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Also, I'm available for one on one converse[rsation].

I'm a G12 student from the Philippines making a capstone project as my thesis for my senior year. My capstone project would be about a smart glove that has the capacity to take the 4 main vital signs, namely: blood pressure, oxygen level, pulse rate, and body temperature. But, I am going to be honest with y'all, I have no clue with regards to all the things about, Arduino and its capabilities also on how I can connect all my sensors into only 1 functioning device. I only have surface-level knowledge when it comes to Arduino microcontrollers, the sensors I am going to use. But the main problem is that I don't know how, where to connect what, how to properly program things. The simplest help would mean the world to me.

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    Please don't shout – Michel Keijzers Jun 14 at 9:48
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    Turn off capslock when writing your question. It is currently very difficult to read. You need to rewrite it without capslock. Also your question is very broad. Generally you would first google each part individually and learn how it works. For example google for a pulse rate sensor, buy a fitting one and learn from online tutorials how to use it with an arduino. Then do the same with each component individually. When you know how to use each one off them, write down the wanted behavior as pseudo code and make it more detailed step by step. Then you can write the real code. – chrisl Jun 14 at 9:52
  • Measuring blood pressure is going to be a real problem. As far as I can tell, nobody has a sensor that is reliable (though some smartwatches advertise them). You pretty much have to have and inflatable arm cuff, pump, and microphone for decent data. – Boggyman Jun 14 at 12:25
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Technically - Yes. You connect sensors to arduino chip module by interfaces, like PC:

Example: Your PC has 4 USB ports, 2 COM ports, 1 LPT port, 1 HDMI port.
This means you can connect 4 usb devices, 2 COM devices, 1 LPT device and 1 HDMI device.
This also means that you will probably not buy external eSATA HDD or VGA Display or FireWire Scanner because you have no eSATA\VGA\FireWire connectors.

Same with Arduino board: Each microcontroller has several hardware interfaces bult-in, and can emulate several interfaces using software (which is less efficient).

I'd recommend you starting from one or two sensors that are sold as "arduino modules" to play with. When you figure out how this works, you'll be able to add more sensors.

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