Dr. Sofia Rodrigues Teixeira | Tyndall National Institute | Ireland
Dr. Sofia Rodrigues Teixeira is a distinguished nanotechnology researcher specializing in electrochemical biosensing and micro/nanofabrication. She earned her PhD in Nanotechnology from Swansea University in 2014 and is currently a Senior Researcher at Tyndall National Institute. With expertise in biosensors, electrochemistry, and biomedical devices, she has contributed to numerous high-impact projects in healthcare, aquaculture, and environmental monitoring. Passionate about translating research into real-world applications, she has published over 31 peer-reviewed papers, supervised multiple PhD and MSc students, and actively collaborates on European and industrial research initiatives.
Professional Profile:
ORCID
Suitability for Best Researcher Award
Dr. Sofia Rodrigues Teixeira is a highly accomplished researcher in the field of nanotechnology, particularly excelling in electrochemical biosensing and micro/nanofabrication. Her research has significant implications in healthcare, aquaculture, and environmental monitoring, demonstrating a strong commitment to translational science that bridges laboratory research with real-world applications.
Education & Experience 🎓📚
- PhD in Nanotechnology (2014) – Swansea University 🏅
- MSc in Technology, Science & Food Safety (2010) – University of Porto & University of Minho 🏆
- Graduation in Biological Engineering (2005) – University of Minho 🏗️
- Senior Researcher (2020-Present) – Tyndall National Institute 🏢🔬
- Postdoctoral Researcher (2018-2020) – Tyndall National Institute 🧪🔍
- Research Fellow (2015-2018) – Swansea University 🏅🧬
- Research Fellow at INL (Multiple Placements 2015-2018) – Developed multiplex graphene sensors 🌍🧑🔬
- Health & Safety Executive Manager (2007-2011) – Managed large multidisciplinary teams (500 people) 🚑👩💼
Professional Development 🚀📈
Dr. Teixeira is committed to continuous growth in academia and industry. She is an invited lecturer at University College Cork since 2019, mentoring PhD and MSc students while actively leading research projects. She co-chairs the Medical Devices Working Group in the European Technology Platform for Nanomedicine (ETPN) and previously chaired the Tyndall Early Career Researchers Network (TEC-NET). She has reviewed papers for top-tier journals, participated in academic boards, and contributed to multiple high-impact EU projects. Her leadership in research and innovation is shaping the future of biosensing technologies.
Research Focus 🔬⚡
Dr. Teixeira’s research focuses on nanotechnology and electrochemical biosensing for healthcare, aquaculture, and environmental applications. She specializes in micro/nanofabrication, surface electrochemistry, 3D printing, and sensor functionalization. Her work includes microneedle sensors for heart failure, multiplex biosensors for early ovarian cancer detection, and real-time electrochemical sensors for aquatic species health monitoring. She combines advanced material science with molecular and cellular biology to develop innovative biocompatible, flexible, and stretchable biosensors. Her ultimate goal is to commercialize these technologies for real-world clinical and industrial applications, enhancing diagnostics, disease prevention, and patient care.
Awards & Honors 🏅🎖️
- I3S-Hovione Capital Health Innovation Prize – International award for early ovarian cancer detection sensor 🏆🔬
- Best National MSc Thesis Award – Portuguese Association for Quality 🏅📚
- Recognition for 31 High-Impact Publications – Over 690 citations and an h-index of 14 📖🔥
- Patent Holder & Multiple Invention Disclosures – Biomedical sensor innovations ⚙️📜
- Invited Journal Reviewer & Scientific Chair – Peer-reviewing for 7+ international journals 📑🔎
- Leader & Mentor – Supervised 4 PhD, 10 MSc, and 12 BSc/MSc projects 🎓🤝
Publication Top Notes:
📡 PULSE: A Fast Portable Unit for Lab-on-Site Electrochemistry
🦠 Developments in sensors for rapid detection of short-chain fatty acids (SCFAs)
🧬 Amplification-free, highly sensitive electrochemical DNA-based sensor for STEC detection
🩺 Development and Characterization of Passivation Methods for Microneedle-based Biosensors
💡 Microneedle Arrays for Enhanced Light Transmission through Skin
🩹 Passivation Strategies For Microneedle-Based Biosensors
⚡ Electrochemical sensor for enzymatic lactate detection