Bernardo Loureiro Tavares

PhD Student

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Department

  • Materials and Ceramic Engineering
  • 9.3.7

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Short CV

Bernardo Loureiro Tavares is a PhD student in Nanoscience and Nanotechnology at the University of Aveiro, specializing in Materials Engineering and Biotechnology. He holds a Master's degree in Biotechnology (2023, grade: 18/20) and a Bachelor's degree in Biotechnology (2021, grade: 15/20). His research focuses on boron-doped diamond sensors, enzymatic biosensors, and diamond nanoparticles. Bernardo has expertise in advanced techniques such as spectroscopy (UV-Vis, FTIR-ATR, Raman), SEM, AFM, profilometry, plasma surface functionalization, and 3D printing.

He has contributed to projects PRR-AM2R, studying steel coatings for bicycle rear hubs, and UI-Transfer, developing diamond-based temperature sensors for structural fires. As part of the UI-Transfer project, Bernardo submitted three patents (two national and one international) for personal protective equipment with integrated alarm systems for firefighters. His work has been recognized through two poster awards and presentations at national and international conferences, including seven posters and six oral communications. Bernardo also co-authored one scientific article and was featured in a cover story and ten newspaper interviews.

In addition to his academic pursuits, Bernardo actively participates in mentoring activity, having tutored seven undergraduate students. He is also a Volunteer Firefighter and Chief Instructor of children at the Humanitarian Association of Volunteer Firefighters of Espinho Municipality. He holds diverse certifications in emergency response and his dedication has been recognized with commendations and medals for his service.

Bernardo’s multidisciplinary expertise and commitment to science position him as a promising researcher with strong potential for impactful contributions in academia and industry.

Research Area

  • Synthesis and modification of polycrystalline diamond and boron-doped diamond surfaces, with a focus on efficient BDD-based biosensors through surface modification techniques.
  • Nanodiamond synthesis and its diverse biomedical applications, leveraging the structural and electrochemical properties of boron-doped diamonds for enhanced functionalities.
  • Utilization of boron-doped diamond thermistors in safety equipment designed for extreme conditions.

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