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Biomedical Engineering Preparation
By NEATmet Learning Hub
Categories: Engineering and Technology
About Course
This Refresher Course helps aspiring candidates to recapitulate and improve their fundamental knowledge on various subjects pertaining to Biomedical Engineering.
It covers the relevant topics under the academic curriculum for Graduate and Diploma level Engineering, where video lectures from world class institutions e.g. IITs, IISc etc. have been facilitated for dissemination of knowledge.
What Will You Learn?
- Electrical, Electronics Circuits and Systems
- Measurement and Instrumentation
- Human Anatomy and Physiology
- Medical Imaging Systems
Course Content
Electrical Circuits
-
Electric Circuits
01:16:07 -
Electric Circuits 2
59:20
Signals and Systems
-
Continuous & Discrete Signals
11:02 -
Complex to Polar Conversion
12:53 -
Energy & Power CT Signal
14:35 -
Energy & Power DT Signal
09:30 -
Basic Concepts DT Signals & Systems
05:42 -
Periodic Signals
21:31 -
Even and Odd Signals
13:21 -
Sketch Even & Odd Signals
12:49 -
Complex Exponential & Sinusoidal Signals
21:25 -
Complex Exponential & Sinusoidal Signals
15:55 -
System with Memory
14:23 -
Causality Property
15:14 -
Finite Sum
11:54 -
Convolution – Discrete Time LTI System
28:35 -
End Chapter Problem
15:21 -
Discrete Time Convolution
20:16
Analog and Digital Electronics
-
Complete Basic Electronics course
01:00:33 -
Difference Between Digital and Analog
12:12 -
A Brief History Of Electronics
31:19 -
Basic Electronics
32:37 -
Basic Electronics | Useful Circuits Techniques
29:53 -
Basic Electronics | Useful Circuit Techniques (Contd.)
26:09 -
Phasors
25:13 -
Phasors (Contd.)
26:53 -
Rc/Rl Circuits In Time Domain-1
27:28 -
Rc/Rl Circuits In Time Domain-2
23:12 -
Rc/Rl Circuits In Time Domain-3
28:41 -
Rc/Rl Circuits In Time Domain-4
26:10 -
Rc/Rl Circuits In Time Domain-5
30:38 -
Simulation of RC Circuit
24:34 -
Diode Circuits-1
27:46 -
Diode Circuits-2
25:35 -
Diode Circuits-3
25:57 -
Diode Circuits-4
28:19 -
Diode Circuits-5
28:51 -
Diode Circuits-6
28:50 -
Diode Rectifiers-1
27:08 -
Diode Rectifiers-2
23:11 -
Diode Rectifiers-3
27:01 -
Bipolar Junction Transistor-1
22:58 -
Bipolar Junction Transistor-2
34:50 -
Bipolar Junction Transistor-3
31:56 -
BJT Amplifier-1
20:34 -
BJT Amplifier-2
30:55 -
BJT Amplifier-3
28:58 -
BJT Amplifier-4
26:03 -
BJT Amplifier-5
22:42 -
BJT Amplifier-6
29:16 -
BJT Amplifier-7
25:39 -
Introduction To Op-Amps
23:42 -
Op-Amp Circuits-1
30:26 -
Op-Amp Circuits-2
26:39 -
Op-Amp Circuits-3
26:36 -
Difference Amplifier
27:11 -
Instrumentation Amplifier-1
25:45 -
Instrumentation Amplifier-2
25:53 -
Op-Amp Nonidealities-1
24:19 -
Op-Amp Nonidealities-2
27:55 -
Bode Plots-1
31:51 -
Bode Plots-2
29:56 -
Bode Plots-3
27:18 -
Op-amp filters
34:38 -
Simulation of Op-Amp Filters
26:15 -
Precision Rectifiers
23:48 -
Precision Rectifiers-2
25:52 -
Precision rectifiers-3
27:20 -
Simulation of Triangle -to-Sine Converter
25:44 -
Schmitt Triggers
27:31 -
Schmitt Triggers-2
30:52 -
Schmitt Triggers-3
28:56 -
Sinusoidal Oscillators 1
30:08 -
Sinusoidal Oscillators-2
24:56 -
Introduction to Digital Circuits
28:10 -
Boolean Algebra
28:07 -
Karnaugh Maps
33:21 -
Combinational Circuits-1
30:09 -
Combinational Circuits-2
28:18 -
Combinational Circuits-3
27:28 -
Introduction to Sequential Circuits
26:09 -
Latch and Flip-Flop
25:10 -
JK- Flip Flop
25:34 -
D Flip-Flop
26:01 -
Shift Registers
26:30 -
Counters-1
28:47 -
Counters-2
27:56 -
Simulation of a Synchronous Counter
25:43 -
555 Timer
32:11 -
Digital -to- Analog Conversion-1
25:58 -
Digital-to-Analog Conversion-2
25:45 -
Analog -to- Digital Conversion
33:35
Biomedical Instrumentation And Measurement
-
Basic Concepts
16:45 -
