About B.E. Medical Electronics
B.E. Medical Electronics or Bachelor of Engineering in Medical Electronics is an undergraduate Instrumentation Engineering course. A medical electronics engineer is the doctor of that equipment without which a real doctor or surgeon is helpless. The course helps in research, along with life scientists, chemists, and medical scientists, to develop and evaluate systems and products such as artificial organs, prostheses (artificial devices that replace missing body parts), instrumentation, medical information systems, health management, and care delivery systems. Medical Electronics engineers also design devices used in various medical procedures, imaging systems such as magnetic resonance imaging (MRI), and devices for automating insulin injections or controlling body functions. Medical Electronics is a specialized discipline that advances knowledge in Engineering and Medicine, through cross-disciplinary activities that integrate the engineering sciences with the Biomedical Sciences and Clinical Practice. The duration of the course is four years.
B.E. Medical Electronics Eligibility
Aspiring students should have passed XII with Physics, Chemistry, and Mathematics or equivalent with a minimum of 55% marks from a recognized school board.
Some reputed colleges and institutes conduct an entrance examination for admission.
B.E. Medical Electronics Syllabus
Syllabus of Medical Electronics as prescribed by various Universities and Colleges.
|
Sr. No. |
Subjects of Study |
|
1 |
Engineering Mathematics I |
|
2 |
Engineering Physics / Engineering Chemistry |
|
3 |
Elements of Civil engineering / CCP |
|
4 |
Elements of Mech. Engineering / Computer-Aided Engineering Drawing |
|
5 |
Basic Electrical Engineering / Basic Electronics |
|
6 |
Workshop Practice / Computer Programming Lab |
|
7 |
Engineering Physics Lab / Engineering Chemistry Lab |
|
8 |
Constitution of India & Professional Ethics / Environmental Studies |
|
9 |
Language (Kan.) / Language (Eng.) |
|
10 |
Engineering Mathematics II |
|
11 |
Engineering Physics / Engineering Chemistry |
|
12 |
Elements of Civil engineering / CCP |
|
13 |
Elements of Mechanical Engineering / Computer Aided Engineering Drawing |
|
14 |
Basic Electrical Engineering / Basic Electronics |
|
15 |
Workshop Practice / CCP Lab |
|
16 |
Engineering Physics Lab / Engineering Chemistry Lab |
|
17 |
Constitution of India & Professional Ethics / Environmental Studies |
|
18 |
Language (Kan.) / Language (Eng.) |
|
19 |
Engineering Mathematics III |
|
20 |
Analogue Electronic Circuits |
|
21 |
Logic Design |
|
22 |
Network Analysis |
|
23 |
Electronic Instrumentation |
|
24 |
Field Theory |
|
25 |
Analogue Electronics Lab |
|
26 |
Logic Design Lab |
|
27 |
Engineering Mathematics IV |
|
28 |
Micro controllers |
|
29 |
Control Systems |
|
30 |
Signals & systems |
|
31 |
Fundamentals of HDL |
|
32 |
Linear IC’s &Applications |
|
33 |
Microcontrollers Lab |
|
34 |
HDL Lab |
|
35 |
Analogue communication |
|
36 |
Medical science |
|
37 |
Bio-signals and Measurements |
|
38 |
Biological control systems |
|
39 |
Advanced Microprocessors and Microcontrollers |
|
40 |
Object oriented Programming and C++ |
|
41 |
Medical Science Lab |
|
42 |
Advanced Microprocessors and Microcontrollers Lab |
|
43 |
Digital Communication |
|
44 |
Medical Physics |
|
45 |
Patient Monitoring Systems |
|
46 |
Fibre Optics and Lasers in Medicine |
|
47 |
DSP and Applications in Medicine |
|
48 |
Elective I (group A): |
|
49 |
Communication lab |
|
50 |
DFSP Lab |
|
51 |
Constitution of India and professional ethics |
|
52 |
Biomedical DSP |
|
53 |
Digital image processing and applications in medicine |
|
54 |
Principles of medical imaging |
|
55 |
Elective II (group-B): |
|
56 |
Elective III (group C): |
|
57 |
Bio medical DSP lab |
|
58 |
Digital image processing lab |
|
59 |
Operation research & management |
|
60 |
Advanced biomedical DSP |
|
61 |
Elective IV (group D): |
|
62 |
Elective V (group E): |
|
63 |
Project work |
|
64 |
Seminar on project |