Clinical Engineering

IE 418 CLINICAL ENGINEERING

ﾂ

Teaching
Schemeﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ Examination
Scheme

Lecturers:
3 Hrs /
Weekﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ
Mid-sem. Test (I & II) 窶・40 Marks

ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ
End Sem.: 60 Marks

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OBJECTIVES

After completing this course student should able:

1.ﾂ To understand the principle, working of various medical instruments

2.ﾂ To understandﾂ design aspects ofﾂ various biomedical instruments

To understand the principle of various Imaging modalities.

ﾂ ﾂ

Unit 1

Respiratory Instrumentation

Natural process of Breathing, O₂ and CO_2ﾂ transport,
regulation of breathing, Spirometer, airflow measurement,
Oxygenators-Bubble type, membrane type, Gas analyzers,
Ventilatorsﾂ ﾂ

[6 Hrs]

ﾂ

Unit II

Clinical
Lab Instrumentationﾂ ﾂ

Blood
and its composition and function, Electron Microscope Blood Cell
Counters, Electrophoresis, Pulse oximetry, Hb andﾂ Glucose measurement,
Autoanalyzerﾂ ﾂ

[8 Hrs]

ﾂ

Unit III

Operation Room Instrumentation

Electrosurgical Unit, Anesthesia machine, Operation table, Autoclave

Elements of Intensive care unitﾂ Bedside monitor, Drug delivery system, Lithotripsy, ICU Layout

Introduction
to telemetry and
telemedicineﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ
ﾂ ﾂ ﾂ ﾂ

[8 Hrs]

ﾂ

Unit IV

Electrical
Safety: Significance of electrical danger, Physiological effects of
electrical current, ground shock hazards, methods of accident
prevention, Safety standards.

ﾂ [8 Hrs]

ﾂ

Unit V

Concept of Rehabilitation Engineering

Orthrotics
and Prostheic devices, overview of various orthrotics and prosthetic
devices materials, Wheelchair 窶・Types, Materials used in wheelchair,
Joysticks used in wheelchair

Artificial
Organ 窶・e.g. Artificial Kidney , dialysis
system,ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ

ﾂ [8 Hrs]

ﾂ

Unit VI

Imaging systems

X-rays,
Image intensifiers, CT scanner, Ultrasound scanner, nuclear methods,
Thermography,
MRIﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ ﾂ

ﾂ [8Hrs]

ﾂ ﾂ

Text Books

ﾂ

ﾂ｡ﾂ Introduction to Biomedical Equipment Technology by Carr and Brown

ﾂ｡ﾂ Medical Instrumentation Application and Design by John G. Webster, John Wiley & Sons Pvt. Ltd.

ﾂ｡ﾂ Biomedical Instrumentation by Dr. M. Arumugam, Anuradha Publishers, 1992

ﾂ｡ﾂ Biomedicalﾂ
Instrumentation andﾂ Measurements by Leslie Cromwell, Fred J.
Weibell, Erich A. Pfeiffer, Pearson Education

ﾂ｡ﾂ Handbook of Biomedical Instrumentation by R. S. Khandpur, TMH

ﾂ｡ﾂ Principles of Biomedical Instrumentation and Measurement by Richard Aston, Maxwell Macmillan International Editions

ﾂ｡ﾂ Medicine and Clinical Engineering by Jacobsons and Webster, PHI

ﾂ

Reference Books

ﾂ

ﾂ｡ﾂ Human Physiology 窶・The Mechanism of Body Functions by Vander, Shermen, TMH

ﾂ｡ﾂ Biomedical Digital Signal Processing by Tompkins

ﾂ｡ﾂ Encyclopedia of Medical Devices and Instruments by Webster Vol. I - IV