Advice for Designing & Programming Circuit Boards & Devices

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Discussion Overview

The discussion revolves around the challenges and requirements of designing and programming circuit boards and devices, with a focus on the necessary mathematical and physical foundations for someone pursuing a software engineering degree. Participants explore the relationship between software engineering and electronics, as well as resources for learning math and physics.

Discussion Character

  • Exploratory
  • Conceptual clarification
  • Debate/contested
  • Homework-related

Main Points Raised

  • One participant expresses a desire to design circuit boards and program devices but is uncertain about the foundational knowledge required, specifically in math and physics.
  • Another participant suggests that while knowledge of math and physics could be beneficial, many electronics hobbyists succeed without a strong background in these subjects.
  • A participant mentions that advanced math, such as calculus, may be necessary for software engineering, but emphasizes that one does not need to excel in every subject.
  • One participant seeks recommendations for books to improve their math skills and learn physics, indicating a belief that a solid math foundation is essential before tackling physics concepts.
  • Another participant argues that not much math is involved in software engineering, suggesting that understanding algorithms is more important than mastering advanced math.

Areas of Agreement / Disagreement

Participants express differing views on the necessity of math and physics knowledge for success in software engineering and electronics design. There is no consensus on the extent to which these subjects are required.

Contextual Notes

Some participants highlight the variability in individual experiences and the differing levels of math involved in software engineering, indicating that the discussion may depend on personal educational backgrounds and career paths.

Who May Find This Useful

Individuals interested in electronics design, software engineering, or those seeking to improve their foundational knowledge in math and physics may find this discussion relevant.

drayven
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Hi,

First i just want to say if this is not the right place to post, i apologies now.

The reason for my post is this. I would really like to be able to design and create
my own circuit boards/devices then program the drivers and finally my own software
to interface with that device.

The software I am on my way to learning with a software engineer degree, but I am not sure
where to start when it comes to circuit boards, electronic.

Do i need to have a good foundation of maths and or physics to reach my goal?
Right now I am not sure where to start so any directions would be greatly welcome.

Take care
Will
 
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It wouldn't hurt to have knowledge of math and/or physics, but I know plenty of electronics hobbyists who do just fine without them.

But you're planning to go into software engineering. You might need some advanced math - calculus for example.

You don't have to be an A+ in every subject if that's what you're worried about.
 
Hi,

Thank you for getting back to me and for the advice.

I wanted to know what books you would recommend for getting back into math, which i did not pay much attention at school with and a book on physics.

I just want to learn i like reading. but because i don't know a lot of math i have to start form scratch before i can learn anything about physics, well that's what i have been lead to believe.

any help or direction would be great

Thanks
 
Not much math is involved in software engineering (speaking from the Computer Science/Physics double major perspective). It is nice to know algorithms and how to implement your own algorithms but that is a luxury.
 

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