Dr Alaric Taylor
Alaric obtained his BSc in Physics from Imperial College London and went on to the University of Cambridge’s Department of Engineering where he received an MRes in Photonic Systems. He was awarded a PhD for his work on bio-inspired thermally-responsive glazing from University College London (Department of Electronic and Electrical Engineering).
Alaric spent time working for Microsoft on the Hololens project in Finland as part of the Advanced Optics Rapid Prototyping team. He then returned to the UK to take up an EPSRC Doctoral Prize Fellowship within UCL’s Department of Chemistry in collaboration with Biolin Scientific.
He worked as a research associate within the Adaptive and Responsive Nanomaterials (AdReNa) group within UCL’s Department of Chemical Engineering as part of an EU Horizon 2020 consortium project (DIACHEMO). His final role at UCL was as a member of the Rapid Prototyping & Fabrication Facility (Physics, Biochemical and Chemical Engineering), designing and manufacturing custom scientific instrumentation - reflecting his love of making things that enable others.
Dr Jugal Suthar
Jugal is a clinical and industrial pharmacist, obtaining his MPharm degree from University College London.
He has experience as a clinical pharmacist at the North Middlesex University Hospital NHS Trust, with a focus on acute-care and medicines optimisation. This preceded technical and commercial positions at Glaxosmithkline, Pfizer and India’s largest CDMO; Piramal Pharmaceuticals.
Following his time in industry, Jugal completed a PhD in Nanomedicine and Pharmaceutical Engineering at University College London, in collaboration with Pfizer Inc. His research marked a partnership between the Departments of Pharmacy and Chemical Engineering, developing novel biosensing approaches for the detection of exosomal protein biomarkers as part of minimally invasive liquid biopsies. His progress was recently recognised through his nomination as a Bioanalysis Rising Star in 2021.
Jugal has helped found Vesynta through his passion for enterprise, med-tech and patient safety.
Dr Stefan Guldin
Stefan is the Head of the Adaptive and Responsive Nanomaterials (AdReNa) group and Associate Professor. He joined UCL in 2014.
From 2012 to 2014 Stefan undertook postdoctoral research with Professor Francesco Stellacci at the École Polytechnique Fédérale de Lausanne, Switzerland. In 2012 he obtained a PhD from the University of Cambridge for his work with Professor Ullrich Steiner on ''Inorganic nanoarchitectures by organic self-assembly'', mainly elucidating the structure-function relationship in self-organised materials.
Previously, he studied applied physics with an emphasis on soft matter at the TU Karlsruhe and TU Munich. For his work, Stefan has been awarded by the German Academy of Sciences, the German National Academic Foundation, the Cambridge Nano-Doctoral Training Centre, Springer Publishing and the European Materials Research Society.
Dr Anand P. Radhakrishnan
Innovation Scholars Fellow
Anand is a multi-disciplinary researcher, specialising in micro-engineering systems for various (bio)chemical and microbiological applications with significant experience in microfluidics, in situ analysis, optical high-speed imaging, and advanced computational image processing.
Having graduated in biotechnology from Anna University, India (2011) and obtaining his PhD in biochemical engineering at University College London (2016), Anand has tackled various fluid-flow challenges at the microscale for reaction engineering, downstream separation and purification applications.
Currently, Anand has recently expanded his skillset through the application of electrochemical, acoustic, and 3D X-ray imaging diagnostics on Li-ion batteries at the Electrochemical Innovations Lab at UCL. Keen on establishing a career in clinical diagnostics & healthcare engineering with a direct impact on the end-users, Anand has previously won a proof-of-concept Inspiration Grant from the EPSRC-funded, UCL Centre for Nature Inspired Engineering to develop a microfluidic screening platform to quantify bacterial viability and has worked in multifaceted collaborative projects involving mathematicians, engineers, microbiologists and NHS clinicians.
Innovation Scholars Fellow
Philip is an entrepreneurially-minded, multi-skilled scientist with considerable experience in both academic and pharmaceutical industry. Over the last 18 years, Philip has been involved with the development of novel analytical methods in the biomedical field, gaining a reputation for rapid problem solving and imaginative troubleshooting through applied research. Having worked across disciplines of neurobiology, toxicology and oncology, he has experience with a wide range of techniques, instruments and chemical entities. Crucially, Philip has over 10 years of experience managing a national drug monitoring laboratory (Newcastle University) and developing bespoke drug quantification tests.
Whilst working in the pharmaceutical industry, Philip worked in a rapid response investigative team that was distributed across North America, Europe and Japan, coordinating the analysis of drug compounds that presented with analytical difficulties. He also has spent 15 years working with regulations set under Good Clinical Practice, Good Clinical Laboratory Practice, EMA and FDA bioanalytical method validation. Phil graduated in Biomedical Sciences from Northumbria University (2002) prior to pursuing an MSc in Bioinformatics (2007) at Leeds University.
Yann is a prototyping engineer supporting the development of our assay hardware - ChromaDose. He has previously worked for the AdReNa research group on prototyping and validation of in-vitro diagnostic devices for therapeutic drug monitoring.
Yann graduated in 2020 with an MSci in Materials Science and Engineering from EPFL. He conducted his final year research project at UCL, where he was studying the arrangement of nanoparticles at the air-water interface of Langmuir-Blodgett troughs with the aim to implement an ellipsometry technique for evaluating their use in biosensing applications.
Tobias de Mendonça
Toby is an analytical scientist involved in building our drug assay pipeline. He previously worked with the AdReNa research group on analytical techniques for the quantification of chemotherapeutic drugs in small body fluid samples.
Toby graduated from the University of Oxford (2020) with a Master's in Chemistry (MChem). His research specialised in NMR, creating pulse sequences to obtain NOESY and HOESY spectra of fluorinated small molecules simultaneously using parallel acquisition NMR spectroscopy (PANSY) in order to dramatically reduce machine time.