Resume

• 11759001

  Product Management Program

  UC Berkeley Executive Education

• 2005

  PhD

  Electrical Engineering

  Stanford University

• 2003

  MS

  Electrical Engineering

  Stanford University

• 1997

  BE

  Electrical Engineering

• Google Joining With Pharma Company to Build its Smart Contact Lens

  Pharmaceutical company Novartis announced that its eye care division

  Alcon

  will license Google's smart contact lens technology

  creating a tool to monitor diabetics' blood sugar levels through tear samples. Alcon will collaborate with Google[x]

  Google's secretive lab for major technological advances which also designed Google Glass.

  Pharmaceutical company Novartis announced Tuesday that its eye care division

  Alcon

  will license Google's smart contact lens technology

  creating a tool to monitor diabetics' blood sugar levels through tear samples. Alcon will collaborate with Google[x]

  Google's secretive lab for major technological advances which also designed Google Glass.

  Google and GSK form venture to develop bioelectronic medicines

  GlaxoSmithKline has teamed up with Google's parent company Alphabet to develop miniature electronic implants for the treatment of asthma

  diabetes and other chronic conditions. GSK

  Britain's biggest drug company

  said it would form a joint venture with Verily Life Sciences

  a division of Alphabet

  to work on research into bioelectronic medicines.

  Google and GSK form venture to develop bioelectronic medicines

  Integrated Circuit Design

  Analog Circuit Design

  Low-power Design

  Sensors

  IC

  Analog

  Simulations

  Signal Processing

  R&D

  O'Driscoll

  Stephen

  O'Driscoll

  Stanford University

  Verily (aka Google Life Sciences)

  Cypress Semiconductor

  UC Davis

  IEEE

  Farran Technology

  Mountain View

  CA

  - Glucose Sensing Contact Lens (primarily 2012-mid 2014)\n -- NY Times Coverage: http://www.nytimes.com/2014/07/16/business/international/novartis-joins-with-google-to-develop-contact-lens-to-monitor-blood-sugar.html?_r=0 \n -- RF Lead: Antennas

  RF IC and Analog IC Design\n -- Team Lead for Reader sub-project - leading interdisciplinary team: UX

  Industrial Design

  Materials

  PCB design

  Firmware

  Wireless\n\n- New Device Initiation (primarily early 2014 to now)\n -- Identify device product opportunities which can radically improve health outcomes\n -- Explore technology edge and market opportunities\n -- Lead multi-disciplinary teams (IC

  PCB

  firmware

  antenna

  microfabrication

  sensors

  chemistry

  user-experience and industrial design) to develop prototype devices and conduct early trials using those devices\n -- Initiate and develop partnerships with key stakeholders in the field\n -- One of those projects is now public: Peripheral Nervous Stimulation (PNS) \n --- Initiated PNS project & built initial team\n --- Led R&D to devise solutions to key technological barriers\n --- Project has become a GlaxoSmithKline and Alphabet joint venture named Galvani \n --- UK Guardian Story: https://www.theguardian.com/business/2016/aug/01/google-gsk-bioelectronic-medicines-verily-life-sciences-alphabet \n\n- Lead RF Team completing RF design and realization for all Verily projects \n\nThis work started as part of Google[x]

  and has since spun out as Google Life Sciences which is now renamed as Verily

  an Alphabet company

  Engineering Manager

  Verily (aka Google Life Sciences)

  Sample Papers: \n- \"A mm-Sized Implantable Power Receiver with Adaptive Link Compensation\"

  S. O'Driscoll

  A. S. Y. Poon

  T. H. Meng

  IEEE ISSCC 2009\n- \"Neurons to Silicon: Implantable Prosthesis Processor\"

  S. O'Driscoll

  T. H. Meng

  K. V. Shenoy

  and C. Kemere

  IEEE ISSCC 2006.\n- \"Adaptive Resolution ADC Array for Neural Implant\"

  S. O'Driscoll

  T. H. Meng

  IEEE EMBC 2009\n- \"Optimal Operating Frequency in Wireless Power Transmission for Implantable Devices\"

  A. Poon

  S. O'Driscoll

  T. H. Meng

  IEEE EMBC 2007

  Stanford University

  Student Microwave Design Engineer

  Summer experience while studying for bachelor's degree.

  Farran Technology

  Assistant Professor

  Full-Time Aug 2009 to Mar 2012\nOn-leave

  financing and advising remaining graduate students Apr 2012 to Jun 2016 when final student graudated\n\nResearching analog integrated circuits with particular emphasis on low power techniques and biomedical interfaces.\n\nSample papers:\n- \"Fundamental sensing limit of electrochemical glucose sensors\"

  K. Louchis

  S. O'Driscoll

  IEEE EMBC 2011\n- \"Implant positioning system using mutual inductance\"

  Y. Zou

  S. O'Driscoll

  IEEE EMBC 2012\n- \"Match Enhancement in SAR ADCs by Algorithmic Unit Capacitor Assignment\"

  N. Martin

  S. O'Driscoll IEEE ISCAS 2014\n- \"Adaptive signal acquisition and wireless power transfer for an implantable prosthesis processor\"

  \nS. O'Driscoll

  T.H. Meng

  IEEE ISCAS 2010\n- \"Optimal Frequency for Wireless Power Transmission Into Dispersive Tissue\"

  A. Poon

  S. O'Driscoll

  T.H. Meng

  IEEE Transactions on Antennas and Propagation 2010

  UC Davis

  Analog IC Design Engineer

  Cypress Semiconductor

  IEEE

  Transactions on Biomedical Circuits and Systems

  Associate Editor