Sources of Biomedical Signals
14:14 -
Origin of Bioelectric Signals
14:37 -
ECG Signal
13:42 -
Recording Electrodes
12:08 -
Electrode Skin Interface | Metal Electrolyte Interface
11:55 -
Electrode Skin Interface | Electrolyte Skin Interface
10:01 -
Factors Affecting Biomedical Signal Measurement
13:54 -
Electrodes for ECG Measurement | Limb and Floating Electrodes
11:00 -
Electrodes for ECG Measurement 2 | Suction Cup and Pre – gelled Disposable Electrodes
09:15 -
Electrodes for Electroencephalogram (EEG)
12:42 -
Electrodes for Electromyogram (EMG)
08:28 -
Microelectrodes
12:45 -
Electrical Conductivity Of Electrode Jellies And Creams
13:36 -
Physiological Transducers
15:35 -
Potentiometric Displacement Transducer
12:12 -
LVDT and Piezoelectric Transducer | Physiological Transducers
16:31 -
Capacitive And Inductive Transducers For Displacement Measurement
16:26 -
Optical Linear And Angular Encoders | Displacement Transducer
11:51 -
Magnetic Linear And Angular Encoders | Displacement Transducer
11:57 -
Potentiometric Pressure Transducer | Pressure Measurement
08:37 -
Strain Gauge Pressure Transducer | Pressure Measurement
11:41 -
Capacitive Pressure Transducer | Biomedical Pressure Measurement
10:19 -
Inductive Pressure Transducer | Biomedical Pressure Measurement
10:27 -
Piezoelectric Pressure Transducer
07:22 -
LVDT Pressure Transducer
08:53 -
Optical Encoder Pressure Transducer
06:44 -
Magnetic Encoder Pressure Transducer | Pressure Measurement
07:14
Sensors and Bioinstrumentation
-
Introduction to Biomedical Sensors (Part 1)
35:09 -
Biomedical instrumentation system, Cell structure, bio cell potential and bio electrodes
42:25
Human Anatomy and Physiology
-
Introduction to Anatomy & Physiology
11:20 -
Tissues, Part 1
10:43 -
Tissues, Part 2 – Epithelial Tissue
10:16 -
Tissues, Part 3 – Connective Tissues
10:29 -
Tissues, Part 4 – Types of Connective Tissues
09:43 -
The Integumentary System, Part 1 – Skin Deep
09:40 -
The Integumentary System, Part 2 – Skin Deeper
09:57 -
The Nervous System, Part 1
10:36 -
The Nervous System, Part 2 – Action! Potential
11:44 -
The Nervous System, Part 3 – Synapses
10:57 -
Central Nervous System
10:08 -
Peripheral Nervous System
10:02 -
Autonomic Nervous System
08:49 -
Sympathetic Nervous System
10:44 -
Parasympathetic Nervous System
10:17 -
Taste & Smell
10:30 -
Hearing & Balance
10:40 -
Vision
09:39 -
The Skeletal System
10:38 -
Joints
09:23 -
Muscles, Part 1 – Muscle Cells
10:24 -
Muscles, Part 2 – Organismal Level
10:41 -
Endocrine System, Part 1 – Glands & Hormones
10:25 -
Endocrine System, Part 2 – Hormone Cascades
09:34 -
The Heart, Part 1 – Under Pressure
10:08 -
The Heart, Part 2 – Heart Throbs
09:34 -
Blood Vessels, Part 1 – Form and Function
09:30 -
Blood Vessels, Part 2
09:04 -
Blood, Part 1 – True Blood
10:00 -
Blood, Part 2 – There Will Be Blood
10:01 -
Respiratory System, Part 1
09:22 -
Respiratory System, Part 2
10:23 -
Digestive System, Part 1
11:05 -
Digestive System, Part 2
10:55 -
Digestive System, Part 3
10:24 -
Metabolism & Nutrition, Part 1
10:33 -
Metabolism & Nutrition, Part 2
10:07 -
Urinary System, Part 1
10:18 -
Urinary System, Part 2
09:51 -
Reproductive System, Part 1
10:15 -
Reproductive System, Part 2
10:44 -
Reproductive System, Part 3 – Sex & Fertilization
09:59 -
Reproductive System, Part 4 – Pregnancy & Development
10:45 -
Lymphatic System
09:20 -
Immune System, Part 1
09:13 -
Immune System, Part 2
09:44 -
Immune System, Part 3
09:37
Biomechanics
-
Biomechanics and Orthopedics
44:36 -
Joints
09:23 -
Motion in a Straight Line
10:40 -
Rotational Motion
08:55 -
Torque
08:03 -
Friction
10:59 -
Fluids in Motion
09:47 -
Newton’s Laws
11:04 -
Work, Energy, and Power
09:55 -
Statics
09:08 -
Vectors and 2D Motion
10:06 -
What is Engineering Mechanics?
