BIOM
5100 / BMG 5103 / SYSC5302 / ELG 6321 – Bioinstrumentation/Principles &
Design of Advanced Biomedical Instrumentation
Description
Instrumentation designed to measure physiological
variables related to the function of the heart, lungs, kidney, nervous and musculo-skeletal system; emergency, critical care, surgery
and anaesthesia equipment.
Prerequisites
OCIECE and OCIBME graduate students.
Instructor
|
Email: mbolic@eecs.uottawa.ca |
|
|
|
|
Times
and Locations
(Sept. 4 − Dec. 3)
|
|
Lecture 1 |
Wednesday 11:30 - 13:00 |
SMD 221 |
|
|
|
Lecture 2 |
Friday 11:30 - 13:00 |
MCD 121 |
|
Text
No text book
Recommended reading:
John G. Webster, Medical Instrumentation: Application
and Design,
− 4rd Edition: ISBN:
0-471-67600-3 Hardcover 671 pages,
Marks
|
Work |
|
Value |
|
Quizzes |
|
35% |
|
Final |
|
35% |
|
Presentation − |
|
30% |
|
− Proposal |
|
8% |
|
− Presentation and Report |
|
22% |
|
|
|
|
Quizzes will be given using Top Hat: tophat.com/e/045321. Please bring a computer and register on Top Hat as soon as possible. There will be quizzes every week.
You will be required to prepare for the class and to read in advance. The quiz will include questions covered during last week and topics that you read in preparing for the class.
Preliminary
syllabus
General theory – 1-2 weeks
Biomedical circuits and systems 3-4 weeks
Medical
devices: 5-6 weeks
Advanced
topics 2-3 weeks
8.
ECG – Baura
Ch2 [2]
9.
EEG – Baura
Ch 13 [2]
10.
EMG – Ch 14 [3]
11.
Blood
pressure Baura Ch 7 [2]
12.
Pulse oximetry - Baura
Ch 11 [2]
13.
Respiration
–Webster Ch 9 [1], Spirometry ch
74 [3]
14.
Bioimpedance measurements Ch 73 [3]
15.
Brain-computer
interfaces
16.
Functional
stimulation Baura Ch 16 [2]
17.
Electrodes
for stimulation - Esential
neuromodulation
Ch 6
18.
Electrical
and magnetic brain stimulation: Tdcs and tms
References
[1] John G. Webster (Ed.), Medical
Instrumentation: Application and Design, 4rd
Edition.
[2]Gail Baura,
Medical Device Technologies: A Systems Based Overview Using Engineering Standards, October
21, 2011.
[3] Joseph D. Bronzino
(Ed.), The Biomedical Engineering HandBook, Second Edition, 2000.
[4] Tatsuo Tagawa, Toshiyo Tamura and P. Ake Oberg, Biomedical
Sensors and Instruments, Second Edition, 2011.
[5] Reinaldo Perez, Design
of Medical Electronic Devices, 2002.
[6] Douglas A. Christensen, Introduction to Biomedical Engineering: Biomechanics and Bioelectricity,
2009.
Project
Some ideas
for potential topics:
Review
·
Biosensors:
Enzymatic Biosensors, Affinity Biosensors, Living Biosensors, Direct Methods
for Monitoring Bioactive Compounds
·
Plug-and-play
sensors
·
Instrumentation
challenges for non-invasive brain stimulation
·
New
challenges for blood pressure: estimating central blood pressure and arterial stiffness
with the cuff
·
In depth
study of a medical instrumentation application
·
…
Experiment
(you need to have access to medical devices or data acquisition systems)
The project
should involve: review of a new topic, classifications based on new criteria, analysis
of at least 10 references that should include mainly journal papers but can
also include books and conference papers. A project must provide an in depth
investigation of the scientific literature. Students must ensure their report
is comprehensive and synthesizes information from multiple sources. Reports
which simply follow one primary reference will not be worth high marks.
Project
proposal is minimum two pages proposal with references. It should point out
novelties of your approach (novel review, new type of classification,
…)
Project report should include power point slides with the write-up and references under each slide to cover about 40 min talk (about 40 slides). Besides power point slides you will submit references and a reference document prepared using Docear (http://www.docear.org/software/download/).
Deadlines: Project proposal October 20, 2013
Slides and Docear file:
Dec 1, 2013