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Rebecca Burrell is a seasoned biomedical engineer with expertise in medical devices, product development, and research and development. She has a strong background in algorithm development, having worked on projects such as a non-invasive blood glucose monitor and a wearable pain relief device. With a PhD in Biomedical Engineering from Worcester Polytechnic Institute, she has held various roles including Principal Algorithm Developer and Scientist, R&D Consultant, and Manager of Global Research.

Experience

  • Breas Medical
    • Billerica, MA
    • Manager of Global Research
      • Jul 2016 - Present
      • Billerica, MA

  • Triton Regional School District
    • Newbury, Massachusetts, United States
    • Head Swim Coach
      • Oct 2020 - Present
      • Newbury, Massachusetts, United States

      Head Swim Coach for the Triton High School Co-op Swim team, consisting of 40+ athletes from Triton, Georgetown, Pentucket, and Newburyport High Schools.

  • YMCA of the North Shore
    • Ipswich, Massachusetts, United States
    • Assistant Swim Coach
      • Mar 2016 - Present
      • Ipswich, Massachusetts, United States

    • R&D Consultant
      • Jul 2015 - Oct 2020
      • Waltham, MA

      • Developed advanced calibration system for an OTC wearable pain relief device. Device is new to market, and user data indicated dissatisfaction with present method. Provided rapid development of an alternate calibration based on a probabilistic bisection algorithm (Bayesian classification), which is currently in patient testing. Initial results demonstrate both faster calibration and higher degree of match to patient expectations• Developed 1/f ‘flicker’ stimulation pattern for same device based on a beat analysis of a classical music audio sample. Project intended to help delay the onset of habituation, which is a major barrier to effective treatment with neurostimulation devices.

    • Principal Algorithm Developer and Scientist
      • Oct 2002 - Apr 2015

      Principal Algorithm Developer and Scientist, 2007 –2015• Led algorithm development efforts for a prototype noninvasive blood glucose monitor. Efforts focused on mining a large, complex data set consisting of mixed optical, physiological, and electrical signals. • Created custom Matlab and C++ tools to facilitate communication between engineering and clinical teams in order to identify, separate, and classify physiological variations, instrument variations, and true glucose variations. Was able to rapidly evolve these tools as the platform was shifted between prototypes having little or no compatibility with previous generations and permit rapid identification of optical and electrical issues during development.• Analyzed data from both in-house and external clinical trials, evolving algorithms to permit next day and longer calibration (unfeasible with previous generations of the device). Identified numerous elements of both optical and electrical design which were preventing longer calibration validity and worked with the engineering and clinical teams to propose fixes.• Met technical milestones which led to significant capital investment (~$20M) in Grove Instruments from a variety of sources, including strategic partners and private investors.• Principal Investigator on $3M NIH SBIR Phase II CRA grant titled “Development and Performance Evaluation of a Handheld Noninvasive Glucose Monitor”• Co-Investigator on 6 addition SBIR grants.

    • Software Engineer
      • Jul 2000 - Oct 2002

      Senior Application Developer, 2000-2007• Wrote C++ visual user interface for network traffic analyzer, including statistical tools to present high throughput data• Tool went from concept to deployment at over 100 customer sites in under six months. Earned industry praise for ease of use and rapid ability to visualize and drill down into bottlenecks and other transmission errors.

Education

  • 1997 - 2000
    Worcester Polytechnic Institute
    Doctor of Philosophy (PhD), Biomedical/Medical Engineering
  • 1995 - 1997
    Worcester Polytechnic Institute
    Master of Engineering (M.Eng.), Biomedical/Medical Engineering
  • 1992 - 1995
    Worcester Polytechnic Institute
    Bachelor of Science (B.S.), Electrical/Biomedical Engineering

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Industry Focus. “Pharmaceutical and Healthcare”

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