10:59 -
Biofluid mechanics
44:27 -
Types of joints in the human body – Anatomy & Example
11:37 -
Shoulder joint: Movements, bones and muscles – Human Anatomy
20:28
Biomaterials
-
Introduction to Biomaterials
33:01 -
Background history
32:19 -
History
32:20 -
Properties (Mechanical and Physico-chemical)
33:52 -
Properties – Mechanical and Physico-chemical (Cont)
30:42 -
Mechanical properties
36:05 -
Mechanical Properties contd
25:57 -
Resorbability, biodegradation
35:37 -
Resorbability, biodegradation contd.
28:56 -
Biofilm
27:32 -
Biofilm (contd)
30:55 -
Biofilm(contd)
29:06 -
Biofilm contd.
26:56 -
Material characterization – Analytical instruments
32:16 -
Analytical instruments
23:38 -
Analytical instruments (contd)
29:53 -
Analytical instruments contd.
29:49 -
Biological responses, compatibility, cytotoxicity
27:17 -
Biological Response
33:07 -
Cell-biomaterial interaction
31:27 -
Animal trials (in vivo)
28:56 -
Animal trials
28:48 -
Metals-types, classifications, applications
31:58 -
Metals – properties
34:20 -
Metals – properties (contd)
28:41 -
Metals – properties contd
29:47 -
Metals
30:44 -
Polymers-types, classifications, applications
30:47 -
Polymers
34:44 -
Polymers contd
32:01 -
Polymer blends
29:54 -
Natural biopolymers
32:19 -
Natural biopolymers – Contd
29:05 -
Biopolymers- proteins/ hydrogels
24:34 -
Hydrogels
32:43 -
Ceramics
31:18 -
Cardiovascular and ocular biomaterials
27:34 -
Sterilisation/Device failure
33:40 -
Experiments
38:30 -
surface modification-Demonstration
15:13
Medical Imaging Systems
-
Introduction to Medical Imaging
34:54 -
Medical Imaging Systems – Modalities – Part 1
34:24 -
Medical Imaging Systems – Modalities – Part 2
17:04 -
Medical Imaging Systems | Health Management Information System
29:57 -
Magnetic Resonance Imaging (MRI)
03:40 -
How does an MRI machine work?
03:11 -
CT Scan
02:53 -
A Practical Introduction to CT
25:39 -
Diagnostic Imaging Explained (X-Ray / CT Scan / Ultrasound / MRI)
03:10 -
X Ray and CT Imaging
33:25 -
Magnetic Resonance Imaging
31:05 -
Ultrasound Imaging
43:36 -
The Principles of Ultrasound Imaging
10:56 -
Ultrasound Physics – Image Generation
16:40 -
Principles of Positron Emission Tomography
40:14 -
A Level Physics Revision: All of Medical Physics | X-rays, Gamma Camera, PET, CAT scans, Ultrasound
41:23 -
fMRI (Functional MRI)
12:08 -
fMRI – How it Works and What it’s Good For
06:42 -
Basics of fMRI
14:04 -
Principles of SPECT
36:43 -
SPECT/CT Basic information , QA and applications
50:04 -
SPECT CT Nuclear Medicine Camera
13:55 -
Principles of PET and SPECT
31:38
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