Electronics With Applications On Biomedical Engineering

About Course

Electronics from basics to Arduino programming, Circuit design, Medical devices & Biomedical applications project

Have a complete knowledge about basic electronics ( analog components )
Have a complete knowledge about basic circuits like logic gates, analog to digital (ADC), filters and amplifers
Design and analyse the electronics related to the weak signal acquisition, particularly electrophysiology
How to code in Arduino for real-time control applications
Will have the basics that will allow students to be able to create , design or develop new medical equipment
Understand the working principle of electronic medical equipment and how to maintain them

Course Content

Content of the course

Content of the course
07:30

Basic electronics knowledge

Electronic components ,working principle and its use

Digital Vs. Analog

Amplifier

Electronic filters

Simple Biomedical project to apply the previous lectures
In this section, we are going to apply the knowledge that we have learned into a simple biomedical project and that project will be a simple heartbeat sensor.

Basics of arduino

Working principles of electrical medical equipment

Application on Bomedical Engineering ( THE PROJECT )

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About Course

What Will You Learn?

Course Content

Content of the course

Content of the course

Basic electronics knowledge

What is electricity ?

Voltage, current and resistance

AC, DC and frequency

Simple circuits for clarification

Electronic components ,working principle and its use

Resistor

Voltage divider

LDR

Diode

Diodes as circuit protection

Zener diode

LED (light emitting diode )

LED-current limitting resistor

7 segment display

IR LED (Infrared LED)

Capacitor

Bypass capacitor

Transistor as a switch

Transistor as an amplifier

FET transistors

IC chips (integrated circuits)

Relay

Transformer

Digital Vs. Analog

Digital Vs. Analog

duty cycle

logic gates

AND, OR, NAND, NOR, XOR and XNOR gates

ADC (analog to digital converter)

1) Staircase ADC

2) Flash ADC

3) Pipeline ADC

4) SAR ADC

5) Delta-Sigma ADC

555 IC timer

Amplifier

what are amplifier? and why using them?

Operational amplifier

Operational amplifier explaination

Electronic filters

what are filters ? and there types

How to build a filter ?

More information about filters

Simple Biomedical project to apply the previous lectures In this section, we are going to apply the knowledge that we have learned into a simple biomedical project and that project will be a simple heartbeat sensor.

Working principles of heartbeat Sensor

Designing the circuit and simulate it using the computer

Connecting the circuit and bring it to life

Basics of arduino

What is arduino ??

Types of Arduino boards

Sitting up and start programming ( blink project )

Using variables

Using digital pins

Using analog pins

Serial monitor

IF Statements

While loop

For loop

Dimmable LED

Working principles of electrical medical equipment

ECG (Electrocardiogragh)

Physiological Background about the heart

Pulse Oximeter

More about pulse oximetry

Sphygmomanometer

Endoscope

Defibrillator

Application on Bomedical Engineering ( THE PROJECT )

ECG (Electrocardiogragh) using arduino

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Simple Biomedical project to apply the previous lectures
In this section, we are going to apply the knowledge that we have learned into a simple biomedical project and that project will be a simple heartbeat sensor.