Stefan Bostock, DPhil

Education

• 

  Way back when

  -
• 

  University of Cambridge

  2014 - 2015

  Master of Philosophy (MPhil) Bioscience Enterprise

  Activities and Societies: Queens' College - Interdisciplinary business and science program with a focus on entrepreneurship- Incorporates asset valuation and company analysis, law and IP, business strategy and fund raising, leadership, management and team roles, innovation, diagnostics and medical devices, drug discovery and pharmaceuticals, healthcare economics, agbiotech and business plans.- Consultancy project with Cambridge Enterprise, the technology transfer office, on the commercial viability of a novel… Show more - Interdisciplinary business and science program with a focus on entrepreneurship- Incorporates asset valuation and company analysis, law and IP, business strategy and fund raising, leadership, management and team roles, innovation, diagnostics and medical devices, drug discovery and pharmaceuticals, healthcare economics, agbiotech and business plans.- Consultancy project with Cambridge Enterprise, the technology transfer office, on the commercial viability of a novel radiopharmaceutical.- Thesis on the drivers for adoption of cognitive training programs by businesseshttp://www.ceb.cam.ac.uk/postgraduates-tab/mphil-mbe Show less

• 

  Durham University

  2009 - 2012

  Bachelor of Science (BSc) Natural Sciences: Physics & Biology 1st Class (Honours)

  Activities and Societies: College of St. Hild & St. Bede - Electron microscopy project with industrial partner.

• 

  University of Oxford

  2016 - 2021

  Doctor of Philosophy - PhD Biomedical/Medical Engineering

  Activities and Societies: St Peter's College Application of computer vision to extract gait features from video as digital biomarkers of neurological diseases. (Computational Intelligence in Biomedical Monitoring Lab; Institute of Biomedical Engineering) - Additional feature extraction from accelerometry signal processing of IMU in wearables, including smartphones and smartwatches.- Motion capture with Vicon systems.- Further application of deep neural networks and other machine learning techniques. - Project on speech… Show more Application of computer vision to extract gait features from video as digital biomarkers of neurological diseases. (Computational Intelligence in Biomedical Monitoring Lab; Institute of Biomedical Engineering) - Additional feature extraction from accelerometry signal processing of IMU in wearables, including smartphones and smartwatches.- Motion capture with Vicon systems.- Further application of deep neural networks and other machine learning techniques. - Project on speech analysis in Parkinsons disease associated with recent clinical trial. - Experience in design, ethics and execution of clinical studies; including GRP training.- Collaborations with Roche pRED, University of Liege and Newcastle University. Show less