Course102106669109 lectures
Biomedical Instrumentation
Prof. Varadhan SKM · IIT Madras
About
Biomedical Instrumentation will focus on Biomedical Sensors, Measurements and Instrumentation to detect electrical and non-electrical parameters in the human body. The course will start with an introduction to sensors, principles of sensing, types of sensors. Then the course will focus on Biopotentials, their origin and faithful measurement. Examples from ECG, EMG, EEG and other ExG will be discussed in sufficient depth and detail. Then we move on the GSR, PCG. Then the focus will be on non-electrical parameter measurements such as blood pressure, temperature, volume and flow, respiratory measurement (Sphygmomanometer), cardiac output. Then the focus will shift to Ventilator,Cardiac Pacemaker, Defibrillator, hemodialyser. The final topics will be on safety, standards and regulations in medical devices.
Intended audience: UG and PG students in Biomedical Engg, Instrumentation Engg and electrical engg.
Prerequisites: Basic Electrical Engg, Basic principles of sensing, measurement and transduction
Lectures
Week 1
- Introduction To Measurements- Sensors & Transducers
- Examples and Characteristics of Sensors and Transducers
- Generalized measurement system- Characteristics of Measurement syste
- Overview of amplifiers and signal processing technique
- Overview of Signal Processing Techniques- Filtering methods
Week 2
- Introduction to basic biomedical sensor types and their principles
- Biomedical Sensor- Resistive sensor- Part 1
- Biomedical Sensor- Resistive sensor- Part 2
- Biomedical Sensor- Capacitive sensor-Part 1
- Biomedical Sensor- Capacitive sensor-Part 2
- Biomedical Sensor- Inductive sensor
- Biomedical Sensor- Piezoelectric sensor-Part 1
- Biomedical Sensor- Piezoelectric sensor-Part 2
- Biomedical Sensor- Electrochemical sensor
- Biomedical Sensor- Optical sensor
- Biomedical Sensor- Hall Effect sensor
Week 3
- Introduction to Measurement of Pressure
- Measurement of Blood Pressure- Direct method-Part 1
- Measurement of Blood Pressure- Direct method-Part 2
- Measurement of Blood Pressure- Direct method-Part 3
- Measurement of Blood Pressure- Direct method-Part 4
- Measurement of Blood Pressure- Direct method-Part 5
- Measurement of Blood Pressure- Indirect method-Part 1
- Measurement of Blood Pressure- Indirect method-Part 2
- Measurement of Body Temperature-Part 1
- Measurement of Body Temperature-Part 2
- Measurement of Body Temperature-Part 3
Week 4
- Introduction to flow and volume measurement
- Blood Flow Measurement- Ultrasonic method- Part 1
- Blood Flow Measurement- Ultrasonic method- Part 2
- Blood Flow Measurement- Ultrasonic method- Part 3
- Blood Flow Measurement- Ultrasonic method- Part 4
- Blood Flow Measurement- Ultrasonic method- Part 5
- Blood Flow Measurement- Thermal method
- Introduction to respiratory system and measurements- Part 1
- Introduction to respiratory system and measurements-Part 2
- Respiratory Volume Measurement-Part 1
- Respiratory Volume Measurement-Part 2
- Introduction to Cardiac Output Measurement
- Cardiac Output Measurement Techniques
Week 5
- Origin of Biopotential- Part 1
- Origin of Biopotential- Part 2
- Introduction to Biopotential electrode- Part 1
- Introduction to Biopotential electrode- Part 2
- Introduction to Biopotential electrode- Part 3
- Introduction to Biopotential electrode- Part 4
- Introduction to Biopotential electrode- Part 5
- Types of Biopotential Electrode- Micro Electrodes
- Practical Hints and Recording issue in using Electrodes
Week 6
- Types of Biopotential Electrode- Body-Surface Recording Electrodes
- Types of Biopotential Electrode- Internal Electrode
- Types of Biopotential Electrode- Electrode Array
- Summary of electrode theory
- Introduction to Bioelectricity
- Types of Biosignals- ECG- Part 1
- Types of Biosignals- ECG- Part 2
- Types of Biosignals- ECG- Part 3
- Types of Biosignals- ECG- Part 4
- Types of Biosignals- ECG- Part 5
Week 7
- Introduction to Nervous System
- Types of Biosignal- EEG- Part 1
- Types of Biosignal- EEG- Part 2
- Types of Biosignal- EEG- Part 3
- Types of Biosignal- EEG- Part 4
- Types of Biosignal- EEG- Part 5
- Types of Biosignal- EMG- Part 1
- Types of Biosignal- EMG- Part 2
- Types of Biosignal- EMG- Part 3
- Types of Biosignal- EMG- Part 4
- Types of Biosignal- EMG- Part 5
- Comparison of ECG vs EEG vs EMG
Week 8
- Introduction to Physiology of Eye
- Types of Biosignal - ERG
- Types of Biosignal -EOG
- Biofeedback Instrumentation
- Types of Biosignal- PCG
- Digital Stethoscope
- Review of basic respiratory physiology
Week 9
- Introduction to Ventilator
- Classification of Ventilator
- Operation of Ventilator
- Control Scheme for Ventilator
- Breathing Sequences in Ventilator
- Modes of Ventilation
- Maneuvers during Ventilation
- High Frequency Ventilation
- Circuitry of Ventilator
Week 10
- Introduction to Human Heart
- Cardiac Pacemaker
- External Pacemaker
- Implantable Pacemaker- Part 1
- Implantable Pacemaker- Part 2
- Leads and Electrodes for Pacemakers
Week 11
- Introduction to Cardiac Fibrillation
- Introduction to Defribillator
- Defibrillators: Control Variables, Waveforms, and Electrode Placement
- External Defibrillator- Part 1
- External Defibrillator- Part 2
- External Defibrillator- Part 3
- Implantable Defibrillator-Part 1
- Implantable Defibrillator - Part 2
- Introduction to Cardioverter
Week 12
Syllabus and materials
At NPTEL, as the course publishes them.
Credits and licence
- Institution
- IIT Madras
- Department
- Biotechnology
- Teacher
- Prof. Varadhan SKM
- Level
- Undergraduate
- Language
- English
- Subjects
- Biology
- Source
- NPTEL
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only. NPTEL's terms
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
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