Tissue Engineering & Innovation Technology MRes • One year full-time • September Entry Sanjukta Deb FADM, FRSC Professor in Biomaterials Science Course director Dr Ian Thompson Reader in Medical Device Innovation Deputy Course director
Increasingly Refined Solutions for Increasingly Complex Problems Tissue Engineering & Regen Med Tissue Engineering : to create functional constructs and models that restore, maintain, or model damaged tissues or whole organs and allow us improve health
Linking Tissue Engineering, Regenerative Medicine, Biophotonics and Biomaterials The Main in Philosophy … • An understanding of the most significant areas of biomedical and translational research , including new therapeutic applications. Develop scientific research skills • in the field of tissue engineering that includes strategies to develop and evaluate biomaterials , cell- biomaterial interaction and imaging modalities
Focused on Research The Course Structure Tissue Engineering and Research Methods (45 credits) Lectures on relevant and cutting-edge technologies by the researchers developing them Innovation Technology (15 credits) Acquire the entrepreneurial and technology brokering skills necessary to start a career in R&D and Pharma or turn your research into a biomedical product Research Training Project (30 credits) Be ready to tackle real-world experimental projects and have all the technical skills to undertake a lab rotation Tissue Engineering and Biophotonics Research Project (90 credits) A real long-term research project in an interdisciplinary field hosted by a state-of-the art lab on campus
Research Pr Project ct • From week 2 onwards the MRes student will join one of our research team and then begin later on a full- time research project
Thank you. /KingsDentistry @KingsDentistry /KingsDentistry dental-postgraduate@kcl.ac.uk www.kcl.ac.uk/dental-postgraduate kcl.ac.uk/dental-postgraduate
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