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Instrumentation Track

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Gong, Peng. Faculty (Associated) Henry Hsiao. Eddie Grant. Tim Johnson. Rich Goldberg ... BMME 111 Biomedical Instrumentation. BMME 201 Biomedical Instrumentation II ... – PowerPoint PPT presentation

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Title: Instrumentation Track


1
Instrumentation Track
  • Participants
  • Courses UNC/NCSU
  • Lab facilities/ Resources
  • Grant/Research opportunities
  • Industrial Links
  • External opportunities

2
Students (partial list)
  • Cooney, Dan
  • Demby, H
  • Chalker, Alan
  • Edwards, Jason
  • Singh, Swaroop
  • Wang, Xiaowu
  • Zong, Shoquan
  • Wolfe, Steve
  • Zhang, Jim
  • Christopher, P
  • Cole, Randal
  • Devkota, Aaditya
  • Cribb, Jeremy
  • Parham, Christopher
  • Seagle, Christopher
  • Gong, Peng

3
Faculty (Associated)
  • Henry Hsiao
  • Eddie Grant
  • Tim Johnson
  • Rich Goldberg
  • Bob Dennis
  • Mark Tommerdahl,
  • Ro
  • Dave Lalush
  • Charles Finley
  • Steve Knisley
  • Steve Quint
  • Al Banes
  • Troy Nagle.
  • OlegFavorov
  • Wolcott
  • Timm Crowder

4
Track Courses (UNC)
  • BMME 111 Biomedical Instrumentation
  • BMME 201 Biomedical Instrumentation II
  • BMME 220 Real-Time Computer Appls II
  • BMME 231 Special Topics in Instrument

5
Track Courses (NCSU)
  • CBS 860 Instrumentation for
  • ECE 520 Digital ASIC Design
  • ECE 525 Medical Instrumentation
  • ECE 591M Microsensor Engineering
  • ECE 592M Biosensor Engineering
  • ECE 703 Instrumentation Circuits

6
Courses (supplementary)
  • BMME 100 Intro to Biomedical Engineering
  • BMME 120 Real-Time Computer Appls I
  • BMME 121 Digital Signal Processing I
  • BMME 128 Anal Synth Digital Systems
  • BMME 181 or BMME 151 Physiology I
  • PHYS 101 Intro to Electronics I
  • PHYS 102 Intro to Electronics II

7
Courses (UNC electives)
  • BMME 106 Systems and Signals
  • BMME 107 Information, Modulation, Transmission
    and Noise
  • BMME 132 Linear Control Theory
  • BMME 154 Microelectrode Techniques
  • BMME 220 Real-time Computer Applications II
  • BMME 204 Solid State Theory and Fabrication
  • BMME 232 Advanced Biological Control Theory
  • PHYS 102 Intro to Electronics II
  • PHYI 140 Cell and Organ System Physiology

8
Course (NCSU-electives)
  • ECE 704 Logic Design for Testability
  • ECE 511 Analog Electronics
  • ECE 712 Analog VLSI
  • ECE 733 Digital Electronics
  • ECE 546 VLSI Systems Design

9
Lab facilities/ Resources
  • 2-D electrode arrays, fabricated on Kapton
    substrates
  • Ion-selective electrodes (pH, K, Ca, Na)
  • Electronic nose technology (arrays of gas sensors
    and signal processing)
  • Cell culturing instrumentation (electrodes on
    glass coverslips)
  • Biotelemetry for in-vivo measurements
  • Inductive powering of implanted electronics
  • Ultrasound flex connector
  • Miniature reference electrode
  • Interdigitated electrode arrays
  • Microfabricated carbon electrode arrays
  • Biosurvivability of implanted electronic devices
  • Enzyme activity sensors

10
Clinical Resources
  • Nursing School
  • Dental School
  • Human Movement Sciences
  • School of Pharmacy
  • Computer Science Department
  • Biology Department
  • UNC Hospitals
  • Medical School Departments

11
Facilities needed
  • Integrated student laboratories at UNC and NCSU
    (tele-laboratories)
  • Upgraded instrumentation (sensors, test
    equipment, fabrication, other)
  • Dedicated Project Laboratory
  • Database of waveforms
  • Computer/PDA development software

12
Industrial/Govt Links
  • Embrex
  • CardiovascularDiagnostics Inc.
  • IT Works
  • EPA
  • NIH RTP
  • Galaxo-Wellcome
  • Work-Study option (?)

13
External Entrepreneurial Options
  • Establish new companies on projects originated in
    track
  • Patents
  • Industrial Grant/Research support
  • Post graduate job opportunities
  • Business School options
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