Hardware vs. Software in biomedical engineering?

Engineering
Thread starter Mddrill
Start date Sep 10, 2016
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Biomedical Biomedical engineering Computer engineering Engineering Hardware Software

In summary, hardware and software are two essential components in biomedical engineering. Hardware refers to the physical components of a system, while software refers to the programs and applications that control and manipulate the hardware. Both are crucial for the success of a system, as hardware provides a platform for data collection and analysis, while software enables the manipulation and interpretation of that data. They work together in a feedback loop, with hardware collecting data and software processing and analyzing it. They cannot be used interchangeably, as they each have their own specific roles and limitations. Hardware can be limited by size, accuracy, and durability, while software can be limited by processing power, programming, and compatibility.

Sep 10, 2016

Mddrill

For someone with a bachelors in computer engineering, looking to go to grad school for biomedical engineering, which would be more useful, their knowledge of software, or their knowledge of hardware?

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Sep 11, 2016

Nidum

Science Advisor

Gold Member

About equal I would guess . Problem is that even both together they are only a very small part of the knowledge that you will need to pursue a career in biomedical engineering .

1. What is the difference between hardware and software in biomedical engineering?

Hardware refers to the physical components of a biomedical engineering system, such as devices, instruments, and machines. Software, on the other hand, refers to the programs and applications that control and manipulate the hardware to perform specific tasks.

2. Which is more important in biomedical engineering, hardware or software?

Both hardware and software play crucial roles in biomedical engineering. Hardware provides the physical platform for data collection and analysis, while software enables the manipulation and interpretation of that data. It is difficult to determine which is more important, as both are necessary for the success of a biomedical engineering system.

3. How does hardware and software work together in biomedical engineering?

Hardware and software work together in a feedback loop in biomedical engineering. Hardware collects data, which is then processed and analyzed by software. The results of the analysis can then be used to adjust the hardware, and the cycle continues until the desired outcome is achieved.

4. Can hardware and software be used interchangeably in biomedical engineering?

No, hardware and software cannot be used interchangeably in biomedical engineering. While some tasks may be able to be performed by either hardware or software, they each have their own specific roles and functions that cannot be replaced by the other.

5. What are the limitations of hardware and software in biomedical engineering?

The limitations of hardware and software in biomedical engineering vary depending on the specific system and application. Generally, hardware can be limited by its size, accuracy, and durability, while software can be limited by its processing power, programming, and compatibility with other systems.