Entry Information
Evangelos Patounas
Mr
Male

28/06/1997
Greece
Passport
BA559
Greek
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+4550658007
Skovbrynet 2
Kongens Lyngby
Denmark
Life Science and Medicine
Mathematical Sciences
I am eager to apply to the Hong Kong Laureate Forum to connect with leading scientists and researchers who are driving innovative science with global impact. My current studies in Biomaterials Engineering for Medicine at DTU, combined with my background in Chemical Engineering, have cultivated a strong passion for bridging the gap between cutting-edge research and real-world healthcare solutions.
The Forum’s mission to foster interdisciplinary dialogue and inspire the next generation of scientists strongly resonates with my own aspirations. I am particularly drawn to the opportunity to engage with the Shaw Laureates, explore diverse scientific perspectives, and deepen my understanding of how science can address pressing global challenges.
I believe I can contribute a unique perspective shaped by my academic background and international experiences. I am especially excited about participating in a multicultural, collaborative environment where scientific ideas and cultural insights are shared openly. I see the Forum as a meaningful opportunity to grow, contribute, and be inspired.
Postgraduate (Master)
Biomaterial Engineering for Medicine
Technical University of Denmark (DTU)
Copenhagen
National Technical University of Athens
University of Edinburgh
First Academic or Research Referee *
Doros Theodorou
National Technical University of Athens
Professor
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Second Academic or Research Referee
Distinction for Best Diploma Thesis, Department of Materials Science and Engineering, School of Chemical Engineering, National Technical University of Athens (NTUA)
My research interests lie at the intersection of pharmaceutical drug development, medicine, and biomaterials science. I am particularly focused on exploring innovative approaches to drug delivery and tissue engineering, with the goal of developing more effective, targeted, and patient-centric therapies. I am passionate about translating fundamental research into real-world medical applications, especially within areas such as regenerative medicine, controlled drug release systems, and the development of biocompatible materials that enhance therapeutic outcomes. My long-term aspiration is to contribute to interdisciplinary solutions that improve the efficacy, safety, and accessibility of modern therapeutics.
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Peers
