M.Tech. Biomedical

M. Tech (Biomedical Instrumentation)

(Duration: TWO Years)

 (Effective from year 2008-2009)

SEMESTER I

SEMESTER II

Course code

Name of subject

L-P

Credits

Course code

Name of subject

L-P

Credits

IE 5101

Advanced Mathematics

3-0

3

IE 5106

Advanced Control System

3-0

3

IE 5102

Transducer Design

3-0

3

IE 5107

Instrumentation on Chip

3-0

3

IE 5103

Advanced Electronic Instrumentation

3-0

3

IE 5202

Advanced Medical  Instrumentation

3-0

3

CS

Institutional Elective

3-0

3

IE 5203

Comprehensive II

0- 8

4

IE 5201

Comprehensive I

0-10

5

Elective I

3-0

3

Total

12-10

17

Elective II

3-0

3

15- 8

19

SEMESTER III

SEMESTER IV

IE 5207

Pre Project Seminar

4

IE 5209

Pre submission Seminar (With Demonstration)

8

IE 5208

Progress Seminar for stage I

5

IE 5210

Final examination

15

Total

9

23


      

  

  

  

  

  

  

  

  

  

  

  

  

LIST OF ELECTIVES:

 

IE 5204

Ultrasonic Applications in Bioengineering

IE 5205

Medical Imaging Techniques

IE 5206

Lasers in Medicine

Curriculum Struture

 

M. Tech (Biomedical Instrumentation)

(Duration: TWO Years)

 (Effective from year 2008-2009)

SEMESTER I

SEMESTER II

Course code

Name of subject

L-P

Credits

Course code

Name of subject

L-P

Credits

IE 5101

Advanced Mathematics

3-0

3

IE 5106

Advanced Control System

3-0

3

IE 5102

Transducer Design

3-0

3

IE 5107

Instrumentation on Chip

3-0

3

IE 5103

Advanced Electronic Instrumentation

3-0

3

IE 5202

Advanced Medical  Instrumentation

3-0

3

CS

Institutional Elective

3-0

3

IE 5203

Comprehensive II

0- 8

4

IE 5201

Comprehensive I

0-10

5

Elective I

3-0

3

Total

12-10

17

Elective II

3-0

3

15- 8

19

SEMESTER III

SEMESTER IV

IE 5207

Pre Project Seminar

4

IE 5209

Pre submission Seminar (With Demonstration)

8

IE 5208

Progress Seminar for stage I

5

IE 5210

Final examination

15

Total

9

23


      

  

  

  

  

  

  

  

  

  

  

  

  

LIST OF ELECTIVES:

 

IE 5204

Ultrasonic Applications in Bioengineering

IE 5205

Medical Imaging Techniques

IE 5206

Lasers in Medicine

Advanced Medical Instrumentation

IE 5212 Advanced Medical Instrumentation

Emerging trends in medical diagnostics and therapy, Medical expert system, Clinical laboratory instrumentation, Blood cell counter and associated hematology system,

Endoscopic diagnosis and foreign body removal, medical image rendering, magnetic resonance imaging, blood gas analyzers, Design of hemodialysis Machine,

Design of Electro surgical Generator or Cautery, Digital Substraction angiography system,

Instrumentation in Dental Chair & Hand piece control, Interfacing of brailler with PC,

Design of traction machine, Electromyography (EMG).

Reference Books

1. Encyclopedia of Medical Devices and Instrumentation Vol. I , II, III, IV by John G. Webster, Wiely Publication

2. Bio medical Engineering System By Manfred Clyner, John H. Milsum (McGraw Hill)

3. Biomedical Signal Analysis 窶・A Case Study Approach By Rangaray M. Rangayyan, (John Wiley and Sons Inc)

4. Christensen窶冱 physics of Diagnostic Radiology By Thomas S. Curry, Jumer E.Dowdey, Robert C. Murry

Laser in Medicine

IE 5211 Laser in Medicine

Principles of laser applications in medicine and biology, fundamentals of photo medicine and photo biology, photo dermatology, photo dynamic therapy, laser therapy of lesions, ulcers and tumors, examples of some laser systems for biomedical applications, general laser surgery : laser surgery of eye and other organs, lasers in diagnostic applications, laser hazards and precautions.

Reference Books

1. Encyclopedia of Medical Devices and Instrumentation Vol. I , II, III, IV by John G. Webster, Wiely Publication

2. Christensen窶冱 physics of Diagnostic Radiology By Thomas S. Curry, Jumer E. Dowdey, Robert C. Murry

3. Bioinstrumentation by Webster J. G.

4. Biomedical engineering and instrumentation by Bronzino J. D.

Medical Imaging Techniques

IE 5210 Medical Image

Basics physics of imaging systems, fundamental of image processing, Information content of an image, Theory and applications of optical, thermography, ultrasonic, radiography and computer tomography, single photon emission computer tomography, positron emission tomography, nuclear and magnetic resonant imaging.

Reference Books

1. Digital Image Processing By Rafael G. Gonzaleg, Kichard E. Wood (Pearson Education) 2. Christensen窶冱 physics of Diagnostic Radiology By Thomas S. Curry, Jumer E. Dowdey, Robert C. Murry

3. Encyclopedia of Medical Devices and Instrumentation Vol. I , II, III, IV by John G. Webster, Wiely Publication

4. Biomedical Signal Analysis 窶・A Case Study Approach By Rangaray M. Rangayyan, (John Wiley and Sons Inc)

Ultrasonic Applications in Bioengineering

IE 5209 Ultrasonic Application in Bioengineering

Teaching scheme Examination Scheme

Lectures: 3 hrs/week Mid-Sem. Tests (I&II) 窶・40 marks

End- Sem. Exam 窶・60 marks

Piezoelectric ceramics : properties and applications, piezoelectric constants, depolarization : electrical, mechanical, thermal, Time of flight (transit time) measurement, testing of piezo crystal, bonding techniques.

Transducers : dynamic behavior, power transducers, driver circuits, pulse generator circuit, piezo generator, piezo sensors, actuator.

Sonography and quantitative measurements, therapeutic applications of mechanical effects of ultrasound

Reference Books

1. Encyclopedia of Medical Devices and Instrumentation Vol. I , II, III, IV by John G. Webster, Wiely Publication

2. Biomedical transducers and instruments by Togawa T. Tamura T. Oberg P. A., CRC Press

3. Christensen窶冱 physics of Diagnostic Radiology By Thomas S. Curry, Jumer E. Dowdey, Robert C. Murry

4. Biomedical instruments: Theory and design, 2nd ed. Welkowitz W., Deutsch S., Akay M.