Tissue Engineering & Innovation Technology MRes One year - - PowerPoint PPT Presentation

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

Tissue Engineering & Regen Med

Tissue Engineering: to create functional constructs and models that restore, maintain,

• r model damaged tissues or whole organs

and allow us improve health

Increasingly Refined Solutions for Increasingly Complex Problems

The Main in Philosophy…

Linking Tissue Engineering, Regenerative Medicine, Biophotonics and Biomaterials

• 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

The Course Structure

Focused on Research

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

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Thank you.

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