BE in Biomedical and Instrumentation Engineering

BE in Biomedical and Instrumentation Engineering

101

Mathematics I & II

4

-

100

4

-

-

100

102

Elements of Civil Engineering and Mechanical Engineering (Incl. Workshop)

2

4

100

3

-

100

200

103

Element of Engineering Mechanics

2

1

100

3

-

25

125

104

Material Science

2

-

100

3

-

-

100

105

Fundamentals of Electrical Engineering and Electronics

2

1

100

3

-

25

125

106

Engineering Graphics

2

2

100

4

-

50

150

107

Introductory Course in Computer

2

4

100

3

50

50

200

108

Communication Skills

2

-

50

2

-

-

50

Total

750

50

250

1050

B.E. Semester III (Biomedical and Instrumentation Engineering)

Sub
Code

Subject

Teaching Scheme

Examination Scheme

Total

Theory

Hrs

Practical
Hrs

Theory
Marks

Hrs

Practical
Marks

T.W.
BMI 301 Mathematics III 04 - 100 03 - - 100
BMI 302 Linear Electronics 04 02 100 03 50 25 175
BMI 303 Electronic Actuators and Instruments 04 04 100 03 50 25 175
BMI 304 Human Anatomy and Physiology 04 02 100 03 50 25 175
BMI 305 Biomedical Transducers 04 02 100 03 50 25 175
TOTAL 20 10 500 - 200 100 800
B.E. Semester IV (Biomedical and Instrumentation Engineering)

Sub
Code

Subject

Teaching Scheme

Examination Scheme

Total

Theory

Hrs

Practical
Hrs

Theory
Marks

Hrs

Practical
Marks

T.W.
BMI 401 Analog Integrated Electronics 04 02 100 03 50 25 175
BMI 402 Control System Engineering 04 02 100 03 50 25 175
BMI 403 Digital Electronics and Systems 04 02 100 03 50 25 175
BMI 404 Bio Engineering Materials and Devices 04 02 100 03 - 25 125
BMI 405 Computer Data communication and Networking 04 02 100 03 50 50 200
TOTAL 20 10 500 200 150 850

B.E. Semester V (Biomedical and Instrumentation Engineering)

Sub
Code

Subject

Teaching Scheme

Examination Scheme

Total

Theory

Hrs

Practical
Hrs

Theory
Marks

Hrs

Practical
Marks

T.W.

BMI 501

Principles of Biomedical Imaging and Radiology

4

2

100

3

50

25

175

BMI 502

Biological Control Systems and Modeling

4

2

100

3

50

25

175

BMI 503

Electronic Measurement Systems

4

2

100

3

50

25

175

BMI 504

Micro Processors and Micro Controllers

4

2

100

3

50

25

175

BMI 505

Biological digital signal processing

4

2

100

3

50

25

175
B.E. Semester VI (Biomedical and Instrumentation Engineering)

Sub
Code

Subject

Teaching Scheme

Examination Scheme

Total

Theory

Hrs

Practical
Hrs

Theory
Marks

Hrs

Practical
Marks

T.W.
BMI 601 Bio Electric Signals and Instrumentation 04 02 100 03 50 25 175
BMI 602 Bio Medical Instrumentation-I 04 02 100 03 50 25 175
BMI 603 Cardiovascular Systems and Dynamics 04 02 100 03 50 25 175
BMI 604 Medical Transcription and Informatics 04 02 100 03 50 25 175
BMI 605 Neural Networks and Fuzzy Logic 04 02 100 03 50 25 175
TOTAL 20 10 500 - 250 125 875
B.E. Semester VII (Biomedical and Instrumentation Engineering)

Sub
Code

Subject

Teaching Scheme

Examination Scheme

Total

Theory

Hrs

Practical
Hrs

Theory
Marks

Hrs

Practical
Marks

T.W.
BMI 701 Industrial Training and Seminar 16 weeks Industrial Training - - 50 (seminar) 200 250
BMI 702 PROJECT - 1 - 06 - - - 50 50
TOTAL 06 50 250 300

B.E. Semester VIII (Biomedical and Instrumentation Engineering)

Sub
Code

Subject

Teaching Scheme

Examination Scheme

Total

Theory

Hrs

Practical
Hrs

Theory
Marks

Hrs

Practical
Marks

T.W.
BMI 801 Advanced Biomedical Imaging Techniques 04 02 100 03 50 25 175
BMI 802 Bio medical Instrumentation II 04 02 100 03 50 25 175
BMI 803 Clinical Engineering 04 - 100 03 - - 100
BMI 804 Prosthetics and Orthotics 04 02 100 03 50 25 175
BMI 805 Project II -