Research topic: Developing a faster, more affordable and environmentally-friendly process for producing tiny cellulosic fibres (cellulose nanofibres).

Cellulose nanofibres have unique properties that enhance a wide range of products, bringing significant societal benefits. What excited me most about this is delving into the field of nanomaterials to discover innovations that can improve green technology. Optimising nanocellulose production processes not only enhances material properties, but also supports sustainable advancements in science and industry.

Look to the future, going into industry does appeal to me, particularly in the field of chemical engineering. I am interested in a career that focuses on designing, optimising and scaling up chemical processes in sectors like renewable energy, pharmaceuticals or sustainable materials.

The University of the Future, in my opinion, is an open and cooperative environment where researchers may easily exchange information, resources and data across national and disciplinary borders. It combines data science, green technology, and advanced digital platforms to address global issues in a sustainable manner.

Celebrating our winners

Next week, our three winners will travel to Bologna to present their research to our community as part of the Una Europa General Assembly. They have been working with a public engagement specialist to hone their skills and inspire them to come up with creative ways of presenting the impact of their research. We can't wait to see what they have in store for us!

The Una Europa PhD Impact Competition has been initiated under the Una.Futura project, co-funded by the European Union.